Weidoya centralized cutting-fluid supply systems automate fluid delivery to multiple machine tools. Machines connect to a central supply system that draws cutting fluid from a large reservoir and distributes it through piping to each cutting area. This replaces separate supplies for individual machines, improving fluid-use efficiency and simplifying management.

System advantages.

1. Less waste and lower costs: precise control of cutting-fluid flow and concentration, with timely adjustment to demand, prevents waste and reduces costs.

2. Consistent quality: centralized control of cutting-fluid formulation and quality ensures all machines use the same fluid quality, improving machining quality and stability.

3. Reduced human error and simpler management: avoids mistakes and management difficulties associated with separate coolant supplies for individual machines.

System components.

1. Main centralized cutting-fluid supply system: a large-capacity central reservoir supplies multiple machine tools.

2. Pump unit: draws cutting fluid and delivers it to the cutting areas of each machine tool.

3. Distribution control system: sensors, automatic control valves and level instruments monitor and regulate cutting-fluid flow, concentration, pressure and other parameters.

4. Piping connections: main pipes, branch pipes and fittings transport cutting fluid from the storage reservoir to the cutting-area tank of each machine tool.

Key features.

1. Constant-pressure supply: automatically adjusts cutting-fluid flow and pressure to machining requirements, maintaining a steady supply at each working point, improving machining efficiency and reducing waste and pollution.

2. Intelligent replenishment: smart sensors monitor cutting-fluid concentration and level in real time. When the fluid level is low, replenishment starts automatically, improving supply accuracy and saving manual labor and time.

The Weidoya centralized cutting-fluid supply system combines constant-pressure, constant-ratio supply with intelligent replenishment. These functions improve machining efficiency, reduce waste and pollution, and save labor and time.