Custom Rapid Prototyping 3D Printing Service for Plastic Parts

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Product Description

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Basic Information

Surface Finish:Polishing, Sand Blasting, Heat Treatment etc.
Mould Cavity:Single Cavity or Multi Cavity
Plastic Material:PP/PC/ABS/PVC/PTFE/POM etc.
Application:Car, Household Appliances, Electronic, Hardware, Custom
Runner:Hot or Cold Runner
Design Software:Step/STP/Igs/CAD/Dwg etc.
Certification:TS16949, CE, ISO, FDA
Tolerance:0.02mm-0.05mm
Years in Industry:20 Years
Mold ShapingPlastic Injection molding, Extrusion Mold, Vacuum forming, HVAC, Silicone Rubber Molding
Mold BaseLKM, HASCO, DME, etc.
Mold MaterialNAK20, S136, P20, 718H, 738H, 45#, etc.
Lead Time25-45 days
OEM/ODMAcceptable
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Rapid Prototyping
Mould Component
Plastic Parts

Your ideas become reality with ease. Our all-in-one service is designed to simplify your journey from concept to finished product. Benefit from design feedback, rapid prototyping, and detailed DFM reports to prevent production issues.

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Production Cooperation Process

Production Process
Start from comprehensive part design analysis.
Mold design drawings and DFM reports available before mold making.
Moldflow reports provided for complex products.
In-house mold making ensuring high quality and control.
Production cycle typically takes 20-40 days depending on complexity.
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Machine Specs & Factory Pictures

Factory Machine
Production Line

Our facility features complete supporting facilities and professional engineering teams. We have more than 7 engineers specialized in plastic injection mold design and metal stamping.

Equipped with 45 sets of injection molding machines (90 ton - 1100 ton) and an M7 class clean room, we can produce parts from 0.01 pound to 13 pounds across various industries including Auto parts, medical, and household appliances.

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Our Global Presence

Partners Certification
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Exhibition & Visit

Exhibition
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Case Study: Quality Transformation

Case Study Details

Challenge: A figurine display stand project faced "parts too tight" issues during sample testing. 0.1mm deviations caused assembly failure and surface defects.

Solution: We redefined tolerance designs from positive interference to clearance fits and added lead-in chamfers. Using CAE simulation and DOE methods, we optimized injection parameters (temperature, pressure, cooling speed).

Result: Product yield increased to 98%+, development cycles were shortened by 30-50%, and the customer achieved a perfect user experience with tool-free assembly.

Frequently Asked Questions
1. What are your terms of payment?
We typically require a 50% deposit for mold costs. The remaining mold balance plus 50% of production costs are paid upon sample confirmation. The final production balance is settled against the copy of B/L. We accept T/T.
2. How long is the typical delivery time?
Generally, the process takes approximately 40 days: 30 days for mold development and 10 days for mass production.
3. What is the Minimum Order Quantity (MOQ)?
We can customize molds with an MOQ of just 1 piece. For mass production economics, we typically suggest 500-1000 pieces, but we offer flexible handling for trial orders.
4. How can I get a project estimate easily?
You can provide a sketch, image, or even a simple idea. For the most accurate quote, please provide 3D files (STP/STEP/IGS) and material specifications.
5. What is the typical life expectancy of a mold?
Our professional-grade molds are designed for 100k to 500k shots, depending on the mold material and product requirements.
6. Can you handle complex assembly or secondary finishes?
Yes, we provide comprehensive services including silk-screening, painting, anodizing, polishing, and complex assembly verification using force-measuring equipment.

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