A total of 62 CNC automatic lathes in operation ｜ Equipment origin: Korea and Japan (Models 12, 20, 26, 35, 38, 42, 45, 51)
A high-speed camera and lighting system inside the equipment capture real-time images of inner, outer, and cross-sectional surfaces.Deep learning algorithms automatically learn patterns such as shape, burn, and contamination.When applying a new model, more than 20,000 images are trained to establish inspection standards.
During processing, data such as dimensional deviation, surface defects, and machining time are automatically collected and analyzed.If abnormalities occur, the system immediately issues alerts and sends defect extraction signals.
High-speed cameras and lighting devices inside the equipment capture real-time images of components. AI deep learning detects defective patterns automatically. Even with new product applications, the system self-calibrates and learns, ensuring consistent quality.
Kiosks are installed on the production floor to enable real-time sharing of work orders, equipment information, and production schedules between operators and managers.Equipment change history and process status can be monitored instantly.
Each part is assigned a unique LOT number, automatically recording the entire history from material input to machining, inspection, and shipment.In the event of a customer quality issue, the system enables quick tracking and root cause analysis of the affected product.
All process data—including operation time, inspection results, and shipment records—are stored in a centralized in-house server.Automated reporting supports efficient traceability and quality control.
Real-time display of all CNC equipment operation status, stoppage history, and anomaly alerts on a large screen minimizes downtime and enhances production stability.
Assign LOT numbers and register barcodes upon receiving materials such as solid bars, pipes, and carbon rods.
Turning, milling,
inner/outer diameter processing,
threading, drilling, and facing operations.
Pre-cleaning process for removing foreign substances and burrs using ultrasonic technology.
Pre-finishing stage for removing burrs and improving surface hardness and durability.
Non-contact precision measurement
using image measuring devices
and 3D coordinate measuring machines.
Final quality inspection
with automated visual systems;
defective areas are imaged and stored.
Products are packed according
to specified standards and shipped. All process data are recorded in
real time on a LOT-based cloud server.