Inline Electric Screwdriver, 132.8 in lbs, 1/4'' hex, Push-to-Start
Invest in the Kolver PLUTO15D/PS Inline Electric Screwdriver and experience the perfect blend of power, precision, and comfort. With its impressive torque capacity, user-friendly features, and durable construction, this electric screwdriver is a valuable asset for any assembly line. Elevate your fastening operations to new heights with the PLUTO15D/PS.
Item Ships free Order total must be over $999.99, under 20 lbs and shipping within continental USA
- Free UPS Ground over $999.99
- Factory-authorised service
Recommended Accessories
5 itemsAdd-on accessories that can be purchased alongside this product.
Details
Product information
Overview
Introducing the Kolver PLUTO15D/PS Inline Electric Screwdriver, a powerful and versatile assembly tool designed to streamline your fastening processes. Engineered by Kolver, this inline electric screwdriver combines exceptional torque capacity, precision control, and ergonomic design to elevate your productivity and efficiency.
- Min Torque(In Lb: 17.7)
- Max Torque(In Lb: 132.8)
- Drive Size: 1/4'' hex
- Free Speed(RPM): 320
- Start Type: Push-to-Start
- Manufacturer: Kolver
Available Controller EDU2AE sold separately
| Technical Specifications | |
|---|---|
| SKU | 130216/PS |
| Manufacturer | Kolver |
| MPN | PLUTO15D/PS |
| Features & Benefits | |
| High Torque Capacity: With a maximum torque of 132.8 in lbs (15 Nm), the PLUTO15D/PS is capable of handling a wide range of fastening applications, making it an ideal choice for various industries. | |
| Precision Control: Featuring an advanced electronic torque control system, this electric screwdriver delivers precise and consistent torque output, ensuring accurate and reliable fastening results. | |
| 1/4'' Hex Drive: The PLUTO15D/PS comes equipped with a standard 1/4'' hex drive, providing compatibility with a wide range of screwdriver bits and accessories. | |
| Push-to-Start Operation: The convenient push-to-start mechanism allows for effortless operation, minimizing user fatigue and maximizing productivity. | |