Disposable Latex Finger Cots for Watch Repair

Key Features

• Disposable Fingertip Covers — They are practical and disposable, so you can discard each cot after a task instead of cleaning it for reuse.
• Easy to Put On — They go on and come off easily, so you can swap a cot between steps.
• Mess Barrier — They help protect your fingers from mess and contamination while you handle small parts.
• Industrial Work Range — They are suited to micro-electronics, computer, semiconductor assembly and chemical industry work.
• Compact Size — Each cot measures about 0.79 × 0.79 × 0.08 in, a small footprint for covering one fingertip.

Product Specifications

• Color: White
• Size: 0.79 × 0.79 × 0.08 in
• Weight: Approx. 0.65 g per piece
• Recommended Uses For Product: Disassembly and assembly
• Compatible models: Watchmaker

What It Is / How It Works

Finger cots are small disposable covers that sit over a single fingertip.

Who It's For / Use Cases

Watch repair technicians and hobbyists who handle small movement parts often use finger cots for each job. Electronics assemblers and anyone doing light disassembly and assembly work can use them in the same way, one cover per fingertip.

How to Use / Care

1. Use them to protect your fingertips during disassembly and assembly work.

How to Choose

Start with fingertip size. Compare the size row in Product Specifications with the finger you plan to cover, since a cot that is too small is hard to put on and one that is too large can slide. Count how many you need for the task, because finger cots are meant to be discarded after use.

Frequently Asked Questions

Are they disposable?
Yes. They are practical and disposable, so you can discard each cot after a job instead of reusing it.

How big is each cot?
Product Specifications gives the size as about 0.79 × 0.79 × 0.08 in, or approximately 2 × 2 × 0.2 cm.

How much does one piece weigh?
Each piece weighs approximately 0.65 g.

What color are they?
They are white, and the brand is OAKCHARM.

What are they used for?
They are widely applied in micro-electronics, computer, semiconductor assembly and chemical industry work. The stated use is disassembly and assembly.