Utica TS-30 SAE Torque Limiting Screwdriver, Standard Adjustable Model, a standout in the Utica line of torque limiting screwdrivers and kits designed for precision and reliability. With a comprehensive range covering torque settings from 2-640 in.-oz., these screwdrivers are ideal for applications demanding the highest level of control and accuracy. The lightweight aluminum housings not only enhance durability but also minimize user fatigue during extended use. Whether you are assembling the latest electronic gadgets or performing meticulous computer assembly, the Utica TS-30 SAE Torque Limiting Screwdriver, Standard Adjustable Model offers the perfect blend of performance and ease.

Utica TS-30 SAE Torque Limiting Screwdriver, Standard Adjustable Model is equipped with a unique roller bearing cam mechanism that ensures smooth, consistent, and precise tightening of fasteners. This innovative feature allows the tool to automatically slip once the maximum torque setting is achieved, thereby preventing any risk of over-tightening. Ideal for everything from general assembly to the delicate requirements of miniature device assembly such as cellular phones, Utica TS-30 SAE Torque Limiting Screwdriver, Standard Adjustable Model is engineered to provide dependable results every time.

Utica TS-30 SAE Torque Limiting Screwdriver, Standard Adjustable Model comes in three standard adjustable models, each easily identifiable by distinct red, blue, and black color coding. This not only aids in quick selection but also in preventing errors. The patented, spring-loaded locking collar prevents unintended adjustments and ensures consistent application of the desired torque. Additionally, the easy-release bit holder secures bits during operation and allows for quick changes, making Utica TS-30 SAE Torque Limiting Screwdriver, Standard Adjustable Model an indispensable tool for professional and amateur technicians alike. Equip your toolkit with Utica TS-30 SAE Torque Limiting Screwdriver, Standard Adjustable Model and experience the difference in precision tooling.