The sanitary hardware industry is dominated by multi-variety and small-batch orders. Frequent model changeover, complicated robot programming and long commissioning time have become the main bottlenecks restricting the profit margin of automated grinding workshops. Traditional grinding equipment requires technicians to teach trajectories point by point for new products. Different sanding belt grits also need independent programming, which leads to long product launch cycles and low equipment operating rate. Meanwhile, repeated disassembly and debugging of fixtures during model changeover consume a lot of effective production time, making automated production uneconomical for small-batch orders.

Based on rich practical experience in serving global sanitary enterprises, DZ Intelligent Manufacturing has launched a set of flexible production optimization solutions focusing on programming simplification and fixture standardization. We build a standardized modular programming library by splitting the complex curved surfaces of faucets and accessories. Repeated processing features are encapsulated into reusable modules. When programming for new workpieces, technicians only need to adjust core parameters instead of writing programs from scratch. Programs for 80# sanding belts can be directly copied and slightly modified to match 240# and other fine grinding belts, cutting programming time significantly.

In terms of fixture transformation, we adopt standardized fixture design and high-precision locking chucks. Most products on the same production line can share one set of fixtures without frequent replacement, which reduces mechanical errors caused by repeated disassembly. What’s more, data barriers between grinding units are broken through, realizing one-click replication and invocation of process programs across units. The whole model changeover process is completed in a short time, and the overall equipment effectiveness (OEE) of the production line is greatly improved.

This flexible grinding solution helps enterprises reduce dependence on senior technical personnel, shorten order delivery cycles and maximize the output value of automated equipment. It is an ideal upgrade choice for sanitary hardware factories that pursue efficient and low-cost production. Get your free production efficiency analysis report now!