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The PB Swiss Tools PB 8320B Digital Torque Screwdriver is a professional-grade torque driver engineered for precision fastening in sensitive and critical environments. With a torque range of 0.4-2.5 Nm, this digital tool offers precise, repeatable torque control essential for industries such as electronics, medical devices, and precision mechanics. Designed with Swiss craftsmanship, it ensures reliability, ergonomic comfort, and digital convenience.

Key Features:
*Digital Torque Adjustment: Features an integrated digital display for fast, accurate torque setting and real-time torque feedback.
*High Torque Accuracy: ±6% accuracy ensures consistent and repeatable torque applications, ideal for safety-critical environments.
*Interchangeable Blade System: Compatible with PB 215 interchangeable blades for versatility in different fastening applications.
*Ergonomic Handle: Soft-chromed finish provides a secure, comfortable grip and reduces fatigue during prolonged use.
*Audible and Tactile Feedback: Built-in mechanism provides a noticeable click when the preset torque is reached, preventing over-tightening.
*Automatic Power Management: Shuts off automatically after use to preserve battery life, with long-lasting performance under regular usage.

Specifications:
*Manufacturer: PB Swiss Tools
*Part Number: PB 8320B
*Torque Range: 0.4-2.5 Nm
*Torque Accuracy: ±6%
*Display Type: Digital, located at the end of the handle
*Compatible Blades: PB 215 interchangeable blades
*Handle Finish: Soft-chromed ergonomic grip
*Battery Feature: Auto shut-off for energy efficiency
*Country of Origin: Switzerland

Applications:
*Electronics: Ideal for assembling and repairing circuit boards, enclosures, and sensitive components that require precise torque control.
*Medical Equipment: Suitable for assembling medical instruments and devices where torque consistency is essential for safety and compliance.
*Precision Mechanics: Used in watchmaking, optical instruments, and other fine mechanical assemblies.
*Laboratory & R&D: Perfect for prototype development and research setups needing controlled, repeatable fastening with documentation capability.