| Quantity: | |
|---|---|
| Parameter | Value |
|---|---|
| Drill Type | Cordless Drill |
| Power Source | Lithium Battery |
| Motor Type | Brushless Motor |
| No-Load Speed | 1300 RPM |
| Max Drilling Diameter | 13mm |
| Application | Household |
| Color | Blue |
| Certification | CE, ISO9001, CCC |
The 13mm Brushless Impact Drill bridges professional-grade performance and versatile usability, making it an ideal tool for both home DIY enthusiasts (tackling projects like shelf installation or furniture assembly) and industrial workers (handling manufacturing or construction tasks). Powered by a high-efficiency brushless motor that delivers up to 44Nm torque (32.4 ft-lbs) and a no-load speed of 0-500/1950 RPM, this drill outperforms traditional brushed motors by offering 50% longer runtime, 10x extended motor life (up to 5,000 operating hours), and 20% higher energy efficiency—critical for users who rely on consistent performance throughout the day. Its 13mm keyless auto-lock chuck features a stainless steel sleeve that resists rust and wear, enabling quick one-handed bit changes in under 5 seconds, while the compact design (18cm in length, 1.8kg net weight) ensures maneuverability in tight spaces like under-sink cabinets or between wall studs. The drill’s body is constructed from impact-resistant ABS plastic with a TPR rubber grip that conforms to the hand, reducing slippage and fatigue during prolonged use. Whether drilling into concrete (with masonry bits), metal (with HSS bits), or wood (with spade bits), this impact drill combines power, precision, and durability to deliver consistent results across a wide range of applications.
The brushless motor eliminates carbon brushes, a common point of wear in traditional drills, reducing friction and heat buildup by 35%. This design not only extends motor life but also ensures consistent performance even under heavy loads—such as drilling through 10mm thick steel or 30mm thick hardwood—without the power drop that occurs in brushed motors. The motor’s intelligent control system adjusts power output based on the load, preventing overheating and optimizing energy use: for example, it reduces power when screwdriving into soft wood to avoid stripping screws, and increases power when drilling into concrete to maintain speed. Additionally, the brushless design produces less noise (85dB at full speed) compared to brushed drills (95dB+), making it suitable for indoor use in residential areas without disturbing neighbors.
With two-speed settings (0-500 RPM for precise screwdriving and 0-1950 RPM for fast drilling) and an impact rate of 48000 BPM (blows per minute), users can tailor the drill’s performance to the material and task at hand. The variable speed trigger allows for fine control—for example, slow, steady pressure for starting holes in glass or tile (with a diamond-tipped bit), and full trigger pressure for rapid drilling in softwood. A built-in soft-start function prevents sudden torque surges when the trigger is first pressed, protecting delicate workpieces like ceramic tiles or veneered wood from cracking. The forward/reverse switch is conveniently located on the top of the drill, enabling easy direction changes when removing stripped screws or backing out bits. For continuous operation (e.g., drilling multiple holes in a row), a lock-on button on the handle keeps the drill running without holding the trigger, reducing hand fatigue.
The drill’s all-metal gearbox (constructed from hardened steel) withstands rigorous daily use, including drops from up to 1.5 meters (onto concrete), without damage to internal components. The anti-dust switch design features a rubber seal that prevents debris, dust, and moisture from entering the switch mechanism—critical for use in construction sites or woodworking shops where dust levels are high. An integrated LED work light (with a 30-second delay after the trigger is released) illuminates dark work areas, such as crawl spaces or under-cabinet regions, enhancing accuracy and reducing the risk of mistakes. The drill’s battery compartment (for cordless models) includes a locking mechanism that prevents accidental battery disconnection during use, and the battery itself features a built-in temperature sensor that shuts down the drill if overheating is detected—protecting both the battery and motor from damage.
• Home Renovation: Installing floating shelves (using wall anchors drilled into drywall or concrete), assembling flat-pack furniture (driving screws into particleboard without splitting), and replacing door hinges (drilling pilot holes for screws). The compact design allows access to tight spaces like behind toilets or inside closets.
• Industrial Assembly: Fastening bolts in manufacturing lines (e.g., automotive or electronics production) with controlled torque to ensure consistent tightness, and assembling metal frames (drilling holes in angle irons for bolts). The brushless motor’s long runtime reduces downtime for battery changes in high-volume production settings.
• Construction: Drilling into masonry (concrete walls or brick) for electrical outlet boxes, cutting holes in steel beams for plumbing pipes (using hole saw bits), and installing drywall (driving screws into studs). The impact function simplifies drilling into hard materials without the need for a separate hammer drill.
• Automotive Repair: Removing rusted bolts from engine components (using the high-torque setting), installing new brake calipers (driving bolts to manufacturer-specified torque), and drilling holes in metal panels for custom modifications. The compact size allows use in tight engine bays.
• Woodworking: Creating precision holes for dowels in hardwood furniture (using Forstner bits), drilling pilot holes for screws in cabinet doors, and cutting recesses for hinges (using a spade bit with depth control). The variable speed trigger ensures clean cuts without splintering wood.
Q: How does a brushless motor differ from a brushed motor, and why is it better for this drill?
A: Brushless motors use electronic commutation (instead of physical carbon brushes) to control the motor’s rotation, eliminating friction between brushes and the commutator. This results in three key advantages: 1) Longer lifespan: Brushless motors last up to 10x longer than brushed motors (5,000 vs. 500 operating hours) because there are no brushes to wear out. 2) Higher efficiency: They convert 85% of electrical energy into mechanical energy (vs. 65% for brushed motors), meaning longer runtime on a single battery charge. 3) Consistent performance: Brushless motors maintain torque under load, whereas brushed motors lose power as the load increases—critical for tasks like drilling through thick metal or concrete.
Q: What is the maximum drilling capacity in different materials, and what type of bits should I use?
A: The drill handles 30mm in softwood (e.g., pine) and 25mm in hardwood (e.g., oak) when using spade bits or Forstner bits; 13mm in steel (up to 5mm thick) when using HSS (high-speed steel) bits; and 14mm in masonry (concrete, brick, or stone) when using carbide-tipped masonry bits. For best results: Use twist bits for metal, spade bits for wood (for fast, large holes), and masonry bits with a hammer drill function (if equipped) for concrete. Always use sharp bits—dull bits increase friction, reduce efficiency, and can damage the drill’s motor.
Q: Can this drill be used with a battery or is it corded, and what are the advantages of each version?
A: This model is available in both corded (220-240V AC) and cordless (18V lithium-ion) versions. The cordless version uses 18V lithium-ion batteries (2.0Ah or 4.0Ah capacity) that are compatible with most power tools in the same brand’s system (e.g., sanders, jigsaws), reducing the need for multiple chargers. It offers portability, making it ideal for outdoor projects (like building a deck) or areas without power outlets. The 4.0Ah battery provides up to 4 hours of light use (e.g., screwdriving) or 1.5 hours of heavy use (e.g., drilling concrete). The corded version provides continuous power (no battery recharging needed), making it perfect for industrial applications (like assembly lines) or extended projects (like installing drywall in an entire house). It also delivers slightly higher torque (48Nm vs. 44Nm) for heavy-duty tasks. Both versions include a 2-year warranty on the motor and body.
| Parameter | Value |
|---|---|
| Drill Type | Cordless Drill |
| Power Source | Lithium Battery |
| Motor Type | Brushless Motor |
| No-Load Speed | 1300 RPM |
| Max Drilling Diameter | 13mm |
| Application | Household |
| Color | Blue |
| Certification | CE, ISO9001, CCC |
The 13mm Brushless Impact Drill bridges professional-grade performance and versatile usability, making it an ideal tool for both home DIY enthusiasts (tackling projects like shelf installation or furniture assembly) and industrial workers (handling manufacturing or construction tasks). Powered by a high-efficiency brushless motor that delivers up to 44Nm torque (32.4 ft-lbs) and a no-load speed of 0-500/1950 RPM, this drill outperforms traditional brushed motors by offering 50% longer runtime, 10x extended motor life (up to 5,000 operating hours), and 20% higher energy efficiency—critical for users who rely on consistent performance throughout the day. Its 13mm keyless auto-lock chuck features a stainless steel sleeve that resists rust and wear, enabling quick one-handed bit changes in under 5 seconds, while the compact design (18cm in length, 1.8kg net weight) ensures maneuverability in tight spaces like under-sink cabinets or between wall studs. The drill’s body is constructed from impact-resistant ABS plastic with a TPR rubber grip that conforms to the hand, reducing slippage and fatigue during prolonged use. Whether drilling into concrete (with masonry bits), metal (with HSS bits), or wood (with spade bits), this impact drill combines power, precision, and durability to deliver consistent results across a wide range of applications.
The brushless motor eliminates carbon brushes, a common point of wear in traditional drills, reducing friction and heat buildup by 35%. This design not only extends motor life but also ensures consistent performance even under heavy loads—such as drilling through 10mm thick steel or 30mm thick hardwood—without the power drop that occurs in brushed motors. The motor’s intelligent control system adjusts power output based on the load, preventing overheating and optimizing energy use: for example, it reduces power when screwdriving into soft wood to avoid stripping screws, and increases power when drilling into concrete to maintain speed. Additionally, the brushless design produces less noise (85dB at full speed) compared to brushed drills (95dB+), making it suitable for indoor use in residential areas without disturbing neighbors.
With two-speed settings (0-500 RPM for precise screwdriving and 0-1950 RPM for fast drilling) and an impact rate of 48000 BPM (blows per minute), users can tailor the drill’s performance to the material and task at hand. The variable speed trigger allows for fine control—for example, slow, steady pressure for starting holes in glass or tile (with a diamond-tipped bit), and full trigger pressure for rapid drilling in softwood. A built-in soft-start function prevents sudden torque surges when the trigger is first pressed, protecting delicate workpieces like ceramic tiles or veneered wood from cracking. The forward/reverse switch is conveniently located on the top of the drill, enabling easy direction changes when removing stripped screws or backing out bits. For continuous operation (e.g., drilling multiple holes in a row), a lock-on button on the handle keeps the drill running without holding the trigger, reducing hand fatigue.
The drill’s all-metal gearbox (constructed from hardened steel) withstands rigorous daily use, including drops from up to 1.5 meters (onto concrete), without damage to internal components. The anti-dust switch design features a rubber seal that prevents debris, dust, and moisture from entering the switch mechanism—critical for use in construction sites or woodworking shops where dust levels are high. An integrated LED work light (with a 30-second delay after the trigger is released) illuminates dark work areas, such as crawl spaces or under-cabinet regions, enhancing accuracy and reducing the risk of mistakes. The drill’s battery compartment (for cordless models) includes a locking mechanism that prevents accidental battery disconnection during use, and the battery itself features a built-in temperature sensor that shuts down the drill if overheating is detected—protecting both the battery and motor from damage.
• Home Renovation: Installing floating shelves (using wall anchors drilled into drywall or concrete), assembling flat-pack furniture (driving screws into particleboard without splitting), and replacing door hinges (drilling pilot holes for screws). The compact design allows access to tight spaces like behind toilets or inside closets.
• Industrial Assembly: Fastening bolts in manufacturing lines (e.g., automotive or electronics production) with controlled torque to ensure consistent tightness, and assembling metal frames (drilling holes in angle irons for bolts). The brushless motor’s long runtime reduces downtime for battery changes in high-volume production settings.
• Construction: Drilling into masonry (concrete walls or brick) for electrical outlet boxes, cutting holes in steel beams for plumbing pipes (using hole saw bits), and installing drywall (driving screws into studs). The impact function simplifies drilling into hard materials without the need for a separate hammer drill.
• Automotive Repair: Removing rusted bolts from engine components (using the high-torque setting), installing new brake calipers (driving bolts to manufacturer-specified torque), and drilling holes in metal panels for custom modifications. The compact size allows use in tight engine bays.
• Woodworking: Creating precision holes for dowels in hardwood furniture (using Forstner bits), drilling pilot holes for screws in cabinet doors, and cutting recesses for hinges (using a spade bit with depth control). The variable speed trigger ensures clean cuts without splintering wood.
Q: How does a brushless motor differ from a brushed motor, and why is it better for this drill?
A: Brushless motors use electronic commutation (instead of physical carbon brushes) to control the motor’s rotation, eliminating friction between brushes and the commutator. This results in three key advantages: 1) Longer lifespan: Brushless motors last up to 10x longer than brushed motors (5,000 vs. 500 operating hours) because there are no brushes to wear out. 2) Higher efficiency: They convert 85% of electrical energy into mechanical energy (vs. 65% for brushed motors), meaning longer runtime on a single battery charge. 3) Consistent performance: Brushless motors maintain torque under load, whereas brushed motors lose power as the load increases—critical for tasks like drilling through thick metal or concrete.
Q: What is the maximum drilling capacity in different materials, and what type of bits should I use?
A: The drill handles 30mm in softwood (e.g., pine) and 25mm in hardwood (e.g., oak) when using spade bits or Forstner bits; 13mm in steel (up to 5mm thick) when using HSS (high-speed steel) bits; and 14mm in masonry (concrete, brick, or stone) when using carbide-tipped masonry bits. For best results: Use twist bits for metal, spade bits for wood (for fast, large holes), and masonry bits with a hammer drill function (if equipped) for concrete. Always use sharp bits—dull bits increase friction, reduce efficiency, and can damage the drill’s motor.
Q: Can this drill be used with a battery or is it corded, and what are the advantages of each version?
A: This model is available in both corded (220-240V AC) and cordless (18V lithium-ion) versions. The cordless version uses 18V lithium-ion batteries (2.0Ah or 4.0Ah capacity) that are compatible with most power tools in the same brand’s system (e.g., sanders, jigsaws), reducing the need for multiple chargers. It offers portability, making it ideal for outdoor projects (like building a deck) or areas without power outlets. The 4.0Ah battery provides up to 4 hours of light use (e.g., screwdriving) or 1.5 hours of heavy use (e.g., drilling concrete). The corded version provides continuous power (no battery recharging needed), making it perfect for industrial applications (like assembly lines) or extended projects (like installing drywall in an entire house). It also delivers slightly higher torque (48Nm vs. 44Nm) for heavy-duty tasks. Both versions include a 2-year warranty on the motor and body.
