Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.
1～30 item / All 38 items
It features an easy-to-grip soft finish handle and is designed to be very lightweight.
When torque is reached, the internal structure of the handle slips, directly contributing to the improvement of product quality and preventing issues such as screw breakage.
Digital Torque Driver for High-Speed Precision Screw Tightening
Equipped with newly developed HPS technology, high-speed and high-precision screw tightening is possible. Torque settings can be configured based on actual torque values rather than current values. With the optional touch panel controller, it is possible to display the set torque and the completed torque. Easy integration with desktop robots and scara robots. Custom solutions tailored to the workpiece and screws are also available. Up to 16 types of programs can be set, allowing torque settings to be configured for each point in combination with the robot. *For more details, please refer to the PDF document or feel free to contact us.
Direct reading dial scale for measuring small torque.
■Features - For micro torque testing. - Ideal torque driver for inspecting tightened small screws and the starting torque of motors. - Accurate torque measurement can be achieved with the torsion bar type torque detection mechanism.
Adjust the free rotation torque, and when you tighten it with a click, both the torque and the number of tightenings will be perfectly recorded.
● Upper and lower torque settings OK! Notification of set values via buzzer and LED lamp ● Data memory for 400 entries; data can be output to USB memory ● Convenient rechargeable battery operation! Additionally, safe operation with auto power off ● Real-time data output allows for various torque tests as well
Adopts a collet chuck method to securely hold the bit. Demonstrates power in tightening tiny screws.
● It will free spin when the set torque value is reached, allowing anyone to tighten screws with precision. ● A super compact free-spinning torque driver that can tighten screws of precision instruments with accurate torque values. ● A collet chuck system that securely holds the bit, preventing bit drop and loss. ● Slim and lightweight design, making it comfortable to use even for detailed tasks. ● Ideal for assembling small precision machinery such as watches, cameras, medical devices, electronic devices, mobile phones, and mobile equipment. ● The tightening direction can only be used in the right rotation. ● It will free spin when the set value is reached. ● Capable of tightening with ultra-micro torque of 1/1000 of 1N·m. ● Perfect for small precision devices such as watches, cameras, and medical equipment. ● Securely fixed with a dedicated MB type bit collet chuck system. ● Load direction: Right. ● Accuracy: ±3%.
Low torque digital torque driver, separate type (0.20–50.0 mN-m) 1m / Model number M428WIS-RL005-L1S
It manages torque measurement more advancedly in conjunction with computers and PLCs. Various screw tightening tests, final checks of tightening, and storage of tightening data, etc. Inspection of tightening and loosening torque of screws, etc.
Pursuing usability for tools used in inconvenient locations! Compatible with cable diameters up to φ5.5mm.
This product is a torque driver for SMA connectors, suitable for high-frequency (RF) switches where the pitch is narrow and where a torque wrench cannot fit due to space constraints. The notched head allows for rotation even in tight pitch areas like the connector nut, avoiding interference with the cable. 【Features】 - Designed to be as thin as possible to minimize interference with adjacent connectors. - Accommodates cables up to φ5.5mm. - A short bit length type is also available for improved operability. - It slips when the specified torque is reached, preventing connector damage and insufficient tightening. - The nut engages every 30°, ensuring good workability. *For more details, please refer to the PDF document or feel free to contact us.
![Digital Torque Driver "DID-05" [*Demo unit available for loan*]](https://image.mono.ipros.com/public/product/image/659/2000454450/IPROS12818638771571702849.jpeg?w=280&h=280)
Body weight approximately 180g! A lightweight and compact digital torque driver for measuring small torque!
The "DID-05" is a digital torque driver for measuring micro-torque. It is suitable for torque checks on small screws ranging from M0.8 to M2.0, as well as for checking the starting torque of rotating bodies such as volume controls and hinges. To minimize the influence of applied force, the body weight has been reduced to approximately 180g. It is designed to be cordless and easy to operate. 【Measurement Range】 2.0 to 500.0 mN·m / 0.20 to 50.00 cN·m 【Features】 ■ Equipped with "Pass/Fail Judgment Function" By setting upper and lower limits, you can confirm pass/fail judgments within the specified range. Up to 5 sets of settings can be saved. ■ Equipped with "Screw Tightening Counter Function" Records the number of screws tightened to prevent forgetting to tighten or insufficient tightening. ■ Memory Data: 800 entries ■ Connectable to a Computer Standard USB (Type B) data output allows for easy connection to a computer for data saving. *For more details, please refer to the PDF document or feel free to contact us.
![[Special Specification Version for Data Output] Free Spinning Digital Torque Driver](https://image.mono.ipros.com/public/product/image/2e0/2000513317/IPROS76602822013439581213.png?w=280&h=280)
The newly updated digital torque driver "NDID-150CN" with data output has arrived! Data output via RS232C and wireless is now possible!
The NDID-150CN is a digital torque driver with a free rotation feature that can record torque and the number of tightenings. We are pleased to announce the new models, NDID-150CN-RS and NDID-150CN-WR, which have changed the data output to RS232C and wireless, respectively. ■ RS232C Output Specification: NDID-150CN-RS - Dsub9 pin RS232C output specification - Connect to an RS232C cable to output measurement data directly to a computer or PLC. Real-time measurement data management is possible. ■ Wireless Output Specification: NDID-150CN-WR - Supports data output via a wireless module - Using a wireless module, measurement data can be output wirelessly to a computer or PLC. * The wireless module is sold separately. To use wirelessly, you will need to purchase both a transmission and a reception wireless module. * For more details, please refer to the PDF materials or feel free to contact us.
Torque driver for SMA connectors
It is a torque driver that can tighten even SMA connectors with a narrow pitch with precise torque.
It can rotate even in the narrow pitch area! A level up in satisfaction.
The SMA connector torque driver KTD-A150/KTD-A100 features a notched head that fits over the cable to engage with the connector nut, allowing rotation even in tight spaces like switch areas. It slips when the specified torque is reached, preventing damage to the connector and insufficient tightening (torque accuracy ±3%). The nut engages every 30°, providing excellent workability. The plating on the tip bit is treated with heat to achieve a hardness of HV900 or higher, offering exceptional impact resistance and wear resistance. Designed for use in inconvenient locations for torque management, the tool prioritizes usability. The refined shape and polished finish, crafted by a metalworking artist, provide a higher level of user experience and satisfaction. For more details, please contact us or refer to the catalog.
Wrench-type torque driver!
The "Torque Driver M Series for SMA Connectors" is a torque driver that can be used with cables that have thicker parts (such as sleeves) than the nut section of the connector. It is effective in situations where access is possible from an angle, and where "just about any accuracy is acceptable in a very tight space." It accommodates cable diameters up to Φ5.5mm. Custom orders are also available, and we can provide calibration and products made in Japan, so please feel free to consult us if you have any requests. 【Features】 ■ Wrench type ■ Accessible from an angle ■ Effective in very tight spaces where "just about any accuracy is acceptable" ■ Usable with cables that have thicker parts than the nut section of the connector *For more details, please refer to the catalog or feel free to contact us.
Output torque (N·m) is 0.05 to 0.5, the starting method is lever, and the rotational speed (r.p.m) is 100 to 1000!
The "SNT-CSM1 Series" is a twin-sensor servo driver for micro-torque applications. It monitors the tightening process and graphs torque, angle, time, and rotational speed. You can check the tightening process with waveform diagrams. Since the data is saved, it is also possible to view past data. The product weighs 465g, has a total length of 210mm, and a power consumption of 90w. 【Features】 ■ Torque transducer type ■ Equipped with angle encoder ■ DC servo motor ■ Process management with JOB ■ Poka-yoke function *For more details, please download the PDF or feel free to contact us.
Simply set the desired torque value, and all parameters will be automatically configured.
【Issue】 I am using a current control driver from another company, but the settings are complicated and I couldn't master it quickly. 【Solution with Tekunart's Driver】 If it's just about tightening screws, the setup is simple, and you can start using it from the day you buy it. Tekunart's torque driver allows you to set the tightening torque, and it automatically configures detailed parameters such as rotation speed and seating torque, significantly reducing the initial setup effort. Additionally, you can easily customize parameters using dedicated software.
Achieving miniaturization of devices with Tekunart's narrow pitch compatible driver.
【Issue】 The only option for tightening screws with a narrow pitch is to use a universal joint to bring the axis closer, which results in the equipment becoming larger. 【Solution by Tekunaut's Driver】 Tekunaut's drivers come standard with models that support narrow pitch, so simply lining up the drivers allows for the automatic screw tightening machine to be downsized and cost reduced. If it is difficult to accommodate with standard specifications, customization of the drivers can be done according to the customer's preferences.
For torque management in locations where continuous work and reading scales are difficult!
This is an introduction to our "Preset Torque Driver." The measurement scale is only in cN·m (1 N·m = 100 cN·m). When the set torque is reached, the grip will rotate approximately 90° with a click sensation. The bits are magnetic and detachable, and bits with a shaft-to-flat size of 6.3 mm, such as those for plate ratchet interchangeable screwdrivers, can be used. 【Features】 ■ Driver-type torque wrench for small torque ■ Measurement scale is only in cN·m ■ When the set torque is reached, the grip will rotate approximately 90° with a click sensation ■ Measurement accuracy is ±6%, meeting ISO standards ■ Bits are magnetic and detachable, and bits with a shaft-to-flat size of 6.3 mm, such as those for plate ratchet interchangeable screwdrivers, can be used *For more details, please refer to the PDF document or feel free to contact us.
It automatically slips when the set torque is reached, preventing over-tightening.
The torque setting value can be checked on the scale, making it easier to perform the setting work. It is suitable for tasks that require consistent torque management, such as electrical and electronic equipment, precision instruments, and machine assembly.
A series of torque gauges for measuring small torques from 0.5 mN·m to 150 cN·m.
Handheld torque gauge for measuring small torques, with a three-jaw chuck at the tip. The scale on the side of the main body is equipped with a standard pointer.
![Digital Torque Driver "DID-4" [*Demo unit available for loan*]](https://image.mono.ipros.com/public/product/image/de7/133103001/IPROS69261248100252286877.jpeg?w=280&h=280)
Streamline quality control and verification tasks! A digital torque driver that supports tightening screws and bolts as well as final checks!
The "DID-4" is a torque driver suitable for managing the tightening torque and loosening torque of screws and bolts. In addition to its lightweight and compact design, it is cordless, enhancing operability. It allows for stable measurements even during long hours of work. Equipped with convenient features such as pass/fail judgment function and screw tightening counter function, it enables efficient work. 【Measurement Range】 0.020 to 4.000 N·m 【Features】 ■ Equipped with "Pass/Fail Judgment Function" By setting upper and lower limits, you can confirm pass/fail judgment within the specified range. Up to 5 sets of settings can be saved. ■ Equipped with "Screw Tightening Counter Function" It records the number of screws tightened, preventing forgetting to tighten or insufficient tightening. ■ Memory Data: 800 entries ■ Connectable to a computer Standard USB type (B) data output is equipped, making it easy to connect to a computer for data saving. *For more details, please download the catalog or contact us.
No worries about over-tightening with the free-spinning type! The perfect torque driver for tightening screws and bolts and for final checks!
The "NDID-150CN" is a digital torque driver that allows for the adjustment of free-running torque. When performing tasks by hand, there can be variations in torque tightening, often requiring time for verification checks. The free-running digital torque driver "NDID-150CN" allows you to adjust the free-running torque, and once tightened with a click, both the torque and the number of tightenings are accurately recorded. Once the specified torque value is reached, the clutch automatically disengages, allowing for free rotation, so there is no worry about over-tightening. 【Features】 ■ Adjustable free-running torque ■ Records peak torque data and torque fluctuation data ■ Compact and smart form with excellent functionality ■ Equipped with a "screw tightening counter function" that records the number of screws tightened, preventing forgetfulness or insufficient tightening. ■ In addition to the main unit memory (up to 400 entries), data can also be saved to USB. *For more details, please refer to the PDF document or feel free to contact us.
Can rotate even in narrow pitch areas! A torque driver of a higher level.
The "Torque Driver for SMA Connectors" is a torque driver designed for SMA connectors, featuring a notched head that fits over the cable and engages with the nut. It is heat-treated with nickel boron, giving the tip bit a surface hardness of HV900 or higher, which provides excellent impact resistance and wear resistance. Since it engages with the nut at 30° increments, it offers good workability, and when the specified torque is reached, it slips to prevent damage to the connector or insufficient tightening. 【Features】 ■ Made in Japan ■ Torque accuracy ±3% ■ Fits the nut ■ Compatible with cables up to φ5.5mm ■ Refined shape and polish by a blacksmith *For more details, please refer to the catalog or feel free to contact us.
Adopting an easy-to-read wind scale for measurement values! Torque driver exclusively for clockwise rotation.
The "MTD6-1405N" is a torque driver that features an easy-to-read wind scale for torque value settings. It comes with an easy-to-hold resin grip and a user-friendly sliding T-handle, and when the set torque value is reached, the grip will free spin. 【Features】 ■ Utilizes a wind scale ■ Designed for clockwise rotation only ■ Features an easy-to-hold resin grip ■ Compatible with both sockets and bits ■ Measurement accuracy is ±6% according to ISO standards ■ Includes a 6.35mm hex bit adapter Price: ¥13,400 *For more details, please refer to the PDF document or feel free to contact us.
Display data on the monitor for each screw tightening operation. It can be used for manufacturing history management, statistical processing, and more!
Display data on the monitor for each screw tightening operation. It can be utilized for manufacturing history management, statistical processing, and more! The "Real-Time Monitor" function captures the "screw tightening data" and "screw tightening current waveform" sent by the "TN501" and "TN601" controllers in real-time to the PC for display. By saving all "screw tightening data" and "screw tightening current waveforms" obtained by the "Real-Time Monitor" as files, it can be used for manufacturing history management and total processing. <Features of the Controller> ● "Screw Tightening Evaluation" for prototype processes ● "Manufacturing History Management" (Traceability) for mass production screw tightening processes ● "Cause Investigation" when screw tightening defects occur For more details, please contact us or download the catalog.
![[Case Study] Solving the challenges of torque drivers! I want to detect screw float.](https://image.mono.ipros.com/public/product/image/c44/2000220533/IPROS74461950783903791697.jpeg?w=280&h=280)
Equipped with sensors in the driver tool, detecting screw float!
【Issue】 The detection of screw loosening relied on visual inspection. 【Solution Result】 With Teknat's torque driver, it was possible to monitor the screw tightening process and detect abnormalities. Additionally, models equipped with a screw loosening detection mechanism could identify screw loosening through sensors. 【Key Points】 ● Teknat's torque driver comes standard with a screw tightening monitoring function in its controller. ● Models equipped with a screw loosening detection mechanism are also available in the lineup. For more details, please contact us or download the catalog.
Achieving high-speed and high-precision screw tightening contributes to improving the quality of automobiles.
In the automotive industry, product quality and safety are the top priorities. In particular, the tightening of screws during vehicle assembly directly affects the strength and durability of the components, making it a critical process that influences quality. Improper screw tightening can lead to abnormal noises and component detachment, potentially causing serious accidents. Our high-speed precision digital torque driver for screw tightening addresses these challenges through high-precision torque management, contributing to improved automotive quality. 【Application Scenarios】 - Screw tightening operations on automotive manufacturing lines - Screw tightening inspections in quality control departments - Screw tightening during prototype development stages 【Benefits of Implementation】 - Improved quality of screw tightening - Reduced work time - Decreased defective products - Enhanced assembly accuracy
Contributing to weight reduction in the aerospace field with high-speed, high-precision screw tightening.
In the aerospace industry, reducing the weight of components is a critical challenge. Lightweight and high-strength parts are essential for improving the fuel efficiency and performance of aircraft. Low precision in screw tightening can compromise the strength of components, making it difficult to ensure safety. Our high-speed precision digital torque driver for screw tightening enhances the reliability of lightweight components through high-precision torque management. 【Usage Scenarios】 - Manufacturing of aircraft and spacecraft - Assembly of components that require weight reduction - Areas that require high-precision screw tightening 【Benefits of Implementation】 - Improved quality of components through high-precision screw tightening - Maximizing the performance of lightweight components - Reduction of work time and increased efficiency
Digital torque driver that achieves high-speed and high-precision screw tightening.
In the field of robotics, there is a demand for the efficiency and quality improvement of assembly processes. In particular, screw tightening operations are a crucial process that affects the reliability of products, and precise torque management is essential. Inadequate torque management can lead to a decline in product performance or failure. Our high-speed precision digital torque driver for screw tightening achieves fast and accurate screw fastening, contributing to the efficiency of the assembly process. [Usage Scenarios] - Integration into desktop robots - Integration into SCARA robots - When torque settings are needed for specific points [Benefits of Implementation] - Reduction in work time due to high-speed and high-precision screw fastening - Improvement in product quality due to enhanced torque management accuracy - Flexible response with up to 16 program settings
Digital torque driver that achieves high-speed and high-precision screw tightening.
In the telecommunications equipment industry, the precision of screw tightening is crucial to ensure product reliability. Particularly in equipment exposed to vibrations and temperature changes, loose screws or insufficient tightening can lead to product failures. Our high-speed precision digital torque driver for screw tightening addresses these challenges through high-precision torque management. 【Application Scenarios】 - Assembly processes for telecommunications equipment - Screw tightening inspections in quality control departments - Integration into desktop robots and SCARA robots 【Benefits of Implementation】 - Improved quality of screw tightening - Enhanced product reliability - Increased work efficiency
