| Quantity: | |
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YIXUN mold
8480419090
Headline: Seamlessly Bond Soft & Rigid Materials. Eliminate Assembly. Enhance Your Product.
Sub-headline: We are your expert partner for high-performance overmolding and 2-shot molding. From DFM to production, we ensure a perfect bond between TPE/TPU and your substrate.
Overmolding is an advanced manufacturing process where a layer of soft, flexible material (like TPE or TPU) is molded directly onto a rigid plastic or metal substrate. This creates a single, integrated component with enhanced functionality and a superior user experience.
Ideal for creating:
Ergonomic Grips: For tools, medical devices, and electronics.
Seals & Gaskets: Integrated, water-tight seals.
Shock Absorption: Protective bumpers and pads.
Branded Aesthetics: Multi-color and multi-material designs.
We master both techniques to meet your volume and design needs.
A fully automated, single-cycle process in a specialized injection molding machine. It offers the highest quality and consistency.
Best For: High-volume production (100,000+ units).
Benefits: Superior bond strength, no manual handling, lower part cost at high volumes.
A two-step process where a pre-made substrate is placed into a mold, and soft material is injected over it. Highly flexible and cost-effective for tooling.
Best For: Low to medium volumes, prototypes, and overmolding onto metal parts.
Benefits: Lower initial tooling cost, great for complex substrates like electronics.
The biggest fear in overmolding is delamination. We eliminate it through science and engineering.
| Problem | Our Solution |
|---|---|
| Material Incompatibility | We advise on perfect material pairs (e.g., TPU to PC/ABS, Bonding TPE to PP) from our network of material suppliers. |
| Weak Mechanical Lock | Our DFM analysis designs undercuts, grooves, and through-holes in your substrate for an unbreakable physical bond. |
| Surface Contamination | We specify cleaning protocols and can implement in-line plasma treatment to maximize surface energy for adhesion. |
| Incorrect Process Parameters | Our process engineers optimize melt & mold temperatures, injection speed, and pressure to create ideal bonding conditions. |
Phase 1: Collaborative Design & DFM
We don't just make molds; we engineer success from the start.
Free DFM Report: We analyze your 3D model for optimal wall thickness (1.2-2.0mm recommended), draft angles, and rib design.
Material Selection: We help you choose the right TPE, TPU, or Silicone for your application and substrate.
Moldflow Simulation: We simulate the process to predict and prevent defects like air traps, weld lines, and warpage before manufacturing.
Phase 2: Precision Mold Manufacturing
We build durable, high-performance molds from hardened steels and high-conductivity alloys, ensuring a long production life and efficient cooling.
Phase 3: Production & Validation
We manage the entire production process, from initial T1 samples with full inspection to final mass production, ensuring every part meets your specifications.
We successfully overmold a wide range of materials:
Rigid Substrates: ABS, PC, PC/ABS, PP, PA (Nylon), POM, Metal.
Soft Materials:
TPE/TPR: For a soft, rubber-like feel.
TPU: For superior abrasion resistance and grease resistance.
Silicone (LSR): For extreme temperature and biocompatibility.
Specialty Bonding Grades: For challenging substrates like Polypropylene (PP).
Consumer Electronics: Tool grips, razor handles, power tool housings.
Medical Devices: Surgical instrument grips, comfortable mask seals, ergonomic device housings.
Automotive: Steering wheel wraps, gear knobs, button pads, seals.
Industrial: Protective equipment, handles, seals, and gaskets.
Guanteed Bond Strength: We stand behind our process. Your parts won't delaminate.
Deep Technical Expertise: We solve overmolding challenges every day and bring that knowledge to your project.
Vertical Integration: From mold design to final production, we control the entire process for quality and speed.
On-Time Delivery: We understand your time-to-market and are committed to your schedule.
Stop Gluing and Assembling. Start Overmolding.
Transform your product design, reduce assembly costs, and create a more durable, user-friendly device. Let's make it happen.
Headline: Seamlessly Bond Soft & Rigid Materials. Eliminate Assembly. Enhance Your Product.
Sub-headline: We are your expert partner for high-performance overmolding and 2-shot molding. From DFM to production, we ensure a perfect bond between TPE/TPU and your substrate.
Overmolding is an advanced manufacturing process where a layer of soft, flexible material (like TPE or TPU) is molded directly onto a rigid plastic or metal substrate. This creates a single, integrated component with enhanced functionality and a superior user experience.
Ideal for creating:
Ergonomic Grips: For tools, medical devices, and electronics.
Seals & Gaskets: Integrated, water-tight seals.
Shock Absorption: Protective bumpers and pads.
Branded Aesthetics: Multi-color and multi-material designs.
We master both techniques to meet your volume and design needs.
A fully automated, single-cycle process in a specialized injection molding machine. It offers the highest quality and consistency.
Best For: High-volume production (100,000+ units).
Benefits: Superior bond strength, no manual handling, lower part cost at high volumes.
A two-step process where a pre-made substrate is placed into a mold, and soft material is injected over it. Highly flexible and cost-effective for tooling.
Best For: Low to medium volumes, prototypes, and overmolding onto metal parts.
Benefits: Lower initial tooling cost, great for complex substrates like electronics.
The biggest fear in overmolding is delamination. We eliminate it through science and engineering.
| Problem | Our Solution |
|---|---|
| Material Incompatibility | We advise on perfect material pairs (e.g., TPU to PC/ABS, Bonding TPE to PP) from our network of material suppliers. |
| Weak Mechanical Lock | Our DFM analysis designs undercuts, grooves, and through-holes in your substrate for an unbreakable physical bond. |
| Surface Contamination | We specify cleaning protocols and can implement in-line plasma treatment to maximize surface energy for adhesion. |
| Incorrect Process Parameters | Our process engineers optimize melt & mold temperatures, injection speed, and pressure to create ideal bonding conditions. |
Phase 1: Collaborative Design & DFM
We don't just make molds; we engineer success from the start.
Free DFM Report: We analyze your 3D model for optimal wall thickness (1.2-2.0mm recommended), draft angles, and rib design.
Material Selection: We help you choose the right TPE, TPU, or Silicone for your application and substrate.
Moldflow Simulation: We simulate the process to predict and prevent defects like air traps, weld lines, and warpage before manufacturing.
Phase 2: Precision Mold Manufacturing
We build durable, high-performance molds from hardened steels and high-conductivity alloys, ensuring a long production life and efficient cooling.
Phase 3: Production & Validation
We manage the entire production process, from initial T1 samples with full inspection to final mass production, ensuring every part meets your specifications.
We successfully overmold a wide range of materials:
Rigid Substrates: ABS, PC, PC/ABS, PP, PA (Nylon), POM, Metal.
Soft Materials:
TPE/TPR: For a soft, rubber-like feel.
TPU: For superior abrasion resistance and grease resistance.
Silicone (LSR): For extreme temperature and biocompatibility.
Specialty Bonding Grades: For challenging substrates like Polypropylene (PP).
Consumer Electronics: Tool grips, razor handles, power tool housings.
Medical Devices: Surgical instrument grips, comfortable mask seals, ergonomic device housings.
Automotive: Steering wheel wraps, gear knobs, button pads, seals.
Industrial: Protective equipment, handles, seals, and gaskets.
Guanteed Bond Strength: We stand behind our process. Your parts won't delaminate.
Deep Technical Expertise: We solve overmolding challenges every day and bring that knowledge to your project.
Vertical Integration: From mold design to final production, we control the entire process for quality and speed.
On-Time Delivery: We understand your time-to-market and are committed to your schedule.
Stop Gluing and Assembling. Start Overmolding.
Transform your product design, reduce assembly costs, and create a more durable, user-friendly device. Let's make it happen.
