Tightening tools - Import export

Error Proofing Takes a Giant Leap Forward The Exacta Series of Radio Equipped Digital Torque Wrenches is the final piece in connecting all the torque application and data about every hand tool tightened fastener in your assembly. We have different Exacta digital wrenches to work with the Global Series of Process Monitors/Controllers. Learn more about how these nearly indestructible yet sophisticated torque application measuring tools can add value to your assemblies. The 1200 Series Exacta 2 Digital Torque Wrench has earned the reputation of being the hardest working, most accurate, reliable and durable digital wrench on the market. That reputation is built on much more than the ± 1% Indicated Value accuracy. The 1200 Series Exacta 2 pairs with the Global 400 and Global 400mp only. It does not communicate or pair with the Global 8. Note: The 1200 Series Exacta 2 Digital Torque Wrench is engineered to work with the radio in function mode. It will not perform without the radio...

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

Ideal for tightening verification assembly processes. Pokayoke (error-proofing) marking torque wrench. Lets you make direct visual checks for bolt tightening errors. When the adjusted torque value is reached and the wrench clicks, the bolt head is marked. So tightening and marking is done in a single operation. Marking is not done until set torque is achieved. Marking stays on by use of quick dry ink. Ink cartridges can easily be installed in the special socket wrench. One cartridge filling is sufficient for appr 3000-5000 stamping processes. Height of the stamp is adjustable (±5 mm). Setting torque can be operated by an attached hex key to avoid torque change by human mistake. The set torque is visible via a small scale window in the handle. The torque adjustment hex key is a standard accessory. Version MPQL: Pre-Lock type with scale; allows adjustments of the tightening torque on the tool. The set torque is visible via a small scale window in the handle.

Digital Power Tool Tester with Pulse Counter Management of tightening screws begins on checking fastening tools. YET testers are designed for high precision torque control of mainly impulse type tightening tools. Also usable for angle nutrunners, screw drivers, ratchet wrenches etc. However impact wrenches can be tested also, you should not exceed approx. 2/3 of the testers rated capacity. Install the YET torque tester in a tool maintenance shop, test laboratory, or at production lines for effective control of fastening such as acceptance inspection, periodical check and torque adjustment. YET torque testers feature a parallel centronics printer port and a serial RS-232C computer interface enabling simultaneous protocol as well as external data recording. Key Features: High accuracy within R.O. ± 0.5 % (stat. Load) Large digital display (LED) Measuring time can be set by every 0.1 sec within 9.9 sec. Shut-off time can be set 1-2-3 sec.

The wing nuts can be tightened and (generally) loosened tool-free. Drawing reference: DE = German style similar to DIN 315 AM = US style

The double-sided clamp straps are ideal for series clamping. For special applications, the clamping flange can be replaced with another clamping flange by loosening the clamping screw. The clamping flange must always have a contact point on both sides. Functional principle: 1. Use a hand-held or electric tool to tighten the hexagon head bolt (make sure that the maximum tightening torque is not exceeded). When clamping, the clamping flange automatically turns by quarter of a rotation and starts the clamping stroke. 2. Use reverse procedure to loosen the hexagon head bolt. The clamping flange automatically returns to its starting position (the set screw can be used to change the position of the clamping flange). Drawing reference: 1) Hexagon head bolt 2) Slotted round nut 3) Set screw