Dial Test Indicator Height Holder Bar Rectangular Aluminium Alloy Adaptor Clamp Industrial Tools Robust Design for Precision Measurement 400mm Length 6mm 8mm Clamping Holes
Dial Test Indicator Height Holder Bar Rectangular Aluminium Alloy Adaptor Clamp Industrial Tools Robust Design for Precision Measurement 400mm Length 6mm 8mm Clamping Holes
[DURABLE ALUMINUM ALLOY CONSTRUCTION] Crafted from high-quality aluminum alloy, this height holder bar offers exceptional strength and long-lasting durability. Its robust material ensures stability during extended use, making it ideal for industrial and precision measurement applications. The lightweight yet sturdy design provides reliable performance without compromising on portability.
[ROBUST SQUARE BAR DESIGN] Featuring a sturdy square bar structure, this holder bar delivers superior clamping force for enhanced tool stability. The design minimizes vibrations during measurements, ensuring accurate and consistent results. Its robust construction can withstand heavy-duty use in workshops, factories, and laboratories, making it a dependable choice .
[VERSATILE CLAMPING HOLES] Equipped with dual clamping hole diameters of 6mm and 8mm, this holder bar accommodates a wide range of measuring tools. The multi-functional design allows for seamless compatibility with various dial indicators and height s. This versatility ensures you can tackle different measurement tasks with a single, reliable tool.
[OPTIMAL 400MM LENGTH] With a practical length of 400mm, this holder bar meets most measurement requirements with ease. The moderate size provides ample reach for precise measurements while maintaining excellent maneuverability. Its balanced dimensions make it suitable for both confined spaces and larger work areas, enhancing your workflow efficiency.
[EASY INSTALLATION AND OPERATION] Designed for convenience, this holder bar features a user-friendly design that simplifies installation and disassembly. Its intuitive clamping mechanism allows for quick tool changes, saving valuable time during tasks. The efficient design boosts productivity by enabling smooth and hassle- adjustments during measurements.