1430 ESD Kraftform Micro adjustable torque screwdrivers (0.02-0.11 Nm) with quick-release chuck, 1430 ESDx0.02-0.06, Wera

Torque tool with adjustable torque of 2.0 to 6.0 cNm (accuracy +/- 10%). Compact handle/interchangeable blade system for torque controlled precision screwdriving. The Kraftform Micro ESD torque screwdriver is ideal for torque controlled jobs on electrostatically-susceptible components. Suitable for the take-up of bits with 4 mm halfmoon drive (Wera series 9) and 4 mm HIOS drive (Wera series 21). Tamperproof. Distinct audible and perceivable excess load signal when the pre-set torque value is reached. Unlimited manual loosening torque. Electrical surface resistance of ≤ 10⁹ Ohm for secure protection against electrostatic charge. Manufactured in accordance with DIN EN 61340-5-1. Handle/Interchangeable blade system for rapid blade change. Kaftform Micro handle with twist cap and free-turning zone for rapid twisting, making any time-consuming repositioning of the fingers unnecessary. Power zone with integrated soft zones for the transfer of higher tightening and loosening torque. Precision zone directly above the blade for the right angle for adjustment work. Rapid fixing of the bit: just push the bit into the insert for automatic locking and a secure fit. To change the bit, simply push the sleeve forward and remove. Free-turning sleeve for simple guidance of the tool during the screwdriving process. Bits suitable for manual as well as power tool operations with electric screwdrivers (e.g. HIOS, Delvo, Sehan). Applications for example on smartphones, cell phones, cameras, electrical appliances, in dental labs and dental surgeries.
Application:Suitable for bits with 4 mm Halfmoon drive (and Wera Serie 9) and 4 mm HIOS drive (and Wera Series 21)
Design:With quick-release chuck for rapid bit change
Accuracy:± 10%. Numerical torque value scale, audible excess
Adjustable Kraftform Micro ESD torque screwdriver with quick-release chuck
ESD-safe tool thanks to surface resistance of ≤ 10⁹ Ohm
Distinct audible and perceivable excess load signal when the pre-set torque value is reached
Applications e.g. on smartphones, mobile phones, cameras, electronic equipment