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Integrated piping system connecting equipment to molds and between equipment, providing different water and oil circuits to achieve precise temperature control.
| Cost Type | Traditional Distributed Piping | Integrated Piping | Cost Savings Range |
| Consumable Cost | Many joints and valves, easy to wear, frequent replacement | Integrated modules reduce joints/valves, improved durability | Annual consumable costs reduced by 30%–40% |
| Energy Cost | Distributed piping causes large pressure loss (hydraulic/pneumatic systems need higher compensation), uneven cooling water flow causes energy waste | Shorter and more compact piping layout reduces pressure loss by 15%–25%, optimized cooling system energy consumption | Annual energy costs reduced by 10%–20% |
| Maintenance Cost | Distributed piping requires segment-by-segment inspection and maintenance, high labor cost | Centralized inspection + fast fault location reduces manual maintenance workload | Annual maintenance labor costs reduced by 40%–60% |
| Space Cost | Distributed piping occupies workshop floor/ceiling space, affecting logistics | Centralized layout (e.g., integrated along equipment columns/ceilings) frees up workshop space | Workshop utilization rate increased by 5%–10% |
We provide complete mold temperature control solutions to help you achieve stable quality, shorter cycles and reduced costs. Let’s find the right system for your needs.
Use high-precision sensors and fast controllers, optimize control algorithms (such as PID), and fine-tune system parameters.
Conduct regular inspections, replace worn parts promptly, and follow a maintenance plan covering cleaning, lubrication, and calibration.
Standard warranty is 12 months from acceptance. It covers non-human faults with free repairs, replacement of faulty parts, and technical support.
A response system is in place with performance tracking. If service is unsatisfactory, customers may escalate complaints to customer support, which ensures follow-up by assigned personnel.
