1/4" Drive Dial Driver w/ Memory Needle 0.011-0.055 Nm - Precision Instruments

Specifications

• Manufacturer: Precision Instruments
• Model Number: DS1F0.055NM
• Drive Size: 1/4" Square Drive
• Torque Range: 0.011 - 0.055 Newton meters (Nm)
• Weight: 1.65 lbs
• Tool Type: Dial Torque Driver

Key Features

• Precision Dial Readout: Provides instant, accurate torque values as force is applied, ensuring exact fastening.
• Memory Needle Function: Clearly indicates and holds the peak torque achieved, simplifying post-assembly verification and quality control.
• 1/4" Square Drive: Ensures broad compatibility with a wide range of standard bits and sockets for various precision tasks.
• Micro Torque Capacity: Specifically calibrated for extremely low torque settings, covering the critical range of 0.011 to 0.055 Nm.
• Durable Construction: Built for sustained accuracy and reliable performance in demanding professional and industrial environments.

Applications

• Electronics Assembly: Ideal for delicate circuit boards, small components, and micro-fasteners where precise low torque is crucial.
• Medical Device Manufacturing: Ensures critical fasteners meet stringent torque specifications without compromising device integrity.
• Aerospace Maintenance: Supports accurate fastening of sensitive avionics, instrumentation, and small aerospace components.
• Laboratory Equipment: Essential for assembling optical, scientific, and testing apparatus that require controlled torque application.
• Research & Development: Provides exact torque control for prototyping, experimental setups, and validating designs.

Benefits

• Prevents Overtightening: Accurately applies only the required torque, safeguarding fragile materials and sensitive components from damage.
• Ensures Product Integrity: Guarantees consistent and reliable fastening, leading to optimal device performance and extended longevity.
• Streamlines Quality Control: The memory needle simplifies post-assembly inspection, enabling quick and accurate torque verification.
• Reduces Rework and Waste: Minimizes assembly errors, material damage, and the need for costly repairs or component replacements.
• Enhances Operational Efficiency: Offers clear, immediate feedback on applied torque, accelerating assembly tasks with confidence and precision.