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yixun
yixunmold
| Feature | Technical Details | Core Benefits |
|---|---|---|
| Integrated One-Piece Molding | Monolithic construction with no assembly joints; complex geometry formed in a single injection cycle | Eliminates assembly errors; boosts structural integrity; reduces production lead times and part count |
| High-Performance Material Compatibility | Optimized for PA66+GF, ABS, PC/ABS, and custom engineering plastics | Tailored to application needs—offers high tensile strength, wear resistance, chemical resistance, and low friction for mechanical motion |
| Precision Dimensional Tolerance | Critical dimensions controlled to ±0.02mm; ISO 8062 standard compliance | Ensures perfect mating with metal components; guarantees smooth, consistent mechanical operation |
| Multi-Functional Structural Design | Integrated gear tracks, pivot holes, slide rails, and snap-fit locators | Combines multiple mechanical functions in one part; simplifies overall product design and assembly |
| Optimized Reinforcement & Weight Reduction | Strategic ribbing, thickened load-bearing zones, and lightweight hollow cutouts | Maximizes structural rigidity while minimizing weight; reduces material usage and cooling cycle time |
| Post-Processing Compatibility | Designed for ultrasonic welding, insert molding, and precision deburring | Supports secondary assembly processes; enables integration with metal inserts or complementary plastic parts for enhanced functionality |
| Parameter | Standard Configuration | Custom Options |
|---|---|---|
| Mold Type | Precision injection mold (multi-slide mechanism) | 2K mold, insert molding mold |
| Cavity Count | 1 cavity (for high precision) | 2 cavities (for high-volume production) |
| Material | PA66 + 30% Glass Fiber (standard for wear resistance) | ABS, PC/ABS, POM, Medical-grade PP |
| Tolerance | ±0.02mm (critical dimensions); ±0.05mm (non-critical) | Custom tolerance per client drawing |
| Surface Finish | Matte finish (textured); deburred edges | Gloss finish, custom texture, laser marking |
| Mold Material | Cavity/Core: H13/SKD61 (hardened steel); Mold Base: S50C | P20 (for low-volume production), stainless steel (for medical applications) |
| Cooling System | Conformal cooling channels (CAE optimized) | Custom cooling design for complex geometries |
| Cycle Time | 35–50 seconds (depending on material) | Optimized cycle time for high-volume runs |
| Certifications | ISO 9001, RoHS | CE (for medical-grade materials) |
Ratchet pipe cutters (ratchet feeding mechanism)
Reversible ratchet wrenches (gear shifting core)
Heavy-duty pliers (lever actuation and pivot assembly)
Cordless drill trigger lock mechanisms
Hedge trimmer gearbox housing components
Lawn mower control lever assemblies
Conveyor system ratchet stops
Packaging machinery motion control parts
Automotive interior actuation components (seat adjusters, window regulators)
OEM/ODM mechanical components for robotics
Precision motion parts for medical diagnostic equipment
3D CAD/CAM design paired with CAE mold flow analysis to optimize gate placement, cooling, and ejection.
Multi-slide mold mechanisms to accommodate complex undercuts and ensure damage-free demolding.
High-speed CNC milling, EDM, and wire-cutting for cavity/core fabrication.
Hardening and precision grinding for mold durability (500,000+ production cycles).
Servo-driven injection molding machines for precise material control and repeatability.
Automated feeding and ejection systems to minimize human error.
Dimensional Inspection: CMM (Coordinate Measuring Machine) for 100% critical dimension verification.
Visual & Functional Testing: Deburring inspection, fit-testing with mating components, and wear resistance testing.
Traceability: Full batch traceability for materials, mold runs, and inspection results.
Design Optimization: Our engineering team refines your 3D models for manufacturability, reducing mold cost and improving part performance.
Material Customization: Selection of plastics tailored to your application (wear-resistant, heat-resistant, non-conductive, medical-grade).
Mold Customization: Multi-cavity molds, insert molding molds, or 2K molds for hybrid material components.
Post-Processing Services: Ultrasonic welding, insert molding (metal nuts/pins), laser engraving, and precision assembly.
Mold Expertise: Decades of experience in designing complex multi-slide molds for mechanical transmission parts ensures perfect part geometry and consistent production.
Performance Focused: Every design and material choice is optimized for the mechanical stresses and motion control needs of your application.
Global Compliance: Our components meet international standards (ISO, RoHS) for use in global markets.
End-to-End Support: From initial design consultation and mold development to mass production and after-sales service, we are your one-stop partner for precision plastic mechanical components.
Lead Time: Mold development: 30–45 days; Mass production: 10–20 days after mold approval
Quotation: Provide your 3D drawing (STEP/IGS format), material requirements, tolerance specifications, and production volume for a detailed quote.
Contact Us: Our engineering team is ready to review your design and provide tailored solutions for your mechanical component needs.
| Feature | Technical Details | Core Benefits |
|---|---|---|
| Integrated One-Piece Molding | Monolithic construction with no assembly joints; complex geometry formed in a single injection cycle | Eliminates assembly errors; boosts structural integrity; reduces production lead times and part count |
| High-Performance Material Compatibility | Optimized for PA66+GF, ABS, PC/ABS, and custom engineering plastics | Tailored to application needs—offers high tensile strength, wear resistance, chemical resistance, and low friction for mechanical motion |
| Precision Dimensional Tolerance | Critical dimensions controlled to ±0.02mm; ISO 8062 standard compliance | Ensures perfect mating with metal components; guarantees smooth, consistent mechanical operation |
| Multi-Functional Structural Design | Integrated gear tracks, pivot holes, slide rails, and snap-fit locators | Combines multiple mechanical functions in one part; simplifies overall product design and assembly |
| Optimized Reinforcement & Weight Reduction | Strategic ribbing, thickened load-bearing zones, and lightweight hollow cutouts | Maximizes structural rigidity while minimizing weight; reduces material usage and cooling cycle time |
| Post-Processing Compatibility | Designed for ultrasonic welding, insert molding, and precision deburring | Supports secondary assembly processes; enables integration with metal inserts or complementary plastic parts for enhanced functionality |
| Parameter | Standard Configuration | Custom Options |
|---|---|---|
| Mold Type | Precision injection mold (multi-slide mechanism) | 2K mold, insert molding mold |
| Cavity Count | 1 cavity (for high precision) | 2 cavities (for high-volume production) |
| Material | PA66 + 30% Glass Fiber (standard for wear resistance) | ABS, PC/ABS, POM, Medical-grade PP |
| Tolerance | ±0.02mm (critical dimensions); ±0.05mm (non-critical) | Custom tolerance per client drawing |
| Surface Finish | Matte finish (textured); deburred edges | Gloss finish, custom texture, laser marking |
| Mold Material | Cavity/Core: H13/SKD61 (hardened steel); Mold Base: S50C | P20 (for low-volume production), stainless steel (for medical applications) |
| Cooling System | Conformal cooling channels (CAE optimized) | Custom cooling design for complex geometries |
| Cycle Time | 35–50 seconds (depending on material) | Optimized cycle time for high-volume runs |
| Certifications | ISO 9001, RoHS | CE (for medical-grade materials) |
Ratchet pipe cutters (ratchet feeding mechanism)
Reversible ratchet wrenches (gear shifting core)
Heavy-duty pliers (lever actuation and pivot assembly)
Cordless drill trigger lock mechanisms
Hedge trimmer gearbox housing components
Lawn mower control lever assemblies
Conveyor system ratchet stops
Packaging machinery motion control parts
Automotive interior actuation components (seat adjusters, window regulators)
OEM/ODM mechanical components for robotics
Precision motion parts for medical diagnostic equipment
3D CAD/CAM design paired with CAE mold flow analysis to optimize gate placement, cooling, and ejection.
Multi-slide mold mechanisms to accommodate complex undercuts and ensure damage-free demolding.
High-speed CNC milling, EDM, and wire-cutting for cavity/core fabrication.
Hardening and precision grinding for mold durability (500,000+ production cycles).
Servo-driven injection molding machines for precise material control and repeatability.
Automated feeding and ejection systems to minimize human error.
Dimensional Inspection: CMM (Coordinate Measuring Machine) for 100% critical dimension verification.
Visual & Functional Testing: Deburring inspection, fit-testing with mating components, and wear resistance testing.
Traceability: Full batch traceability for materials, mold runs, and inspection results.
Design Optimization: Our engineering team refines your 3D models for manufacturability, reducing mold cost and improving part performance.
Material Customization: Selection of plastics tailored to your application (wear-resistant, heat-resistant, non-conductive, medical-grade).
Mold Customization: Multi-cavity molds, insert molding molds, or 2K molds for hybrid material components.
Post-Processing Services: Ultrasonic welding, insert molding (metal nuts/pins), laser engraving, and precision assembly.
Mold Expertise: Decades of experience in designing complex multi-slide molds for mechanical transmission parts ensures perfect part geometry and consistent production.
Performance Focused: Every design and material choice is optimized for the mechanical stresses and motion control needs of your application.
Global Compliance: Our components meet international standards (ISO, RoHS) for use in global markets.
End-to-End Support: From initial design consultation and mold development to mass production and after-sales service, we are your one-stop partner for precision plastic mechanical components.
Lead Time: Mold development: 30–45 days; Mass production: 10–20 days after mold approval
Quotation: Provide your 3D drawing (STEP/IGS format), material requirements, tolerance specifications, and production volume for a detailed quote.
Contact Us: Our engineering team is ready to review your design and provide tailored solutions for your mechanical component needs.
