Kolver KBL Series Fixture Mount Clutch Screwdrivers
KBL Screwdrivers for Automation | Torque range 0.4 − 26.7 in-lb
KBL CA Screwdrivers combine state-of-the-art brushless motors with an aluminum housing for quick and easy installation on robots and automatic machines.
Designed for automation
KBL CA tools are supplied in an aluminum body for a quick and easy integration with automatic machines and screw feeding systems. KBL tools in CA/FN version are equipped with a flange mount and reciprocating spindle for high-intensity applications.
Easy to install and operate
Each KBL CA screwdriver works in combination with an EDU1BL/SG control unit. Its electronic control circuit cuts the power supply to the screwdriver motor in response to the clutch action, as soon as the pre-set torque has been reached. KBL’s torque clutch only needs to be set once and guarantees accurate repeatability on any kind of joint.
Industry 4.0 with KBL
Transitioning to Industry 4.0 is easy with KBL CA screwdrivers. They can be easily connected to robots or automatic machines through their EDU 1BL/SG controller’s proper connectors to manage input/output signals such as start, stop, error and more.
No maintenance required
Automation requires tools capable of keeping high quality standards, even on heavy-duty applications. KBL Screwdrivers combine Swiss brushless motors with magnetic clutch switches for a real maintenance free solution. The absence of maintenance operations guarantees high productive continuity.
For clean-room environments
KBL screwdrivers are perfect for automated applications requiring cleanroom standards. No brushes means zero emissions of carbon dust or other pollutants into the working environment, which guarantees high quality assembly on any joint.
Available Housings
- ALUMINUM BODY (KBL CA) – Specifically designed for automation. Easy to install on any machine or robot.
- ALUMINUM BODY WITH FLANGE MOUNT (KBL CA/FN) – Ideal for automated high volume/high duty applications. Flange and telescopic spindle available together or separately.