Company Overview

Danikor Automation Technology Co., Ltd., established in 2010, specializes in automated feeding and intelligent tightening solutions primarily serving automotive OEMs, parts manufacturers, new energy systems, and IC electronics sectors. With over 400 employees and 28 invention patents, Danikor operates globally with headquarters in Wuxi, China, covering 21,000 m².

Product Portfolio

Danikor offers a comprehensive range of intelligent screwdrivers, torque arms, controllers, and software solutions designed for high-precision industrial assembly:

• Intelligent Screwdrivers: Multiple series (TBD, TBE, TTC, TTD, TCP, TTA, TCA, TCD) cover torque ranges from 0.5 Nm up to 300 Nm and beyond, featuring transducer and current types. They support advanced tightening strategies such as clamp torque control, torque-angle, dwell time, and zero-speed hold to ensure fastening quality.
• Torque Arms and Accessories: Various arm types (linear, swivel, carbon fiber, counterforce, frame) accommodate different torque capacities and workspace constraints. Accessories include bits, bit selectors, grips, and mounting options.
• Controller Platforms: CK, CM, and CS series controllers provide multi-parameter management, large data storage (up to millions of tightening results), graphical user interfaces, multi-device integration, and support for multiple communication protocols (OP, Bus, Modbus_TCP, Ethernet IP, Profinet, EtherCAT).
• Software and Data Management: Upper computer software offers SPC analysis, batch management, real-time error prevention, graphical curve analysis, and MES integration for full traceability and quality control.

Technical Features and Innovations

• High-order tightening strategies improve fastening reliability and process consistency.
• Real-time process monitoring detects abnormalities such as floating screws and torque decay.
• Synchronization nodes mitigate torque inconsistencies caused by installation sequence variations.
• Extensive communication protocol support enables seamless integration with MES and PLC systems.
• Large-capacity data storage and barcode traceability ensure comprehensive quality records.
• Intuitive graphical user interfaces with drag-and-drop strategy sequencing facilitate quick anomaly detection and parameter tuning.

Applications and Industry Coverage

Danikor’s products are widely used in automotive body-in-white assembly, chassis lines, new energy vehicle battery and motor assembly, automotive electronics, IC communication, aerospace, military, rail transit, home appliances, medical care, and 3C industries.

Summary of Critical Parameters and Specifications

Additional models extend torque range up to 7000 Nm with varying accuracy levels and ergonomic designs.

Design and Ergonomics

• Anti-vibration reinforced chassis (TBE series) and ultra-lightweight composite materials (TBD series) reduce operator fatigue.
• Ergonomic grips with anti-slip coatings and magnetic sensor triggers enhance comfort and durability.
• Robust construction supports over 3 million fastening cycles with drop resistance up to 1.5 meters.

Connectivity and Integration

• Supports multiple communication protocols including OP Protocol, Bus, Modbus_TCP, HTTP, Ethernet IP, Profinet, EtherCAT, and I/O interfaces.
• Interfaces include IO, USB, HDMI, RS232, TCP/IP, and SD card slots for program upgrades and data storage.
• Controllers and software enable MES integration for real-time monitoring, data upload, and quality traceability.

Control and Software Features

• Graphical user interfaces with touch screens up to 4.3 inches provide real-time curve visualization and historical data access.
• Multi-strategy tightening control with breakpoint resume prevents data loss during interruptions.
• SPC analysis, batch management, alarm notifications, and multi-dimensional data analytics optimize tightening processes.

Torque Arms and Positioning Systems

• Various torque arms (linear, swivel, carbon fiber, counterforce, frame) designed for torque resistance from 100 Nm to 200 Nm and adaptable to workspace constraints.
• Positioning systems include upper orbit, intermediate moving rail, and Z-axis telescopic positioning with encoder options (RS encoders, digital angle sensors, pull cord encoders) for precise tightening location detection.
• Modular design supports quick installation, adjustable working radius, and compatibility with internal spline mounting plates.

Accessories and Customization

• Wide range of screwdriver accessories including bit selectors, external control grips, auxiliary triggers, and quick-change bit mechanisms.
• Compatible bit types include Torx, Hexagon socket, and Philips with various drive sizes and lengths.
• Customizable motor platforms (AC servo, DC coreless, stepping motor, torque motor), output heads, installation modes, and torque forms.
• Cable options vary by configuration with lengths from 1 to 10 meters.

Best Practices and Recommendations

• Employ high-order tightening strategies to ensure consistent clamp force and fastening quality.
• Use barcode binding for full traceability and error prevention.
• Leverage graphical process guidance and overlay curve analysis for rapid anomaly detection and parameter optimization.
• Integrate controllers with MES systems for seamless data sharing and process control.
• Utilize synchronization nodes to mitigate torque inconsistencies from installation sequence variations.
• Regular calibration and maintenance are essential to maintain accuracy and durability.
• Ground metal components when using anti-static screwdrivers in high-voltage environments.

Limitations and Notes

• Some advanced features such as graphical-guided operation, automatic learning, and multi-job management are under development or require upper computer support.
• Reset button functionality varies by series and may not clear all system alarms.
• Torque decay requires monitoring to ensure sufficient clamp force after tightening.
• Detailed specifications and custom configurations should be requested from the manufacturer as drawings are for reference only.

Summary

Danikor provides a comprehensive intelligent tightening solution combining advanced hardware, software, and service support. Their products deliver high precision, efficiency, traceability, and integration capabilities tailored for demanding industrial assembly environments, especially in automotive and electronics manufacturing.