Layout compatibility

Workpiece and machine compatibility

Organize content by workpiece type, machine type, and layout model to easily match practical solutions based on on-site conditions.

First, by workpiece type, determine clamping, positioning, and anti-collision requirements.
Then, by machine type, determine door opening, chuck, and window size.
Finally, by layout model, decide one-to-one, one-to-two, one-to-three, or seventh-axis setup.
Once the layout is decided, consider adding vision systems and downstream stations.

Common machined parts: blocks, sheets, rods, shafts, rings, disks, strips, etc.
Supports clamping and positioning strategies for regular and semi-regular parts.
Can configure anti-collision grippers and fixtures based on surface requirements.

Lathes, milling machines, grinders, drilling/tapping centers, machining centers
Loading & Unloading coordination for turning-milling combined and composite machines
Can be expanded to integrate washing, inspection, marking, and other downstream stations

Suitable for single-machine stable mass production scenarios, controllable cycle times, and low implementation risk.

Balances cost and efficiency, suitable for medium-paced production lines.

Designed for multi-machine collaboration and flexible lines, boosting equipment utilization and coverage.

Start with the workpiece: weight, size, positioning reference, surface protection requirements
Then consider the machine: door type, chuck position, load/unload window size
Finally, decide the layout: choose one-to-one / one-to-two / seventh axis based on your production pace
After finalizing fixtures and changeover templates at pilot stations, replicate in batches