Fixed Torque Screwdriver 3 Nm

Specifications

• Manufacturer: Bahco
• Model Number: BE-6990-IP15
• Product Name: Fixed Torque Screwdriver
• Preset Torque: 3 Nm
• Weight: 0.3 lbs

Key Features

• Pre-set Torque of 3 Nm: Delivers consistent and accurate tightening at exactly 3 Newton meters, eliminating the need for manual adjustment or calibration.
• Fixed Torque Mechanism: Prevents both overtightening and undertightening of fasteners, crucial for applications requiring specific torque values.
• Durable Bahco Construction: Engineered by Bahco for reliability and long-term performance in professional environments.
• Precision Fastening Tool: Designed for tasks where exact and repeatable torque application is critical for component integrity and operational safety.

Applications

• Electronics Assembly: Ideal for securing circuit boards, connectors, and other delicate components where precise torque prevents damage and ensures reliable connections.
• Instrument & Device Maintenance: Ensures accurate assembly and reassembly of precision instruments, optical devices, and control systems.
• Small Component Fastening: Perfect for tasks involving miniature screws and fasteners in various industries, including medical device manufacturing and automotive electronics.
• Electrical Connections: Provides secure and consistent tightening for terminals, switches, and relays, reducing the risk of loose connections and electrical faults.

Benefits

• Prevents Component Damage: Eliminates the risk of stripping threads, cracking housings, or deforming sensitive parts due to excessive force.
• Ensures Product Reliability: Guarantees that all fasteners are tightened to the exact specification, leading to consistent product quality and reduced warranty issues.
• Boosts Assembly Efficiency: Speeds up work by removing the need for torque adjustment or verification, allowing operators to work quickly and confidently.
• Enhances Operational Safety: Provides peace of mind that critical connections are secure and meet required safety standards.
• Reduces Rework and Waste: Minimizes errors and the need for costly rework, contributing to lower production costs and improved material utilization.