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Receb클라이언트는 그들이 당신의 이전 생산을 가진 결과에 기뻤기 때문에 당신을 그들의 제품을 생성하는 원합니다. -
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Chris반작용할 것이다 충분히 걱정을 위한 감사합니다는, 다르게 생각하고 저희와 – 여기에서 다시 이 기회에 매우 RnD에서 저희에게서 평가된 이 대안을 – 찾아내기 위하여 혁신합니다,
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Raffy그렇습니다, 당신은 훌륭히 수행을 하고 있습니다, 당신을 Welson의 아주 어려운 I undesratnd 감사하십시오
Conformal Cooling Injection Mold with 30 Percent Cycle Time Reduction for Complex Automotive Parts via DMLS 3D Print / CNC
제품 상세 정보
| 기술 | 형상적응형 냉각 | 사이클 감소 | 20-35% |
|---|---|---|---|
| 제조업 | DMLS 3D 프린트 / CNC | ||
| 강조하다 | 30 Percent Cycle Time Reduction Injection Mold,Complex Automotive Parts Conformal Cooling Injection Mold,DMLS 3D Print / CNC Mold |
||
제품 설명
Conformal Cooling Channel Injection Mold with 30 Percent Cycle Time Reduction for Complex Automotive Parts
Revolutionize your injection molding productivity with Xiamen Creator Technology Co., Ltd.'s conformal cooling technology. Our molds feature 3D-printed or machined conformal cooling channels that follow the exact part geometry, achieving 20-35% cycle time reduction, improved dimensional stability, and reduced warpage compared to conventional straight-drilled cooling channels.
Key Features & Advantages
- Conformal cooling channels follow part geometry for uniform heat removal
- 20-35% cycle time reduction vs. conventional cooling
- Improved dimensional stability with reduced warpage and sink marks
- Consistent part quality across all cavities with uniform temperature
- Compatible with complex 3D part geometries and deep cores
- Rapid heat-up and cool-down for variotherm / heat-cool molding
Technical Specifications
| Technology | Conformal Cooling Channels |
| Cycle Time Reduction | 20-35% |
| Channel Type | 3D Curved Following Part Geometry |
| Manufacturing | 3D Metal Printing (DMLS) or CNC Machined |
| Material | Maraging Steel (3D Printed) or Mold Steel (CNC) |
| Cooling Medium | Water / Oil |
| Application | Complex Parts, Deep Cores, Thin Wall |
| Verification | Thermal Imaging + Moldflow Simulation |
Manufacturing Excellence
Since 2007, we have invested in conformal cooling technology combining 3D metal printing (DMLS) for complex cooling geometries and precision CNC machining for larger channels. We validate cooling performance using Moldflow transient cooling analysis and thermal imaging during mold trials, documenting the actual cycle time reduction achieved for each project.
Frequently Asked Questions
Q: What is conformal cooling?
A: Conformal cooling uses curved cooling channels that follow the part geometry rather than straight drilled lines, providing uniform cooling, faster cycles, and better part quality.
Q: How much cycle time reduction can I expect?
A: Typical cycle time reduction is 20-35% compared to conventional cooling, with some complex parts achieving up to 40% reduction.
Q: How are conformal channels manufactured?
A: We use Direct Metal Laser Sintering (DMLS) 3D printing for complex geometries and precision CNC machining for larger conformal channels.
Q: Is conformal cooling worth the additional mold cost?
A: For production volumes above 50,000 parts, the cycle time savings typically recover the additional mold cost within 3-6 months of production.
