WIVOR

Gear reducer features: 1. To be used in conjunction with electric torque wrench, pneumatic torque wrench, and rechargeable torque wrench 2. Hollow structure with offset ultra-thin design, suitable for axial space-constrained applications 3. 1:1 transmission function for precise output of transmission data 4. Dimensions, center distance, and other specifications can be customized according to customer requirements. 5. Enables precise torque transmission with customizable 1:2, 1:3 or higher reduction ratios 6. Customizable with larger specifications and higher torque

The BCS™ Servo Carriage System Series is a carriage system driven by a new generation of digital technology AC servo torque system. It consists of WIVOR's BCS controller, high-torque drive shaft, and carriage, supporting both manual and automatic carriage. The BCS system supports turning-starting torque ranging from 500Nm to 4000Nm. The control system and drive shaft can be disassembled separately. The control system, including the drive shaft, weighs only 10-20kg. The mechanical turning part, including tooling, weighs just 50-60kg. It is suitable for maintenance of various narrow-position steam turbines and other units. This product is patented.

The EBM-CM-MT-ACS miniature tower controller is a dedicated servo drive control integrated shaft unit developed by Weiwu Industrial. It works in conjunction with the EBM series tightening shaft units to form the EBM tightening system. The shaft controller incorporates built-in tightening parameters, facilitating the implementation of various tightening solutions. Standard models offer ±2% accuracy.

Supports multiple tightening step settings, which can be configured directly or controlled via I/O from a host computer. The I/O interface is expandable. Supports MODBUS or other protocols for easy integration into field systems. The single-axis controller and servo drive are integrated, which greatly reduces the wiring of the equipment and improves the reliability of the system, and is especially convenient for the layout of multi-axis systems. The EBM upper tightening controller is used to form the tightening system quickly and conveniently, and realize the control of various tightening processes of multi-axes. The open structure can be combined with the user's own host computer, and it also provides a variety of mature example patterns and open structures, which is convenient for the integrator and the user to integrate into their own system quickly. It supports a variety of mainstream PLCs, such as Mitsubishi, Omron, Yaskawa, Schneider, and Siemens, as multi-axis control host computers. ACS-K is optional with a digital display control module. When used with the ACS multi-axis controller, it enables multi-axis synchronization.

The EBM NM series is an AC servo tightening shaft utilizing next-generation digital technology. As one of the most cost-effective tightening shafts available, the EBM NM series offers models with tightening torque ranging from 1 to 8000Nm. Developed by Weiwu Industrial, the EBM NM series integrates a dedicated servo drive control unit with EBM tightening shaft units to form the EBM tightening system. The shaft controller contains built-in tightening parameters, facilitating implementation of various tightening solutions. Standard models achieve ±2% precision, and the series operates on standard single/three-phase AC power while meeting high-precision, robust, and safety requirements. The EBM series supports multiple bus/RS485/RS232 interfaces, with standard models featuring 8-in-8-out I/O ports and compatibility with the MODBUS protocol. When paired with EBM upper-level tightening controllers, it enables quick and efficient configuration of tightening systems for multi-axis process control.

Features an integrated 8-inch touchscreen display Torque gateway hardware card is integrated internally Includes WiFi and Bluetooth WAN port, LAN port, COM port, USB interface, and expandable I/O ports, etc. The TorquExplore DBTS upper computer torque management system with MySQL database can serve as the central data processing device for multi-machine independent networking Support upper-level MES

The wireless torque controller is easy to use and safe. The characteristics of high efficiency, flexibility and value, etc. can save the production cost and increase the productivity effectively while ensuring the safety of the operators. The wireless torque controller eliminates the trouble of installing software, and the upgrade and update of software and hardware is very convenient and fast.

CM-TGW/CM-B-TGW dedicated torque WIFI gateway Weiwo Industrial has fully upgraded its torque equipment to a dedicated wireless WIFI torque gateway for smart manufacturing. This system connects all terminal devices via wireless modules, forming an IoT-based intelligent terminal torque management system. It provides functionalities including converting specialized torque equipment protocols into universal text formats or MODBUS protocols, scanning data for transmission, uploading equipment operation results to a database, and real-time monitoring of wrench device status. The system features simplicity and high reliability.

A modular manual torque tool. With modular design, you can customize various modules to perfectly match the requirements of your workstation. Using MM-LA in production, you gain full traceability of the entire tightening process, including torque and angle control. By configuring your own wrenches, you can achieve excellent torque precision. Additionally, it enables quality control, residual torque detection, and connection analysis (including fastener status), allowing you to set accurate tightening parameters for the production process.

The high-precision sleeve-type torque sensor integrates patented technology with standard sleeves, enabling real-time torque measurement during bolt tightening. When paired with Wivor Industry's professional Bluetooth APP and Windows-based torque statistics software, it facilitates online torque verification and measurement with ±1% accuracy. The wireless torque measurement sleeve operates on low-power Bluetooth (BLE) IoT terminal software.

The QM-PI2 and QM-PM2 gun-type small-torque brushless torque wrenches utilize a new generation of brushless motors, carbon-free brushes, closed-loop control, and multiple tightening strategies, while meeting high-precision and high-strength requirements. Meeting both performance and safety requirements, the QM small-torque brushless torque wrench (under 200NM) features adjustable speed and torque output, adaptable to various soft and hard environments. The QM-PI2 model, built on a high-speed platform, delivers higher angular speed for precise tightening while supporting wireless and data functions.

220V power source automatic decoupling reversal Small Screen Communication Supports barcode scanning Optional dual-axis synchronization Standard accuracy ±3% (main range) Digital Torque Output Control and Angle Control Supports multiple strategies including angle and torque Supports both outdoor and indoor working environments It meets user needs, and the output data can be freely controlled Supports turntable and valve applications, with optional automatic recording of turns and reverse torque control. ±3% accuracy with 2% repeatability; TC version achieves up to ±2% accuracy, offering wider torque range This device can store more than 50,000 pieces of information*P     Tightening steps: Multiple processes can be selected Supports connection to host system and MES (optional) Tightening control methods: Torque method, Angle method, Torque-angle method Monitoring: Torque Angle Time Current Tightening parameters: 10 or more sets Supports USB connection Multi-level user management Support alarm column (optional) Data backup and integration, upload Use the menu function to set parameters Save/Read/Print (Optional) Supports the MODBUS protocol RS485/RS232/Ethernet (optional) Supports barcode scanners (optional) Mobile module *NB (optional)