Value Collection 10101-SS Diamond Tweezer Medium Point

Product Description

The VALUE COLLECTION 10101-SS is a stainless steel diamond tweezer designed for precision gripping and manipulation of small components. The medium point tip provides a balance between fine control and gripping surface area, making it suitable for electronics assembly, laboratory work, and general precision handling tasks. At 5-11/16 inches overall length, it fits comfortably in the hand while keeping fingers clear of the work area. The stainless steel construction resists corrosion and tolerates repeated cleaning with solvents or autoclave sterilization in applicable environments.

This tweezer is suited for use in electronics repair, watchmaking, jewelry work, laboratory settings, and light industrial inspection tasks. The medium point tip style handles a wide range of component sizes, from small hardware and wire leads to delicate parts that require controlled placement. It is appropriate for bench technicians, quality control inspectors, and field service professionals who need a reliable, general-purpose precision hand tool.

Key Features

• Stainless steel construction for corrosion resistance and durability
• Medium point tip for versatile precision gripping across a range of component sizes
• 5-11/16 inch overall length keeps hands clear of the work area
• Diamond tweezer pattern provides enhanced grip on small or smooth parts
• Single-piece construction with no fasteners or moving parts to loosen over time

Compatibility

Designed as a general-purpose diamond-pattern tweezer suitable for electronics, laboratory, jewelry, and light industrial precision handling applications.

Installation Notes

No installation is required for this hand tool. Before use in static-sensitive environments, verify whether an ESD-safe tool is required, as this is a standard stainless steel tweezer without ESD protection. Clean with appropriate solvents or wipe with isopropyl alcohol between tasks to prevent cross-contamination. Do not use to handle components beyond the grip capacity of the tip, as overbending the tines can permanently deform the tip geometry.