Green Leather Shaft AntiStatic IC Puller and Keycap Puller Overview This stainless steel puller set is designed for safe, precise removal of ICs and keycaps from mechanical keyboards and electronic circuit boards. The AntiStatic design helps protect sensitive components from electrostatic discharge while the sturdy construction and ergonomic handle provide reliable control during maintenance tasks. Key Benefits Protects components: AntiStatic design helps reduce the risk of electrostatic discharge when removing ICs and switches. Precise and stable grip: The keycap puller features a handle with two steel loopings that catch and hold keycaps securely for smooth extraction. Durable and easy to use: Made from stainless steel for longevity and simple handling during repeated use. Versatile for multiple tasks: Suitable for routine keyboard cleaning, chip replacement, and general electronic device maintenance. Features Material: Stainless steel for corrosion resistance and long term use. Handle design: Ergonomic handle with two steel loopings for secure keycap removal. AntiStatic IC puller: Designed to minimize electrostatic risk while extracting integrated circuits. Easy handling: Compact sizes and lightweight construction for controlled, precise removal. Sizes and Options Length options approximate: 4 cm 1.57 inch, 10.4 cm 4.09 inch, 17.1 cm 6.73 inch. Option types available: 1pc Keycap Puller, 1pc IC Puller, 1pc Long Keycap Puller, 1pc Green IC Puller. Color: Green Leather Shaft option available. Package Variants Package 1 includes: 1pc IC Puller Package 2 includes: 1pc Keycap Puller Typical Use Scenarios Mechanical keyboard maintenance: Remove keycaps and switches for cleaning or replacement without damaging caps or switches. Circuit board : Extract ICs for testing or replacement while reducing electrostatic exposure. Electronics hobby projects: Disassemble modules and components during prototyping and work. Notes Length measurements are approximate. Please allow 1 mm tolerance due to manual measurement. Actual item color may vary slightly due to differences in monitor displays.