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Master Your Impact Wrench

Complete step-by-step guide to extract maximum performance from your new Espazie tool.

1. Unboxing

Click to watch the full unboxing and setup video guide.

2. First Charge

Click for instructions on how to effectively charge your battery.

3. Torque Adjustment

Click for guidelines on setting the proper torque for each task.

4. Using the Impact Wrench

Set of Videos on How to Use the Impact Wrench.

Impact Wrench Unboxing Instructions

When your impact wrench arrives, follow this step-by-step guide to ensure everything is correct and ready for use.

1. Check the condition of the packaging

Before opening, make sure the box has no tears, deep dents, or signs of tampering. This helps confirm the product arrived safely.

2. Open the box carefully

Use scissors or a utility knife with caution so you don’t damage any items inside. Open the box from the sides while keeping it in a horizontal position.

3. Gently remove all contents

Inside the box, you will find:

The impact wrench
Battery or power source, depending on the model
Charger
Carrying case or storage box (if included)
Instruction manual
Additional accessories such as bits, sockets, or adapters

Place everything on a flat surface to make inspection easier.

4. Confirm that all items are included

Compare what came in the box with the official list in the manual. If anything is missing, contact support immediately.

5. Perform a quick visual inspection

Check the tool for scratches, loose parts, or any visible damage. Also ensure the battery is intact.

6. Read the manual before first use

Even if you already have experience with similar tools, read the manual carefully to understand the functions, operating modes, and safety guidelines.

7. Prepare the tool for its first use

If your model uses a battery, charge it fully before using the tool for the first time. This helps extend the battery’s long-term lifespan.

8. Keep the original packaging

It is recommended to keep the box and internal materials, at least during the warranty period. This helps with returns or exchanges if needed.

First Battery Charge Instructions

Performing the first charge correctly is one of the most important steps to ensure that your lithium battery delivers maximum performance.

1. Remove the battery from the tool

Press the release buttons firmly and slide the battery out. Charging the battery outside the tool prevents accidental activation and ensures proper temperature control during the process.

2. Use only the original charger included in your kit

Each charger is designed to deliver the correct voltage and current for its specific battery model. Using incompatible chargers can overload the cells, cause overheating, or drastically reduce battery life.

3. Charge the battery fully before using the tool for the first time

Connect the battery to the charger until the indicator light displays a full charge. A complete first charge helps the internal management system calibrate and ensures the battery reaches its intended storage and working capacity.

4. Do not interrupt the first charge cycle

Avoid removing the battery before the initial charge is complete. Interrupting the first cycle may lead to inaccurate calibration and reduce the battery’s ability to hold charge over time.

5. Allow the battery to rest before use

After removing it from the charger, let the battery sit for approximately 5 minutes. This resting period allows the internal cells to stabilize their temperature and voltage before being placed under load.

Essential Guidelines to Maximize Lithium Battery Lifespan

Lithium batteries are highly efficient and durable when used correctly. Following the recommendations below will significantly extend their operating life and protect their charging capacity.

1. Avoid deep discharges whenever possible

Lithium batteries do not need to be drained completely. Allowing the charge to drop below 20 percent repeatedly increases internal stress and accelerates aging of the cells.

2. Do not leave the battery charging for long periods after it reaches 100 percent

Although lithium batteries have internal protection circuits, prolonged overcharging generates unnecessary heat, which gradually degrades the cells.

3. Store the battery under the right conditions

If you plan to store the battery for several weeks or months:

Keep it between 40 and 60 percent charge.
Store it in a cool, dry environment.
Avoid any temperature above 35°C or below 0°C.

Extreme temperatures are one of the main causes of premature battery deterioration.

4. Use the battery regularly

Lithium batteries benefit from periodic use. If the tool stays unused, the battery may enter deep sleep mode, reducing its responsiveness. Running the tool briefly every few weeks helps keep the cells active.

5. Keep battery contacts clean and free of debris

Use a dry cloth to clean the metal contacts occasionally. Dust, grease, or oxidation can interfere with energy transfer and slow down charging.

6. Allow the battery to cool before charging

Charging a hot battery causes chemical stress and increases internal resistance, reducing the number of usable cycles. If the battery warms up during use, let it cool to room temperature before attaching it to the charger.

7. Protect the battery from moisture and impacts

Water, oil, or cleaning products can damage the internal circuit board and permanently affect battery safety. Also avoid drops or strong impacts, as lithium cells are sensitive to deformation.

Torque Adjustment Instructions

Correct torque adjustment is essential to ensure safety, avoid damage to components, and improve the tool’s performance.

1. Identify the torque control system of your impact wrench

Most models offer:

Multiple speed levels
Torque presets
Variable trigger pressure for fine control

Understanding these settings will help you adjust the tool accurately.

2. Choose the correct torque level for your task

Low torque: ideal for small screws, delicate materials, and assembly work where precision is important.

Medium torque: recommended for automotive tasks, household repairs, and general fastening.

High torque: used for heavy-duty applications such as loosening tight bolts, construction work, and rusted or seized fasteners.

3. Start with a lower torque setting

When working on unfamiliar materials or hardware, begin at the lowest power level. Gradually increase until the screw or bolt is tightened securely without over-tightening.

4. Avoid excessive torque

Applying too much torque can damage threads, crack components, or make future removal difficult. Use proper socket sizes and always keep the tool aligned with the fastener to prevent slipping.

5. Test torque on a sample piece when possible

If you are working on sensitive materials or new parts, test the torque setting on a spare piece before applying it to the final job.

How to Set the Correct Power Supply for Different Types of Work

1. Understand your tool’s power system

Depending on the model, your impact wrench may operate on lithium-ion battery packs or external power adapters. Most modern impact wrenches rely on rechargeable batteries, so proper battery management is essential.

2. For small or medium tasks, use a partially charged battery

For light work such as furniture assembly or general home use, a battery between 50% and 80% is sufficient. This helps preserve long-term battery health while still delivering consistent performance.

3. For heavy-duty jobs, ensure a fully charged battery

Tasks like removing wheel nuts, working on machinery, or loosening rusted bolts require maximum power output. Always start with a fully charged battery for these situations to avoid power drops during operation.

4. Avoid using the tool when the battery is below 20%

Low voltage reduces torque, causes the tool to strain, and accelerates battery wear. Recharge once the battery reaches approximately 20–30%.

5. Use the correct charger and allow full charge cycles

The original charger provides the exact voltage and current your battery requires. Using third-party chargers may lead to overheating, inconsistent power delivery, or long-term damage.

6. Keep a spare battery for uninterrupted work

If you frequently work on heavy jobs or long projects, having a second battery ensures continuous power. Alternate between batteries to maintain healthy charge cycles.

7. Store batteries properly when not in use

Keep the battery between 40% and 60% charge, away from heat, moisture, or direct sunlight. Correct storage guarantees safer and more efficient operation during future tasks.

How to Properly Use Your Impact Wrench

Using your impact wrench correctly ensures maximum performance, safety, and durability. Follow this step-by-step guide to operate the tool efficiently, and refer to the recommended videos provided below for visual demonstrations.

1. Understand the Basic Controls

Before using the tool, familiarize yourself with:

The trigger
Forward and reverse switch
Speed and torque controls
Battery release button
Socket connection system

Knowing these controls makes operation smoother and prevents misuse.

2. Choose the Correct Socket Size

Always select a socket that fits tightly onto the bolt or nut. Loose-fitting sockets can cause slipping, rounding of bolts, or accidents. Make sure the socket is properly locked onto the tool before starting.

3. Set the Direction of Rotation

Use the forward/reverse switch to choose:

Forward (tightening)
Reverse (loosening)

Always check the direction before pulling the trigger.

4. Adjust Speed and Torque Levels

Your impact wrench may offer multiple modes or speed settings. Use them as follows:

Low speed / low torque: Furniture, small screws, delicate materials
Medium speed: Automotive tasks, general household repairs
High speed / high torque: Wheel nuts, construction bolts, rusted or tight fasteners

Start with a lower setting and increase only if necessary. Overtightening can damage threads or components.

5. Proper Grip and Positioning

Hold the tool firmly with both hands when possible. Keep your wrist aligned with the bolt to prevent slipping. Position the socket straight onto the fastener to ensure efficient torque transfer.

6. Use Short Controlled Bursts

Instead of holding the trigger continuously, apply short bursts: This gives you better control and prevents overtightening.

7. Remove the Fastener Carefully

When loosening bolts, keep the tool aligned. As soon as the fastener is free, release the trigger to avoid spinning it out unexpectedly.

8. Check Bolt Tightness with a Torque Wrench (Optional)

For critical applications such as:

Car wheels
Machinery
Structural components

Always finish tightening with a manual torque wrench. Impact wrenches provide power, but torque wrenches provide precision.

9. Battery Management While Using the Tool

Start heavy-duty tasks with a fully charged battery
Avoid using the tool below 20% charge
Switch batteries when you notice reduced performance
Allow the battery to cool before recharging

Video Tutorials

Usage Demonstration 1

Usage Demonstration 2

Usage Demonstration 3

Work Cycles, Pause Time, and Usage Limits

1. Understand the tool’s work cycle

Impact wrenches are designed to operate in short, controlled bursts rather than continuous use. A typical work cycle involves applying torque for a few seconds, followed by a brief rest period. This prevents overheating and ensures consistent performance.

2. Avoid prolonged continuous operation

Using the tool nonstop for long periods can cause excess heat in the motor, gearbox, and battery. Always limit each operation to short intervals, especially when working with high torque loads or stubborn fasteners.

3. Allow proper cooling time

If the tool becomes warm during use, pause for several minutes to let it cool down naturally. Forced cooling (like placing it near fans or in cold environments) is not recommended, as rapid temperature changes may affect internal components.

4. Monitor battery temperature

Lithium batteries can heat up during demanding tasks. If the battery becomes hot, remove it and allow it to cool before charging or reinstalling. Operating or charging a hot battery reduces its lifespan and may damage internal cells.

5. Respect usage limits for heavy-duty tasks

When working on jobs that require maximum power, such as loosening tight or rusted bolts, use the tool in short bursts. Overloading the tool by holding the trigger continuously can strain both the motor and impact mechanism.

6. Alternate tasks to prevent overheating

If performing multiple high-torque operations, switch between heavy and light tasks to allow the tool and battery to recover gradually.

7. Stop immediately if you notice performance drop

A sudden decrease in torque, unusual noise, or increased vibration may indicate overheating. Pause use and allow the tool to cool before continuing.

Maintenance: Lubrication & O-Ring Care

Tool Lubrication: Importance, Frequency, and Proper Application

Proper lubrication is essential to keep your impact wrench running smoothly, extend its lifespan, and ensure consistent performance during demanding tasks. Internal components such as the hammer mechanism, bearings, and moving parts rely on adequate lubrication to reduce friction and prevent premature wear. Understanding how and when to lubricate your tool is an important part of maintaining its long-term reliability.

1. Why lubrication matters

The internal hammering system of an impact wrench generates high levels of force and rapid movement. Without proper lubrication, this friction increases significantly, which can lead to overheating, loss of power, and accelerated component wear. Regular lubrication keeps the parts moving freely and improves efficiency during operation.

2. Identify lubrication points

Most impact wrenches include designated areas where lubrication should be applied, such as the anvil, hammer mechanism, and sometimes the front housing. Always check your model’s manual to confirm the correct lubrication points and recommended grease type.

3. Use the correct lubricant

Impact wrenches require high-quality, high-temperature grease specifically designed for impact mechanisms. Using the wrong type of lubricant can break down under heavy loads or cause internal clogging. Avoid oils or lightweight greases unless explicitly recommended by the manufacturer.

4. How often to lubricate

Frequency depends on usage:

Frequent or heavy-duty use: lubricate every few weeks or after large projects
Moderate use: lubricate every 1–2 months
Occasional use: lubricate every 3–6 months

If the tool begins making unusual noises, feels rough during operation, or loses efficiency, lubrication may be needed sooner.

5. Steps for proper lubrication

Disconnect the tool from the battery before servicing
Remove the front housing or access cover (if applicable)
Clean dust or old grease from visible areas using a dry cloth
Apply a small amount of recommended grease directly onto the moving parts
Reassemble the tool securely before use

Avoid over-lubricating, as excess grease can trap dust and reduce performance.

6. Keep the anvil lightly lubricated

The anvil—the square drive where sockets attach—experiences constant friction. Apply a small layer of grease occasionally to ensure smooth socket engagement and prevent rust.

7. Watch for signs of poor lubrication

Unusual grinding noises
Reduced torque or slower performance
Excessive heat during short work cycles
Increased vibration

If any of these signs appear, stop using the tool and inspect lubrication before continuing.

8. Store the tool properly after lubrication

After servicing, store the impact wrench in a dry environment to prevent grease contamination. Keeping dust and moisture away preserves both the internal mechanism and the lubrication itself.

Other Tools

VIP

Drill / Driver

Complete User Manual & Instructions

Rotary Hammer

Heavy-duty drilling in concrete

Circular Saw

Straight cuts in wood and materials

Jigsaw

Curved and intricate cuts

Angle Grinder

Grinding, cutting, and polishing

Oscillating Multi-Tool

Sanding, cutting, and scraping

Orbital Sander

Smooth finishing for wood surfaces

Reciprocating Saw

Rough cutting for demolition

Electric Planer

Smoothing wood surfaces and edges

Complete User Manual – Drill/Driver

The drill/driver is a multifunctional power tool designed to drill holes, drive screws, and remove fasteners in a wide variety of materials such as wood, metal, plastic, drywall and, in some models, concrete and masonry. Proper use ensures better performance, higher precision, operator safety, and longer tool lifespan.

Important: Read all instructions carefully before using the tool.

1. Understanding the main components

Before operating the drill/driver, familiarize yourself with its main parts:

Chuck (where the drill bit or driver bit is installed)
Torque adjustment ring
Mode selector (drilling, driving, or hammer mode)
Variable-speed trigger
Forward/reverse switch
Ergonomic grip
Battery pack or power cord
Motor ventilation slots

Knowing these components helps you make correct adjustments and avoid mistakes during operation.

2. Proper preparation before use

Before turning on the tool:

Check that the battery is fully charged or that the power cord is in good condition.
Make sure the trigger is not pressed.
Select the correct drill bit or driver bit for the task and material.
Insert the bit into the chuck and tighten it securely, ensuring it is centered.
Adjust the torque and operating mode before starting.

Never make adjustments while the tool is powered on.

3. Choosing the correct drill bit or driver bit

Using the proper accessory is essential for safety and efficiency:

Wood drill bits: center point with side cutters
Metal drill bits: conical tip
Masonry drill bits: carbide tip (use only with hammer mode)
Driver bits: compatible with screw head types (Phillips, flat, Torx, Allen)

Incorrect or damaged bits may break, damage the material, or cause accidents.

4. Torque and speed adjustment

Torque control regulates the amount of force applied to the screw:

Low torque: delicate materials or small screws
Medium torque: wood and drywall
High torque: harder materials

The trigger allows progressive speed control. Start slowly and increase speed as needed. This improves accuracy and prevents slipping.

5. Using the tool in driver mode

Align the driver bit with the screw head.
Keep the tool straight against the surface.
Start at low speed.
Apply steady, moderate pressure.
Release the trigger immediately once the screw is fully seated.
To remove screws, switch the rotation direction to reverse.

6. Using the tool in drilling mode

Mark the drilling point in advance.
Position the drill bit perpendicular to the surface.
Hold the tool firmly.
Begin drilling at low speed to prevent slipping.
Gradually increase speed.
Do not force the tool; allow the drill bit to do the work.
For concrete or masonry, use proper bits and activate hammer mode if available.

7. Proper posture and tool control

Use both hands whenever possible.
Keep your feet firmly on the ground.
Avoid unstable positions.
Do not work overhead without proper support.
Keep the power cord or battery away from the drilling area.

Proper posture reduces fatigue and increases precision.

8. Safety precautions during use

Always wear safety glasses.
Use protective gloves when appropriate.
Avoid loose clothing, jewelry, or accessories.
Do not use the tool in wet or damp environments.
Keep children and bystanders away from the work area.
Do not touch the drill bit immediately after use, as it may be hot.

9. Continuous use and motor care

Take breaks during prolonged use.
Keep ventilation openings clear.
Stop using the tool if you notice unusual noises, vibration, or burning smells.
If the tool overheats, turn it off and allow it to cool down.

These precautions help protect the motor and extend tool life.

10. Procedures after use

Turn off the tool.
Remove the battery or unplug it from the power source.
Allow the drill bit to cool before removing it.
Clean the tool with a dry cloth.
Store it in a dry, ventilated place, protected from moisture.

11. Basic maintenance and care

Clean the chuck regularly.
Do not use worn or damaged accessories.
Recharge the battery only with the original charger.
Avoid drops or strong impacts.
If any malfunction is detected, seek authorized technical service.

Preventive maintenance reduces costs and increases durability.

12. Final recommendations

Using the drill/driver correctly not only delivers better results but also ensures operator safety and protects the equipment. Always respect the tool’s limits and use it only for its intended purpose.

Complete User Manual – Rotary Hammer

The rotary hammer is a high-performance power tool designed for drilling into concrete, masonry, stone, and other high-resistance materials, as well as for chiseling and light demolition tasks. Unlike a standard drill, a rotary hammer combines rotation with a pneumatic hammering mechanism, delivering superior efficiency with less effort from the operator.

Proper use ensures safety, accuracy, higher productivity, and extended tool lifespan.

Important: Read all instructions carefully before using the tool.

1. Understanding the main components

Before using the rotary hammer, become familiar with its main components:

SDS Plus or SDS Max chuck
Mode selector (drilling, hammer drilling, chiseling)
Variable-speed trigger
Main handle
Adjustable auxiliary handle
Depth stop rod
Lock-on button (on some models)
Motor ventilation system
Power cord or battery

Knowing these components helps ensure correct setup and prevents improper use.

2. Preparation before use

Before powering on the tool:

Ensure the tool is unplugged or the battery is removed.
Check that the power cord or battery is in good condition.
Install and adjust the auxiliary handle for better control.
Select the correct drill bit or chisel for the task.
Insert the accessory into the SDS chuck until it locks securely.
Set the depth stop if required.
Select the appropriate operating mode before turning the tool on.

Never make adjustments while the tool is powered.

3. Choosing the correct drill bits and chisels

Using the correct accessory is essential for safety and performance:

SDS masonry drill bits: for concrete, brick, and stone
Pointed chisels: for localized demolition
Flat chisels: for removing plaster, tiles, and surface concrete

Never use standard drill bits in a rotary hammer.

4. Selecting operating modes

Most rotary hammers offer three main operating modes:

Drilling without hammering: for wood or metal (with proper adapter)
Hammer drilling: for concrete, masonry, and stone
Chiseling: for tile removal and light demolition

Always select the correct mode before pulling the trigger.

5. How to use hammer drilling mode

Mark the drilling location.
Position the drill bit perpendicular to the surface.
Hold the tool firmly with both hands.
Start drilling at low speed.
Apply steady, moderate pressure without forcing the tool.
Let the pneumatic hammering mechanism do the work.

Excessive pressure reduces efficiency and may damage the tool.

6. How to use chiseling mode

Install the appropriate chisel.
Adjust the chisel angle if the tool allows.
Position the tool at the desired location.
Activate the trigger in a controlled manner.
Work in short intervals to avoid fatigue and overheating.

This mode is ideal for removing tiles, plaster, and surface concrete.

7. Proper posture and tool control

Always use both hands.
Keep your feet firmly planted and well balanced.
Avoid extended overhead work.
Never apply lateral force to the tool.
Maintain a safe distance from other people.

Proper posture improves control and reduces the risk of accidents.

8. Safety precautions during use

Always wear safety glasses.
Use hearing protection due to high noise levels.
Wear anti-vibration gloves when possible.
Use a dust mask in enclosed or dusty environments.
Never operate the tool in wet conditions.
Avoid contact with hidden electrical wiring or plumbing.

Safety must always be the top priority.

9. Continuous use and motor care

Take regular breaks during prolonged operation.
Keep ventilation openings clear at all times.
Stop using the tool immediately if unusual noise or vibration occurs.
If the tool overheats, turn it off and allow it to cool down.

These precautions protect the motor and hammer mechanism.

10. Procedures after use

Disconnect the tool from the power source or remove the battery.
Allow the accessory to cool before removal.
Clean the tool using a dry cloth.
Remove accumulated dust from the chuck.
Store the tool in a dry, protected location.

11. Basic maintenance and care

Lubricate the SDS shank as recommended by the manufacturer.
Do not use damaged or worn accessories.
Periodically inspect the power cord or battery.
Never disassemble the tool yourself.
Seek authorized service when necessary.

Preventive maintenance increases durability and reduces repair costs.

12. Final recommendations

The rotary hammer is a powerful tool intended for heavy-duty applications. Proper operation ensures maximum efficiency, reduced physical effort, and operator safety. Always use the correct mode, accessories, and follow recommended operating practices.

Complete User Manual – Circular Saw

The circular saw is a power tool designed to perform straight, precise, and fast cuts in materials such as wood, MDF, plywood, OSB, plastics, and, with the proper blade, light metals. Correct use ensures operator safety, clean cuts, efficient material use, and longer tool lifespan.

Read all instructions carefully before using the tool.

Important: Read all instructions carefully before using the tool.

1. Understanding the main components

Before operating the circular saw, familiarize yourself with its main components:

Saw blade
Retractable lower blade guard
Base plate (shoe)
Cutting depth adjustment
Bevel (angle) adjustment
Power trigger
Trigger safety lock
Main handle
Auxiliary handle (on some models)
Dust exhaust port
Power cord or battery

Understanding these components is essential for proper adjustments and safe operation.

2. Preparation before use

Before turning on the circular saw:

Ensure the tool is unplugged or the battery is removed.
Check that the blade is properly installed, secure, and in good condition.
Confirm the blade is properly suited for the material being cut.
Adjust the cutting depth so the blade extends only slightly beyond the material thickness.
Set the bevel angle if making angled cuts.
Make sure the blade guard moves freely and returns automatically.
Secure the workpiece firmly using clamps or supports.

Never make adjustments while the tool is powered on.

3. Choosing the correct saw blade

Selecting the proper blade directly affects safety and cut quality:

Wood blades: large, widely spaced teeth
Fine-finish or MDF blades: higher tooth count
Plastic blades: designed to prevent melting
Metal blades: specific blades rated for metal cutting (when permitted)

Never use damaged, warped, or incompatible blades.

4. Adjusting cutting depth and bevel angle

Cutting depth: set the blade to extend approximately 5–10 mm (1/4 in) below the material.
Bevel angle: adjust the base plate for 45° cuts or as required.

Proper adjustment reduces effort, improves finish quality, and enhances safety.

5. How to make straight cuts

Mark the cutting line clearly on the material.
Place the saw base on the workpiece without touching the blade to the material.
Hold the saw firmly with both hands.
Pull the trigger and allow the blade to reach full speed.
Guide the saw forward smoothly, keeping the base flat against the surface.
Do not force the cut. Let the blade cut at its own pace.

Maintaining control and steady speed helps prevent binding and kickback.

6. How to make bevel (angled) cuts

Adjust the base plate to the desired angle.
Make sure the angle adjustment is securely locked.
Follow the same procedure used for straight cuts, maintaining extra attention to alignment and control.

Bevel cuts require increased stability and precision.

7. Proper posture and tool control

Always use both hands.
Keep your feet firmly planted and well balanced.
Stand slightly to the side of the blade, never directly behind it.
Do not cross your arms while cutting.
Keep hands away from the cutting path at all times.

Proper posture improves accuracy and reduces the risk of accidents.

8. Safety precautions during use

Always wear safety glasses.
Use hearing protection.
Wear a dust mask when cutting materials that generate fine dust.
Avoid loose clothing, loose gloves, or accessories.
Never remove, block, or disable the blade guard.
Do not operate the tool in wet or damp environments.
Keep bystanders away from the work area.

Safety must always be the top priority.

9. Continuous use and accident prevention

Take breaks during extended cutting sessions.
Never lift the saw from the material until the blade has completely stopped.
If the blade binds or stalls, release the trigger immediately.
Do not attempt to cut materials beyond the tool’s rated capacity.

These precautions help prevent kickback and equipment damage.

10. Procedures after use

Turn off the tool and unplug it or remove the battery.
Allow the blade to come to a complete stop.
Clean the saw with a dry cloth.
Remove dust and debris from the base plate and blade guard.
Store the tool in a dry, secure location.

11. Basic maintenance and care

Regularly inspect the blade condition.
Periodically check and tighten screws and adjustments.
Do not use dull or damaged blades.
Use only compatible accessories.
Seek authorized technical service if any malfunction occurs.

Preventive maintenance extends the life of the circular saw.

12. Final recommendations

The circular saw is a powerful and efficient tool when used correctly. Following these instructions ensures clean cuts, higher productivity, operator safety, and equipment longevity.

Always use the appropriate blade, maintain full attention during operation, and respect the tool’s limits.

Complete User Manual – Jigsaw

The jigsaw is a versatile power tool designed to perform straight, curved, and detailed cuts in materials such as wood, MDF, plywood, plastic, acrylic, and thin metals, using the appropriate blade. Its main advantage is the ability to execute precise cuts and complex shapes with a high level of control.

Proper use ensures operator safety, better finishing quality, higher precision, and longer tool lifespan.

Read all instructions carefully before using the tool.

Important: Read all instructions carefully before using the tool.

1. Understanding the main components

Before operating the jigsaw, familiarize yourself with its main components:

Saw blade
Blade clamping system
Base plate (shoe)
Bevel adjustment (angled cuts)
Speed selector
Orbital (pendulum) action (on some models)
Power trigger
Safety lock
Ergonomic handle
Dust exhaust port
Power cord or battery

Understanding these components is essential for proper adjustments and safe operation.

2. Preparation before use

Before turning on the jigsaw:

Ensure the tool is unplugged or the battery is removed.
Check that the blade is properly installed and securely locked.
Select the correct blade for the material and type of cut.
Adjust the base plate for straight or angled cuts.
Set the appropriate cutting speed for the material.
Secure the workpiece firmly using clamps.
Make sure the cutting area is clear of obstacles.

Never make adjustments while the tool is powered on.

3. Choosing the correct blade

Selecting the proper blade directly affects cut quality and safety:

Wood blades: larger, widely spaced teeth
Fine-finish blades: small, closely spaced teeth
Metal blades: fine, hardened teeth
Plastic blades: designed to prevent melting
Narrow blades: ideal for tight curves

Never use dull, bent, or damaged blades.

4. Speed and orbital action adjustment

Low speed: metals, plastics, and delicate cuts
Medium speed: MDF and plywood
High speed: solid wood

The orbital action increases cutting aggressiveness and should be used only for fast, straight cuts in wood. For curved cuts or fine finishing, keep the orbital action turned off or set to the lowest level.

5. How to make straight cuts

Mark the cutting line clearly on the material.
Place the base plate flat against the workpiece.
Hold the tool firmly.
Pull the trigger and allow the blade to reach the selected speed.
Guide the jigsaw forward smoothly, keeping the base plate in full contact with the surface.
Do not force the tool. Let the blade cut naturally.

Maintaining steady control prevents vibration and blade deflection.

6. How to make curved cuts

Use a narrow blade designed for curved cutting.
Operate at moderate speed.
Make smooth, gradual movements.
Avoid twisting the tool sharply.
Slow down for tight curves.

Patience and control are essential for accurate curved cuts.

7. Bevel (angled) cuts

Adjust the base plate to the desired angle.
Lock the adjustment securely.
Follow the same procedure used for straight cuts.
Pay extra attention to alignment and stability.

Bevel cuts require increased control and precision.

8. Proper posture and tool control

Use both hands whenever possible.
Keep your feet firmly planted and balanced.
Avoid unstable working positions.
Keep hands away from the blade at all times.
Stand slightly to the side of the cutting line.

Proper posture improves accuracy and reduces the risk of accidents.

9. Safety precautions during use

Always wear safety glasses.
Use a dust mask when cutting dusty materials.
Wear hearing protection when necessary.
Avoid loose clothing, loose gloves, or accessories.
Never touch the blade immediately after use.
Do not operate the tool in wet or damp environments.

Safety should always be the top priority.

10. Continuous use and problem prevention

Take breaks during extended cutting sessions.
Do not force the blade through tight curves.
If the blade binds, release the trigger immediately.
Do not cut materials beyond the tool’s rated capacity.

These precautions help prevent blade breakage and motor damage.

11. Procedures after use

Turn off the tool and unplug it or remove the battery.
Allow the blade to cool before removal.
Clean the jigsaw with a dry cloth.
Remove dust and debris from the base plate.
Store the tool in a dry, secure location.

12. Basic maintenance and care

Regularly inspect blade condition.
Clean the blade clamping mechanism.
Do not use worn blades.
Use only compatible accessories.
Seek authorized service if any malfunction occurs.

Preventive maintenance ensures better performance and longer service life.

13. Final recommendations

The jigsaw is an extremely versatile and efficient tool when used correctly. Following these instructions ensures precise cuts, high-quality finishing, operator safety, and equipment preservation.

Always use the correct blade, maintain full attention during operation, and respect the tool’s limits.

Complete User Manual – Angle Grinder

The angle grinder is a high-performance power tool designed for cutting, grinding, sanding, and finishing materials such as metal, concrete, stone, ceramic, and masonry, using the appropriate disc. Because it operates at high speed and power, correct use is essential to ensure safety, efficiency, and long tool life.

Read all instructions carefully before using the tool.

Important: Read all instructions carefully before using the tool.

1. Understanding the main components

Before operating the angle grinder, familiarize yourself with its main components:

Cutting, grinding, or sanding disc
Disc safety guard
Spindle and mounting flanges
Spindle lock button
Power switch or trigger
Main handle
Adjustable auxiliary handle
Motor ventilation openings
Power cord or battery

Understanding these components is essential for proper setup and safe operation.

2. Preparation before use

Before turning on the angle grinder:

Ensure the tool is unplugged or the battery is removed.
Verify that the disc is correct for the intended task.
Check that the disc is in good condition, free from cracks or excessive wear.
Install the disc correctly using the proper flange.
Position the safety guard between the disc and the operator.
Adjust and secure the auxiliary handle in a comfortable position.
Make sure the power switch is in the OFF position before connecting to power.

Never make adjustments while the tool is powered on.

3. Choosing the correct disc

Selecting the proper disc is critical for safety and performance:

Metal cutting discs
Concrete or stone cutting discs
Grinding discs
Flap sanding discs
Wire brushes (when permitted by the manufacturer)

Never use discs that are incompatible with the grinder’s rated speed or that are damaged.

4. Correct disc installation

Disconnect the tool from the power source.
Press and hold the spindle lock button.
Remove the outer flange.
Place the disc correctly onto the spindle.
Reinstall the flange and tighten securely without overtightening.
Rotate the disc by hand to ensure it spins freely.

Proper installation helps prevent vibration and accidents.

5. Proper posture and tool control

Always use both hands.
Keep your feet firmly planted and well balanced.
Stand to the side of the disc, not directly in line with it.
Maintain a safe distance from the workpiece.
Keep a firm and controlled grip at all times.

Proper posture ensures better control and increased safety.

6. How to use the angle grinder for cutting

Mark the cutting line on the material.
Position the disc near the cutting point without making contact.
Turn on the tool and allow it to reach full speed.
Begin cutting with a steady, controlled motion.
Do not force the disc into the material.
Keep the cut straight and consistent.

Forcing the disc may cause binding or disc breakage.

7. How to use for grinding and sanding

Use discs designed specifically for grinding or finishing.
Hold the grinder at a slight angle to the surface.
Use smooth, controlled movements.
Apply light, even pressure.
Avoid staying in one spot for too long.

These techniques improve finish quality and extend disc life.

8. Safety precautions during use

Always wear safety glasses.
Use hearing protection.
Wear protective gloves and appropriate clothing.
Use a dust mask to protect against debris and sparks.
Never remove or disable the safety guard.
Do not operate the tool in wet or damp environments.
Keep bystanders at a safe distance.

Safety must always be the top priority.

9. Continuous use and accident prevention

Take breaks during extended operation.
Never use the grinder without the safety guard installed.
If the disc binds or jams, turn off the tool immediately.
Allow the disc to stop completely before setting the tool down.
Do not cut materials beyond the disc’s rated capacity.

These precautions help prevent serious accidents.

10. Procedures after use

Turn off the tool and disconnect it from the power source.
Wait until the disc comes to a complete stop.
Allow the disc to cool before touching it.
Clean the tool with a dry cloth.
Store the grinder in a dry place, protected from moisture.

11. Basic maintenance and care

Inspect discs regularly and replace worn ones.
Clean ventilation openings to prevent overheating.
Do not use unauthorized accessories.
Seek authorized service if any malfunction occurs.

Preventive maintenance extends the life and reliability of the tool.

12. Final recommendations

The angle grinder is a powerful and versatile tool, but it requires full attention during operation. Following these instructions ensures operator safety, efficient performance, high-quality results, and long equipment lifespan.

Always use the correct disc, maintain full control of the tool, and follow all safety guidelines.

Complete User Manual – Oscillating Multi-Tool

The oscillating multi-tool is an extremely versatile power tool designed for precision cutting, sanding, scraping, grout removal, and finishing in materials such as wood, MDF, drywall, plastic, thin metal, ceramic, and masonry, using the appropriate accessory. Its high-frequency oscillating motion allows work in tight or hard-to-reach areas with excellent control and safety.

Proper use ensures accuracy, operator safety, superior finishing, and extended tool lifespan.

Read all instructions carefully before using the tool.

Important: Read all instructions carefully before using the tool.

1. Understanding the main components

Before operating the oscillating multi-tool, familiarize yourself with its main components:

Oscillating tool head
Quick-change accessory system
Cutting blades (straight, semicircular, segmented)
Sanding pad attachment
Sandpaper sheets in various grits
Scrapers and grout-removal accessories
Speed control dial
Power trigger or switch
Ergonomic handle
Motor ventilation openings
Power cord or battery

Understanding these components is essential for proper setup and safe operation.

2. Preparation before use

Before turning on the oscillating multi-tool:

Ensure the tool is unplugged or the battery is removed.
Select the appropriate accessory for the task.
Install the accessory securely onto the tool head.
Adjust the accessory angle as needed for the cut or application.
Set the proper speed for the material being worked on.
Secure the workpiece whenever possible.
Make sure the work area is clean and free of obstacles.
Never make adjustments while the tool is powered on.

3. Choosing the correct accessory

Using the correct accessory is critical for safety and performance:

Wood and drywall cutting blades
Bi-metal blades for metal and nails
Segmented blades for precise and flush cuts
Rigid or flexible scrapers for adhesive and residue removal
Grout-removal accessories
Sanding pad with appropriate sandpaper grits

Never use damaged or incompatible accessories.

4. Speed adjustment

Low speed: thin metals, plastics, and delicate tasks
Medium speed: wood, MDF, and drywall
High speed: fast cutting and aggressive material removal

Proper speed selection reduces accessory wear and improves finish quality.

5. How to use for cutting

Mark the cutting line on the material.
Position the accessory at the starting point.
Hold the tool firmly.
Turn on the tool and allow it to reach the selected oscillation speed.
Move the tool forward slowly with full control.
Do not force the tool. Let the accessory do the work.

The oscillating multi-tool is ideal for precise, plunge, and flush cuts.

6. How to use for sanding

Install the sanding pad and the appropriate sandpaper.
Use smooth, even movements.
Apply light, consistent pressure.
Replace sandpaper as it becomes worn.

This mode is ideal for finishing work, corners, and small surfaces.

7. How to use for scraping and removal

Install the appropriate scraper attachment.
Work at a shallow angle.
Use controlled, steady motions.
Avoid excessive force against the surface.

This function is ideal for removing glue, caulk, paint, and old grout.

8. Proper posture and tool control

Use both hands whenever possible.
Keep your feet firmly planted and well balanced.
Maintain a stable, aligned body position.
Avoid uncomfortable positions for extended periods.
Keep hands away from the working area.

Proper posture ensures better control and increased safety.

9. Safety precautions during use

Always wear safety glasses.
Use a dust mask when necessary.
Wear hearing protection if required.
Avoid loose clothing or dangling accessories.
Never touch the accessory immediately after use.
Do not operate the tool in wet or damp environments.

Safety should always be the top priority.

10. Continuous use and problem prevention

Take breaks during prolonged operation.
Avoid overloading the motor.
If excessive vibration occurs, turn off the tool immediately.
Use only manufacturer-recommended accessories.

These practices help prevent motor damage and accessory failure.

11. Procedures after use

Turn off the tool and unplug it or remove the battery.
Allow the accessory to cool before removal.
Clean the tool with a dry cloth.
Remove dust from ventilation openings.
Store the tool in a dry, protected location.

12. Basic maintenance and care

Regularly inspect accessories for wear.
Replace worn or damaged accessories.
Clean the accessory mounting system.
Do not use improvised accessories.
Seek authorized service if any malfunction occurs.

Preventive maintenance improves performance and extends tool life.

13. Final recommendations

The oscillating multi-tool is an extremely practical and precise tool when used correctly. Following these instructions ensures high-quality results, operator safety, and long-term equipment reliability.

Always use the correct accessory, adjust the speed properly, and maintain full attention during operation.

Complete User Manual – Orbital Sander

The orbital sander is a power tool designed for sanding, smoothing, and finishing surfaces such as wood, MDF, plywood, drywall, plastic, and painted surfaces. It uses a small circular or rectangular sanding pad that moves in an orbital motion, providing a smooth, swirl-free finish when used correctly.

Proper operation ensures better surface quality, operator safety, and extended tool lifespan.

Read all instructions carefully before using the tool.

Important: Read all instructions carefully before using the tool.

1. Understanding the main components

Before operating the orbital sander, become familiar with its main components:

Sanding pad (round or rectangular, depending on model)
Sandpaper attachment system (hook-and-loop or clamps)
Speed control dial (on variable-speed models)
Power switch or trigger
Ergonomic handle or palm grip
Dust collection port or dust bag
Motor ventilation openings
Power cord or battery

Understanding these parts helps ensure correct setup and safe operation.

2. Preparation before use

Before turning on the orbital sander:

Make sure the tool is unplugged or the battery is removed.
Choose the correct sandpaper grit for the task.
Attach the sandpaper securely and ensure it is properly aligned with the pad holes.
Connect a dust bag or vacuum system if available.
Secure the workpiece using clamps or a stable work surface.
Ensure the sanding area is clean and free of obstacles.
Never make adjustments while the tool is powered on.

3. Choosing the correct sandpaper grit

Selecting the proper grit is essential for achieving the desired finish:

Coarse grit (40–80): heavy material removal, rough surfaces
Medium grit (100–150): general sanding and surface leveling
Fine grit (180–220): surface smoothing before finishing
Extra-fine grit (240+): final finishing between coats of paint or varnish

Using the wrong grit can damage the surface or reduce sanding efficiency.

4. Speed adjustment (if available)

Low speed: delicate surfaces, fine finishing, paint sanding
Medium speed: general sanding on wood and drywall
High speed: faster material removal on rough surfaces

Always start at a lower speed and increase gradually as needed.

5. How to use the orbital sander

Place the sanding pad flat on the surface before turning the tool on.
Hold the sander firmly with one or both hands, depending on the model.
Turn on the sander and allow it to reach full operating speed.
Move the sander slowly and evenly across the surface.
Keep the pad flat at all times to avoid gouging.
Do not apply excessive pressure. Let the sander do the work.

Applying too much pressure reduces efficiency and can damage both the surface and the tool.

6. Sanding technique and movement

Use overlapping passes for uniform results.
Avoid staying in one spot for too long.
Work gradually across the entire surface.
Sand with consistent speed and pressure.
For best results, sand progressively using finer grits.

Proper technique ensures a smooth, professional finish.

7. Dust control and visibility

Always use the dust collection system if available.
Empty the dust bag regularly to maintain suction.
Use a vacuum attachment for cleaner work environments.
Wear a dust mask, especially when sanding fine materials.

Effective dust control improves visibility and protects health.

8. Proper posture and tool control

Maintain a stable stance with feet firmly planted.
Keep your wrists relaxed and elbows slightly bent.
Avoid awkward or overextended positions.
Keep hands away from the sanding pad during operation.

Good posture improves control and reduces fatigue.

9. Safety precautions during use

Always wear safety glasses.
Use a dust mask or respirator when sanding dusty materials.
Wear hearing protection if operating for extended periods.
Avoid loose clothing or dangling accessories.
Never operate the sander in wet or damp conditions.
Keep bystanders away from the work area.

Safety should always be the top priority.

10. Continuous use and overheating prevention

Take breaks during long sanding sessions.
Do not block the ventilation openings.
If the tool becomes excessively hot, turn it off and allow it to cool.
Replace worn sandpaper promptly to avoid overheating the motor.

These precautions help extend the tool’s lifespan.

11. Procedures after use

Turn off the sander and unplug it or remove the battery.
Wait for the sanding pad to stop completely.
Remove used sandpaper.
Clean the tool with a dry cloth.
Empty the dust bag or disconnect the vacuum hose.
Store the tool in a dry, clean location.

12. Basic maintenance and care

Inspect the sanding pad regularly for wear.
Replace damaged pads or accessories.
Keep ventilation openings clean.
Use only manufacturer-recommended sandpaper.
Seek authorized service if abnormal noise or vibration occurs.

Preventive maintenance ensures reliable performance and long service life.

13. Final recommendations

The orbital sander is an essential tool for achieving smooth and professional finishes when used correctly. Following these instructions ensures high-quality results, operator safety, and long-term equipment durability.

Always choose the correct sandpaper, maintain consistent technique, and operate the tool within its intended limits.

Complete User Manual – Electric Planer

The electric planer is a power tool designed for smoothing, leveling, thickness reduction, edge chamfering, and surface finishing of materials such as solid wood, MDF, plywood, and wooden boards. It removes thin layers of material using high-speed rotating blades, allowing fast and accurate surface preparation.

Proper use ensures precision, safety, clean finishes, and extended tool lifespan.

Read all instructions carefully before operating the tool.

Important: Read all instructions carefully before using the tool.

1. Understanding the main components

Before using the electric planer, familiarize yourself with its main components:

Planer blades (cutting knives)
Front adjustment knob (cut depth control)
Rear base plate
Front base plate
Chip ejection port
Dust bag or vacuum adapter
Power trigger and safety lock
Ergonomic main handle
Auxiliary front handle
Motor ventilation openings
Power cord or battery

Understanding these components is essential for proper adjustments and safe operation.

2. Preparation before use

Before turning on the electric planer:

Ensure the tool is unplugged or the battery is removed.
Check that the blades are sharp, clean, and securely installed.
Set the desired cutting depth using the front adjustment knob.
Attach the dust bag or connect a vacuum system if available.
Secure the workpiece firmly using clamps or a stable workbench.
Make sure the planing area is free of nails, screws, or foreign objects.

Never make adjustments while the tool is powered on.

3. Setting the cutting depth

The cutting depth determines how much material is removed in each pass:

Shallow depth (0.5–1 mm): finishing and surface leveling
Medium depth (1–2 mm): general material removal
Deeper cuts: should be avoided to prevent tear-out and motor strain

Always start with a shallow depth and increase gradually if needed.

4. Proper body position and tool control

Use both hands at all times.
Keep feet firmly planted and well balanced.
Maintain a straight and stable posture.
Keep the planer flat on the surface before starting.

Never allow the blades to contact the surface before the motor reaches full speed.

Proper posture ensures better control and smoother results.

5. How to use the electric planer

Place the front base plate flat on the workpiece without engaging the blades.
Turn on the planer and allow it to reach full speed.
Push the planer forward smoothly and steadily.
Apply light pressure at the front at the start of the cut.
Shift pressure gradually to the rear base plate as you move forward.
Do not force the tool. Let the blades remove material naturally.

Consistent motion ensures an even and clean surface.

6. Planing edges and chamfering

Use the V-grooves on the base plate for chamfering edges.
Start with a shallow cut.
Keep the planer aligned with the edge.
Maintain steady forward motion.
Avoid excessive pressure on corners to prevent uneven cuts.

This technique is ideal for softening sharp edges and preparing joints.

7. Multiple passes and surface finishing

Perform several light passes instead of one deep cut.
Check the surface regularly for flatness.
Change direction if necessary to follow the wood grain.
Finish with a very shallow pass for best results.

Multiple light passes provide superior surface quality.

8. Chip control and dust management

Always use the dust bag or vacuum attachment when possible.
Empty the dust bag regularly to prevent clogging.
Keep the chip ejection port clean.
Avoid planing wet or resin-heavy wood that may block airflow.

Proper chip management improves visibility and tool efficiency.

9. Safety precautions during use

Always wear safety glasses.
Use a dust mask or respirator when planing.
Wear hearing protection during extended use.
Avoid loose clothing or accessories.
Keep hands away from the blade area.
Never set the planer down until the blades have fully stopped.
Do not operate the tool in wet or damp environments.

Safety must always be the top priority.

10. Continuous use and overheating prevention

Take breaks during prolonged operation.
Do not overload the motor with deep cuts.
Keep ventilation openings clear.
If overheating occurs, turn off the tool and allow it to cool.

These practices help extend motor life and maintain performance.

11. Procedures after use

Turn off the planer and unplug it or remove the battery.
Allow the blades to stop completely.
Clean the base plates and blade area with a dry cloth.
Empty the dust bag or disconnect the vacuum hose.
Store the tool in a dry, protected location.

12. Basic maintenance and care

Inspect blades regularly and replace or sharpen when dull.
Keep base plates clean and smooth.
Tighten screws and blade fasteners periodically.
Use only manufacturer-approved replacement blades.
Seek authorized service if abnormal noise or vibration occurs.

Preventive maintenance ensures accuracy and long tool life.

13. Final recommendations

The electric planer is a powerful and precise woodworking tool when used correctly. Following these instructions ensures smooth surfaces, professional results, operator safety, and long-term durability.

Always work with sharp blades, shallow passes, and controlled movements, respecting the tool’s intended use.

Complete User Manual – Reciprocating Saw

The reciprocating saw is a powerful and versatile power tool designed for cutting, demolition, trimming, and remodeling tasks. It is commonly used to cut wood, metal, plastic, PVC, drywall, tree branches, and construction materials, depending on the blade installed. Its back-and-forth (reciprocating) blade motion allows fast cutting, especially in tight spaces and rough applications.

Proper use ensures operator safety, efficient cutting, and long tool lifespan.

Important: Read all instructions carefully before using the tool.

1. Understanding the main components

Before using the reciprocating saw, familiarize yourself with its main components:

Reciprocating saw blade
Blade clamp or quick-release blade holder
Adjustable shoe (pivoting foot)
Variable-speed trigger
Safety lock (on some models)
Main handle with grip
Auxiliary front grip (on some models)
Motor ventilation openings
Power cord or battery

Understanding these components helps ensure correct setup and safe operation.

2. Preparation before use

Before turning on the reciprocating saw:

Ensure the tool is unplugged or the battery is removed.
Select the correct blade for the material being cut.
Insert the blade fully into the blade holder and ensure it is securely locked.
Adjust the shoe position if the model allows it.
Inspect the work area for hidden electrical wires, pipes, or nails.
Secure the material firmly whenever possible.
Make sure the trigger is not pressed before powering the tool.

Never make adjustments while the tool is powered on.

3. Choosing the correct blade

Using the correct blade is essential for safety and cutting efficiency:

Wood blades: large, widely spaced teeth
Metal blades: fine, closely spaced teeth
Bi-metal blades: suitable for wood with nails and mixed materials
Demolition blades: heavy-duty cutting tasks
Pruning blades: tree branches and landscaping

Never use dull, bent, or damaged blades.

4. Proper body position and tool control

Always use both hands when operating the saw.
Keep your feet firmly planted and well balanced.
Maintain a stable, controlled stance.
Keep the saw aligned with the cutting path.
Never force the blade sideways during cutting.

Good posture improves accuracy and reduces fatigue.

5. How to use the reciprocating saw

Place the adjustable shoe firmly against the workpiece.
Hold the saw securely with both hands.
Pull the trigger gently to start the cut at low speed.
Increase speed gradually as the blade engages the material.
Keep steady forward pressure without forcing the saw.
Allow the blade to do the cutting work.

Maintaining contact between the shoe and the material improves control and reduces vibration.

6. Cutting techniques

Use slow speed to start cuts for better control.
Let the blade reach full stroke before applying pressure.
For metal cutting, use slower speeds and steady pressure.
For wood and demolition, higher speeds are acceptable.
Avoid excessive bending or twisting of the blade.

Correct technique increases blade life and cutting efficiency.

7. Plunge cutting (advanced technique)

Use only when appropriate and with proper blades.
Place the shoe edge against the material.
Tilt the saw slightly and start the blade.
Slowly rotate the saw until the blade enters the material.
Proceed with caution and full control.

Plunge cutting should only be performed by experienced users.

8. Safety precautions during use

Always wear safety glasses.
Use gloves for better grip and protection.
Wear hearing protection during extended use.
Use a dust mask when cutting dusty materials.
Avoid loose clothing or accessories.
Keep hands away from the blade area at all times.
Do not operate the tool in wet or damp environments.

Safety must always be the top priority.

9. Continuous use and overheating prevention

Take breaks during prolonged cutting tasks.
Do not overload the motor.
Keep ventilation openings clear.
If overheating occurs, turn off the tool and allow it to cool.

These practices help maintain performance and extend tool life.

10. Procedures after use

Release the trigger and wait for the blade to stop completely.
Unplug the tool or remove the battery.
Allow the blade to cool before removing it.
Clean the saw with a dry cloth.
Store the tool in a dry, protected location.

11. Basic maintenance and care

Inspect blades regularly and replace when worn.
Keep the blade clamp clean and free of debris.
Tighten screws and components periodically.
Use only manufacturer-approved accessories.
Seek authorized service if abnormal noise or vibration occurs.

Preventive maintenance ensures reliable operation and long-term durability.

12. Final recommendations

The reciprocating saw is an extremely effective tool for cutting and demolition when used correctly. Following these instructions ensures fast cuts, improved safety, operator control, and long equipment life.

Always use the correct blade, maintain firm control, and operate the tool within its intended limits.

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Master Your Impact Wrench

1. Unboxing

2. First Charge

3. Torque Adjustment

4. Using the Impact Wrench

Impact Wrench Unboxing Instructions

1. Check the condition of the packaging

2. Open the box carefully

3. Gently remove all contents

4. Confirm that all items are included

5. Perform a quick visual inspection

6. Read the manual before first use

7. Prepare the tool for its first use

8. Keep the original packaging

First Battery Charge Instructions

1. Remove the battery from the tool

2. Use only the original charger included in your kit

3. Charge the battery fully before using the tool for the first time

4. Do not interrupt the first charge cycle

5. Allow the battery to rest before use

Essential Guidelines to Maximize Lithium Battery Lifespan

1. Avoid deep discharges whenever possible

2. Do not leave the battery charging for long periods after it reaches 100 percent

3. Store the battery under the right conditions

4. Use the battery regularly

5. Keep battery contacts clean and free of debris

6. Allow the battery to cool before charging

7. Protect the battery from moisture and impacts

Torque Adjustment Instructions

1. Identify the torque control system of your impact wrench

2. Choose the correct torque level for your task

3. Start with a lower torque setting

4. Avoid excessive torque

5. Test torque on a sample piece when possible

How to Set the Correct Power Supply for Different Types of Work

1. Understand your tool’s power system

2. For small or medium tasks, use a partially charged battery

3. For heavy-duty jobs, ensure a fully charged battery

4. Avoid using the tool when the battery is below 20%

5. Use the correct charger and allow full charge cycles

6. Keep a spare battery for uninterrupted work

7. Store batteries properly when not in use

How to Properly Use Your Impact Wrench

1. Understand the Basic Controls

2. Choose the Correct Socket Size

3. Set the Direction of Rotation

4. Adjust Speed and Torque Levels

5. Proper Grip and Positioning

6. Use Short Controlled Bursts

7. Remove the Fastener Carefully

8. Check Bolt Tightness with a Torque Wrench (Optional)

9. Battery Management While Using the Tool

Video Tutorials

Best Ways to Use

Correct Positioning

Work Cycles

Lubrication

Correct Positioning for Using Your Impact Wrench

1. Maintain a stable stance

2. Hold the tool firmly

3. Align the tool with the fastener

4. Support with the other hand when needed

5. Let the tool do the work

Work Cycles, Pause Time, and Usage Limits

1. Understand the tool’s work cycle

2. Avoid prolonged continuous operation

3. Allow proper cooling time

4. Monitor battery temperature

5. Respect usage limits for heavy-duty tasks

6. Alternate tasks to prevent overheating

7. Stop immediately if you notice performance drop

Maintenance: Lubrication & O-Ring Care

Tool Lubrication: Importance, Frequency, and Proper Application

1. Why lubrication matters

2. Identify lubrication points

3. Use the correct lubricant

4. How often to lubricate