Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
16～30 item / All 869 items
No more searching around for Torx screws that have fallen on the floor or gotten lost between parts!
The stainless steel retainer spring "Magic Spring" securely holds the Torx screws.
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.
Comprehensive catalog of bee-hive tools and screw thread repair tools. High quality and innovative technological capabilities.
This is the comprehensive catalog of Beha work tools and thread repair tools from Beha GmbH in Germany. Beha GmbH has a history of over 70 years and is a leading manufacturer in Europe of screwdrivers, hex keys, Torx® wrenches, screwdriver bits, hammers, pliers, and nippers. In recent years, they have introduced a series of innovative new products and are known as one of the fastest-growing manufacturers of work tools in the world. This catalog features Beha products such as screwdrivers, ESD precision nippers and flyers, insulated screwdrivers, as well as unique work tools and equipment made in Israel and the United States. For a limited time, the catalog is available for free! For more details, please download the catalog or contact us.
A groundbreaking new product: a beehive work tool and screw thread repair tool packed with features!
The "Chamfering & Deburring Tools 2014" is the product catalog of Noga Japan Co., Ltd., a pioneer in tools. It features a variety of products manufactured with high quality and innovative technology, including the "Driver," developed for easy handling according to work conditions, and the durable "Nipper," as well as insulators and other tools. For any inquiries regarding work tools and screw thread correction tools, please feel free to consult us. [Contents] ■ Drivers (Soft Finish, Micro Finish, Wooden Handle, Classic) ■ Drivers (Interchangeable, Auto Bit, Pico Finish, Torque with Magic Spring) ■ Insulated Drivers, Insulated Pliers/Nippers, Insulated Wrenches/Socket Sets ■ Torque Controlled Drivers, Easy Torque, T-Handle Torque Wrenches ■ T-Handles, Wing, Flag, L-Type Wrenches, Pocket Stars, etc. *For more details, please refer to the catalog or feel free to contact us.
[Demo unit available for loan] Model compatible with micro screws (reference screw sizes M0.6 to M1.0) Torque range 0.011 to 0.055 [N·m] supported.
This is the smallest electric screwdriver in the Hi-Matic series, which uses a small motor. By adopting a DC brushless motor, it is an electric screwdriver suitable for high-precision and high-accuracy assembly work. It can tighten and loosen screws in both right and left threads.
You can choose products according to applications such as printed circuit boards, PCs, and cameras. It is also possible to detect errors such as screw loosening and diagonal tightening.
The "SD-F Series" is a precision electric screwdriver specifically designed for automatic machines, utilizing a DC coreless motor, suitable for high-precision assembly work. It can tighten and loosen screws with both right-hand and left-hand threads. Additionally, it is equipped with a shock absorber that reduces impact during bit collisions. There are three types available to choose from based on your application: models for micro screws, models for circuit board screw tightening, and models for self-tapping screws. 【Lineup】 <Micro Screw Compatible Models> ■ Capable of tightening fine screws from M0.6 to M1.0 ■ Two types available: pencil type and automatic machine type <Circuit Board Screw Tightening Models> ■ Compatible with screws sized M1.0 to M3.0 used in printed circuit boards ■ An offset type model is also available for narrow workpieces <Self-Tapping Screw Compatible Models> ■ High-torque model compatible with self-tapping screws M3.0 to M5.0 for through-hole workpieces ■ Monitors diagonal tightening through time and angle management *For more details, please refer to the materials. Feel free to contact us with any inquiries.
[Demo unit available for loan] Self-tapping compatible model (reference screw size M3 to M4) Torque range 0.19 to 1.00 [N·m] compatible.
High torque model for tightening self-tapping screws for through-hole work. This electric screwdriver, equipped with a DC coreless motor, is ideal for high-precision and high-accuracy assembly work. It can tighten and loosen screws in both right-hand and left-hand threads. It is equipped with a shock absorber to reduce impact during bit collisions.
Introducing examples of simultaneous tightening of HDD screws using an offset driver, as well as screw tightening in narrow areas of camera lenses and circuit boards.
Our company offers a range of "precision electric screwdrivers" that can meet various manufacturing needs. We are currently providing a case study document that introduces the usage scenarios of our "precision electric screwdrivers." [Featured Cases] ■ "Offset Type Driver" Achieves simultaneous tightening of screws in products with dense screws, such as HDDs and SSDs. Keeps the outer diameter of the housing small, compatible with a minimum P.C.D. of 12. ■ "Electric Screwdriver with Bit and Tip Cover" Used for tightening screws in narrow areas of camera lenses. Achieves stable screw tightening with special processing that suppresses bit wobble. ■ "Compact Electric Screwdriver" Prevents contact with chip components mounted around the screw holes. *The case studies can be viewed via "PDF Download." Please feel free to contact us for inquiries about other products as well.
Introducing methods that contribute to reducing screw tightening time. Preventing torque overrun with stable torque accuracy.
We are currently offering a document that introduces examples of high-speed screw tightening using our precision electric screwdriver 'HI-MATIC / SD-1500MF' for long screws. By linking this product with the controller "CT-FG," we perform angle-setting screw tightening focused on high-speed rotation until just before seating. From just before seating, we carry out screw tightening with a rotation speed setting according to the torque. This allows for screw tightening with high speed and stable torque accuracy, making it effective for fine screws and long screws over 10mm in length. [Screw Tightening Example] ■ Screw: M3 × Pitch 0.5mm × Length 30mm ■ Set Torque: 0.145N·m ■ Screw Tightening Time: Reduced to approximately 4.2 seconds *For more details, please refer to the PDF document or feel free to contact us.
7 types of insulated screwdrivers (square, flat, Phillips)
Every job ends with tightening nuts and screws. By using precision insulated screwdrivers, you can apply maximum torque properly, ensuring a secure fit without damaging the head. Using blades made of German hardened CMV (Chromium-molybdenum-vanadium) steel minimizes wear. The worst accident to avoid is slipping the screwdriver head during work and making contact with a live conductor. This insulated screwdriver set consists of three types of flat screwdrivers of different sizes, two types of Phillips screwdrivers, and two types of square screwdrivers. It meets insulation specifications of 1,000 Vac / 1,500 Vdc. All screwdrivers are individually tested at 10,000 V. All tools come with a conditional lifetime warranty.
Stepping motor driver. Compatible with SSCNET II and capable of driving 12 axes.
<System Overview> ● The SSCNET II interface card or compatible sequencer directly controls the driver via a high-speed servo network. ● A maximum of 12 axes can be driven with a mix of stepping motor drivers and servo motor drivers on a single network. ● The stepping motor drivers and servo motor drivers can be managed collectively by a higher-level controller. * "SSCNET II" is a servo network proposed by Mitsubishi Electric Corporation. "SSCNET II" is a registered product of Mitsubishi Electric Corporation.
Positioning is possible with an accuracy of within ±1 pulse (0.025 μm).
■Hollow Shaft Stepper Motor: HSME (35 Model / 42 Model) <Features> - Large diameter hollow shaft + high-resolution hollow encoder with 72,000 pulses built-in. - Closed-loop control possible with dedicated driver D3870. - By incorporating a super compact encoder inside the motor, no change in mounting dimensions is required. ■Stepper Motor Driver: D3870 A micro-stepping drive driver that supports full closed-loop control with pulse train input. <Features> - Closed-loop control is possible without changing the upper controller, using signals from the encoder/linear scale. - It has a first-order lag element in response to speed commands from input pulses, which suppresses motor vibration. - Due to the use of stepper motors, there is no micro-vibration when stopped, and the holding force is high, making it suitable for various applications. - It has fewer cumbersome parameter settings compared to servo drivers, making it easy to handle.
RS-485 serial communication model. Due to its simple communication format, software development is possible without special knowledge of networks.
"AE-LINK" is a communication network primarily designed for connecting host computers with control devices such as motor drivers, sensors, and actuators within FA equipment like machine tools, semiconductor manufacturing equipment, and chemical measurement instruments. It eliminates the need for a dedicated controller, reducing system costs and achieving simplified wiring. Changing the number of axes is easy, and the communication protocol is completely open and versatile. For more details, please download the catalog or contact us.
The FPGA adopts a fully digital control multi-axis driver. It achieves cost reduction and increased torque at high speeds. It maximizes the capabilities of the motor.
The "5-phase 2-axis micro-stepping driver AK-BX5210" significantly reduces the number of components by adopting FPGA technology and achieves component standardization through multi-axis configuration. By switching from PAM control to PWM control, it eliminates power transistors, coils, capacitors, and other components used for current control, leading to cost reduction. The PWM direct chopper method provides excellent motor response. With high-function digital control, it can automatically select the optimal excitation state according to the motor's rotational speed, adjusting excitation sequences, analog gain, time constants, and achieving increased torque in high-speed ranges. For more details, please download the catalog or contact us.
FPGA adopts AE-LINK compatible fully digital control multi-axis driver. Since it has a built-in driver in the controller, positioning units and other components are unnecessary.
The "AE-LINK compatible 5-phase 2-axis micro-stepping driver D4690" enables the construction of a cost-effective motion network due to its adoption of AE-LINK. It significantly reduces the number of components through the use of FPGA and achieves component standardization through multi-axis configuration. By eliminating power transistors, coils, capacitors, and other components for current control, it leads to cost reduction. High-performance digital control allows for the automatic selection of the optimal excitation state according to motor rotation speed, including excitation sequences, analog gain, and time constants, achieving increased torque in high-speed ranges. The PWM direct chopper method provides excellent motor response. For more details, please download the catalog or contact us.
