Apply to the production, installation, transfer and other purposes of the sensitive components

Plastic tweezers, overall thickened, precise clamping, complete models.

Wide range of applications, can pick up hair, fine thorns and other fine items, etc. Picking bird's nest hair, manual DIY, small parts repair, mobile phone repair, computer repair, integrated circuit repair

Made of high-strength plastic material, light and compact, easy to use

The tweezers are thickened as a whole, with strong compression and wear resistance, and the thickness reaches about 2~2.5mm

Comfortable to hold and ergonomically designed, the appearance is smooth and elegant, and it feels easy and comfortable to use.

 What Are Electronic Tweezers?

Electronic tweezers are specialized hand tools designed for handling small, delicate electronic components such as SMD (Surface-Mount Devices), resistors, capacitors, ICs, and microchips. They offer precision, anti-static protection, and fine control, making them indispensable in electronics manufacturing, repair, and laboratory settings.

They are often:

• Anti-static (ESD-safe)

• Non-magnetic

• Heat and chemical resistant

• Made from materials like stainless steel, ceramic, or carbon fiber

 Key Features of Electronic Tweezers

 Types of Electronic Tweezers

1. Manual Electronic Tweezers

• Common in labs and repair shops

• Made from stainless steel, ceramic, or plastic composites

• Tip types:

• Straight tip: General use

• Angled tip (45° or 90°): Access tight or recessed areas

• Fine-point: Handle micro-components

• Flat/blunt: Grasp larger items without damage

2. ESD-Safe Tweezers

• Surface resistance: 10⁵ – 10¹¹ ohms

• Discharge static safely to prevent damage to sensitive components (e.g., CMOS chips)

• Marked with ESD labels (e.g., yellow triangle)

3. Smart/Electrical Measurement Tweezers

• Combine tweezers with built-in LCR meters (measuring inductance, capacitance, resistance)

• Often used for:

• Identifying SMD components

• Troubleshooting circuits

• Component sorting

4. Vacuum Tweezers

• Use suction instead of mechanical grip

• Suitable for non-contact handling of fragile components (e.g., lenses, wafers)

 Materials Used

 Applications of Electronic Tweezers

• Electronics assembly and rework

• SMD soldering/desoldering

• Repair of mobile phones, tablets, laptops

• Cleanroom operations

• Microscope-based manipulation

• Biomedical labs (e.g., DNA chip handling)

• Electronics testing (for smart tweezers)

ESD Safety in Electronic Tweezers

Why ESD Protection Is Critical:

Static discharge as low as 30 volts can damage sensitive electronics. ESD-safe tweezers:

• Prevent static buildup between fingers and component

• Dissipate charge through the tool to a grounding system if properly handled

Look for tweezers with surface resistance between 10⁶ to 10⁹ ohms.

 Maintenance Tips

• Clean with alcohol or ESD-safe cleaners after use

• Inspect tip alignment and sharpness regularly

• Replace worn tips to avoid component damage

• Store in anti-static holders or containers

Accessories for Electronic Tweezers

• Anti-static tool holders

• Magnifiers or microscope mounts

• Temperature-resistant handles

• Replacement tips

• Vacuum pickup accessories (for SMDs)

 Benefits of Using Electronic Tweezers

• Precise and safe handling of delicate parts

• Reduce risk of ESD damage, contamination, and component crushing

• Improve speed and reliability in micro-assembly

• Essential for fine soldering, chip placement, and circuit troubleshooting

 Summary Table