1.Our robotic ultrasonic welding systems deliver high-strength, mark-free joints on plastic components—with micron-level precision and millisecond cycle times.

2.Engineered for complex 3D seam geometries and fully automated production, our intelligent robotic ultrasonic welding solutions seamlessly integrate advanced robotics with proven ultrasonic technology for superior process stability.

3.We provide robust, production-ready robotic ultrasonic welding solutions designed to elevate your line efficiency and ensure consistent, high-quality output—every cycle.

Our robotic loading and unloading system replaces manual operators at CNC lathes, fully automating the handling of shaft-type and disc-type workpieces in vertical CNC turning operations. The system autonomously performs a complete sequence of loading and unloading tasks—including part retrieval, transfer, fixture loading/unloading, component flipping, and inter-process staging—with seamless efficiency.

Robot Options:
ABB: IRB6700, IRB4600, IRB2600
Yaskawa: MH165, MH50, MH24
EFORT: ER210-C40, ER50-C150, ER20-C10

Our robotic handling and palletizing workstations streamline a full range of material flow operations—including conveying, storage, loading and unloading, and transport. Beyond accelerating logistics throughput, they enhance worker safety and fully meet the demands of modern automated material handling.

Robot Options:
ABB: IRB6700, IRB4600, IRB2600
Yaskawa: MH165, MH50, MH24
EFORT: ER210-C40, ER50-C150, ER20-C10

Our robotic bolt tightening workstation features a 6-axis industrial robot equipped with a tightening spindle mounted at the wrist for precision fastening of bolts on workpieces. The system supports single-spindle tightening for standard applications, and for higher throughput, a dual-spindle indexing configuration is available—with the two spindles dynamically positioned via servo motors in real time to tighten two bolts simultaneously per cycle.

The system incorporates advanced angle control and torque monitoring, with torque data for every bolt logged in real time. Any torque deviations outside specification trigger an immediate visual alarm for instant operator notification.

Robot Options:
ABB: IRB6700, IRB4600
Yaskawa: MH165, MH50

As a traditional machining process, milling is widely used in mechanical fabrication. To expand the processing capabilities for interior trim components, we have seamlessly integrated robotic flexibility with precision milling technology—delivering a dedicated solution for cutting automotive interior parts. The result is our Robotic Milling Workstation.

The system consists of specially engineered milling spindles paired with industrial robots, enabling high-precision machining of automotive plastic components such as instrument panels and bumpers.

Robot Options:
ABB: IRB6700, IRB4600, IRB2600
Yaskawa: MH165, MH50, MH24

The system is equipped with imported high-speed electric spindles, with an optional automatic tool changer (ATC) available upon request.

Designed specifically for automated injection molding production, our robotic pick-and-place workstation is built around high-performance 6-axis industrial robots, enabling precise, high-speed automatic retrieval of molded parts immediately after the molding cycle.

Typically positioned alongside the injection molding machine, the system employs custom-engineered end-of-arm tooling that allows the 6-axis robot to reach deep into the molding area, safely extract freshly formed parts, and perform subsequent operations such as positioning, inspection, or conveying. Compared to manual handling or conventional picker arms, the 6-axis robot offers superior flexibility, faster cycle times, and enhanced repeatability—effectively minimizing part damage while substantially reducing labor costs.

Key Features:

High-Flexibility Adaptability – Part pickup routines can be quickly reprogrammed to accommodate a wide range of part geometries and sizes, making the system ideal for mixed-production environments.

Precision and Reliability – With exceptional repeatable positioning accuracy, the 6-axis robot ensures consistent, secure gripping on every cycle, directly contributing to higher yield rates.

Increased Throughput – Enabling 24/7 uninterrupted automated operation, the system significantly boosts injection molding machine utilization and overall production output.

Safe and Smart Integration – Equipped with safety fencing and intelligent sensing systems to ensure safe human-robot collaboration. The workstation can also be seamlessly integrated with factory MES platforms for real-time production data visibility.