Value Collection 10105-SA Diamond Tweezer Broad Point

Product Description

The VALUE COLLECTION 10105-SA is a diamond tweezer with a broad point tip, designed for precision gripping and handling of small components. At 5.6875 inches overall length, it provides comfortable reach and control during fine assembly, inspection, or parts-handling tasks. The non-magnetic finish coating makes it suitable for use around sensitive electronic components or magnetized parts where interference must be avoided. This tweezer is a standard hand tool used by technicians across electronics assembly, HVAC controls work, instrumentation, and light fabrication applications.

This tweezer suits tasks that require firm, controlled gripping of small or delicate parts. The broad point tip provides more surface contact than a needle or fine tip, making it practical for handling flat stock, small clips, insulation strips, or electronic components in tight spaces. It is commonly used in bench work, field service kits, and quality inspection environments where non-magnetic tooling is a requirement.

Key Features

• Broad point tip for increased contact area when gripping flat or wide small components
• Non-magnetic finish coating prevents interference with sensitive electronic or magnetic parts
• 5.6875 inch overall length provides reach and leverage for bench and field use
• Diamond tweezer construction for firm, slip-resistant grip on small parts
• Lightweight design suitable for extended precision work sessions

Compatibility

General-purpose precision hand tool suitable for use in electronics, HVAC controls service, instrumentation, and light assembly applications requiring a non-magnetic broad point tweezer.

Installation Notes

No installation required. This is a handheld tool used for component manipulation during service or assembly work. When working around live electrical circuits or sensitive electronics, follow applicable NEC guidelines and ensure circuits are de-energized before handling internal components. Store with tip protection in place to preserve tip geometry and prevent damage.