Torque Screwdriver with reversible digital display Tohnichi's digital screwdriver STC2-G is ideal for controlled screw tightening or inspections. Manual screw tightening always represents a risk because fasteners are often overloaded and a fracture hazard. This risk is minimized by the torque screwdriver with LED indicator ring and reversible display. The STC2-G is powered by a Li-Ion battery pack that allows a continuous use of up to 30 hours. Available measuring units are cN·m, kgf·cm, Lbf·in, and ozf·in. Up to 1000 readings can be stored in the internal memory. The display of STC2 -G can be reversed, whereby the reading from the respective viewing angle is greatly facilitated. This increases the reliability of results and ease of use. Key Features Accuracy ± 1% Track or Peak mode in both directions 3-colour LED indicator ring shows torque status Memory for up to 1000 readings USB interface for data export 1/4“ hex insert for bits and adaptors acc. to DIN 3126 E6.3
ZEMO VERTRIEBS GMBH
Germany
Tohnichi's FTD-S series torque screwdriver is ideal for inspecting tightened screws. With bi-directional scale plate, it can be used for both retightening and loosening torque testing methods. Memory pointer captures peak torque. Model FTD8N-S and FTD16N-S comes with auxiliary tightening tool ("T-Grip") as standard accessory. Applicable for international use including the EU region. Compliant with calibration procedures of ISO 6789 Type I Class D. Key Features: - Bi-directional scale - Peak Torque indication via Memory Pointer - Coloured dial plate - Accuracy and calibration compliant to ISO 6789 type I class D - Tool insert 1/4 inch Shipping List: - Screwdriver FTD-S - Traceable Calibration Certificate (ISO/JIS) - Operating Manual Options: - Models with metric scale (gf·m, kgf·m) on request. Related Products Insert Bits with 1/4“ hex drive acc. DIN 3126 E6.3
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Germany
When the set torque is reached, the rotary slip clutch is activated. At the same time, a signal that it has been fully tightened is transmitted by radio. The LED "feedback" system lights up in the handle blue for OK, red for NG. An R-CM receiver (successor to the R-FH256) can recognise the IDs of up to four torque tools. However, simultaneous transmissions are not supported. By using it, a "Poka Yoke" error prevention system can be easily implemented. Using the optional SB-FH2 setting box and setting software, communication settings for R-CM can be easily executed (wireless). The R-CM receiver can control the number of tightening operations of a torque spanner or torque screwdriver. The RTDFH / RNTDFH wireless screwdrivers comply with the telecommunication standards in Japan, the USA, Malaysia, Thailand, Taiwan, Mexico, Vietnam, China, the EU, South Korea, Russia and India (information status June 2021).
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Germany
Tohnichi's AMRD series torque screwdriver provides same features as series RTD, except designed for tightening small screws. Thereby this model is ideal for assembly of watches, precision electronic equipment, computer, etc. Via micrometer scale torque can easily and quickly be adjusted. Index finger holding feature allows the operator to tighten with precise movements. Upon reaching the set torque, it clicks to signal tightening is complete. Integrated rotary clutch mechanism reliably prevents over-torque. Key Features: - Accuracy and calibration compliant to ISO 6789 type II class D - Micrometer adjustable - Clockwise direction - Click signal - Rotary clutch - Calibration certificate (ISO/JIS) incl. Options: - Counterclockwise tightening model available on request. - Optionally available in metric (gf·cm) or in english units (lbf·in, ozf·in).
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Germany
Adjustable Torque Screwdriver with Digital Scale. The Mountz FGA adjustable cam-over torque screwdriver is an error-proofing tool that allows engineers to reduce the risk of over-torque on their assembly lines in production environments with critical fasteners often found in electronics, aerospace, and automotive manufacturing. Torque range suitable for micro, low, and medium torque applications. Using a clutch mechanism, cam-over tools prevent the operator from applying too much torque to the fastener - preventing over-torque events, broken components, costly product returns, and safety risks. Cam-over technology reduces the possibility of operator error in both fastening directions, which ensures correct torque is applied and prevents fastener breakage. Providing the operator with an adjustable tool provides flexibility where torque values may need to be adjusted on demand, like maintenance, field service, and research applications.
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