Sliding Pin Vise Hand Drill, AntiSlip Professional Handheld Model Hobby Tool Watch Repair Tool for Wrapping Jewelers Drill, Red

Product Information

About this item

• 【Ergonomic Design】: The handle features an antislip design, providing a comfortable grip and ease of use during intricate repair work
• 【Versatile Functionality】: Ideal for handling various small components without causing damage to the main body, this vise hand drill is great for precision tasks in watchmaking, jewelry making, and repair
• 【Material】: Crafted from premium aluminum alloy, this watch repair tool ensures durability and longevity, making it a reliable choice for watch repair tasks
• 【Compact Size】: With a length of approximately 11.3cm, this hand pin vise is conveniently sized for easy handling and storage in any toolkit or workspace
• 【Essential Tool for Watchmakers】: A must have accessory for professional watchmakers and hobbyists alike, ensuring efficient and accurate repairs time

Product Description

Description: - 【Material】: Crafted from premium aluminum alloy, this watch repair tool ensures durability and longevity, making it a reliable choice for watch repair tasks - 【Ergonomic Design】: The handle features an antislip design, providing a comfortable grip and ease of use during intricate repair work - 【Versatile Functionality】: Ideal for handling various small components without causing damage to the main body, this vise hand drill is great for precision tasks in watchmaking, jewelry making, and repair - 【Compact Size】: With a length of approximately 11.3cm, this hand pin vise is conveniently sized for easy handling and storage in any toolkit or workspace - 【Essential Tool for Watchmakers】: A must have accessory for professional watchmakers and hobbyists alike, ensuring efficient and accurate repairs timeSpecification: - Material: Aluminum Alloy - 11.3cm/4.45inchSize Chart:Red: with Hole DesignGray: without Hole DesignPackage Includes:1 Watch Repair Pin Vise Hand DrillNote:Please allow slightly errors 1-2cm/0.39-0.79inch differences due to manual measurement.