Wuxi Danikor Automation Techology Co., Ltd.

Company Introduce

Founded in 2012, Danikor is dedicated to the R&D, manufacturing, and sales of automatic feeding and intelligent tightening solutions. Over the past decade, Danikor has been committed to independent innovation and now hold 120 proprietary intellectual property rights. Our efforts have been recognized with prestigious accolades such as "SMEs in Specialized New Sectors", "High-tech enterprise" and "Gazelle Enterprise." Leveraging cutting-edge technology, Danikor propels advancements in automated assembly, swiftly responding to market demands. We provide smarter, more reliable, and highly efficient products and comprehensive solutions for our customers. Our product range is extensively utilized in OEMs and component manufacturers across various industries, including automotive manufacturing, new energy powertrains, and 3C electronics. Domestically, Danikor's shipment volumes consistently rank at the forefront, and our products are exported to over 20 countries, such as Germany, France, the United States, Mexico, and South Korea. We have also established subsidiaries in Germany and Singapore, with another one under preparation in the United States, to provide professional technical services to our overseas customers and further expand our global footprint. Ingenuity, committed to quality for intelligent manufacturing. Danikor will continue to uphold this spirit, constantly drive innovation in assembly technology, provide more reliable solutions and services for automated assembly, and empower the sustainable development of the global manufacturing industry.

Screw Feeding & Tightening System

Automatic Screw Feeding & Tightening System is suitable for the automatic feeding and tightening of screws in various specifications ranging from M0.5 to M24, ensuring efficient and sustainable production for our customers. In the feeding stage, Dannikor focuses on the research and development of screw feeding technology, making breakthroughs in solving the "screw jamming" issue. The newly launched generation of step feeder has reduced the jam rate of standard screws to 50PPM, achieving rapid and stable material supply. In the tightening stage, multiple types of tightening modules are introduced for tightening conditions of varying complexity, ensuring smooth screw insertion and unobstructed tightening. Meanwhile, when paired with general controller, it allows for easy control from a single screen, simplifying installation and commissioning. Additionally, it can be equipped with a quality control module to effectively prevent issues such as screw mixing, missed driving, and dropping, improving product assembly quality. This makes the entire process from screw feeding to tightening more controllable and reliable, facilitating intelligent upgrades in industrial manufacturing.

Intelligent Screw Driver

Based on the ISO5393 standard, Danikor intelligent tightening screwdrivers utilize self-developed high-precision algorithms, providing more stable and durable performance. They offer a variety of tightening strategies to meet the tightening requirements of different working conditions, including higher-order strategies such as clamping torque, slope, angle, zero-speed hold, delay wait, yield point, loose sleeve, and rework, ensuring that each screw achieves optimal tightening. At the same time, by monitoring the torque or angle at each step during the tightening process, the system can promptly detect tightening abnormalities such as floating locks and thread slip. With data collection, upload, and storage capabilities, it enables control over the tightening process of each screw and traceability of the tightening results, promoting the digital and intelligent upgrading of the entire assembly process and ensuring more reliable tightening quality of the product.

Multi Feeder System

Multi Feeder System offers a highly flexible solution for production requirements characterized by multiple varieties, small batches, and short lead times. Compared to traditional feeding methods, it can accommodate a wider range of complex and irregularly shaped parts, even delicate or easily deformable materials. Simultaneously, it fulfills the need for rapid material switching and clearing, adapting to the feeding demands of different products and production lines. For materials of different materials and shapes, customized trays can be designed to enhance the probability of correct orientation, facilitating visual recognition. When paired with robotic arms, this system enables rapid and accurate grasping, further improving feeding efficiency while reducing the investment required for production lines that handle multiple varieties and small batches. It drives product iteration and innovation, infusing more vitality into flexible manufacturing lines.