1. Mold Design & Tooling
Custom plastic mold design and precision tool making based on your 2D drawings, 3D CAD files, or physical samples. We analyze gate locations, cooling layout, and structural integrity.
We help automotive, home appliance, and industrial equipment companies turn drawings, samples, or ideas into reliable molded parts -- faster, with fewer communication gaps and more stable production quality.
* 2D/3D files, samples, and OEM/ODM projects are highly welcome.
Dongguan Factory
Serving Since 2018
From prototype tooling to production delivery for global OEM/ODM projects
For many buyers and product teams, the biggest challenge is not just making a mold -- it is managing development risk, supplier coordination, quality consistency, and production readiness. That is where we help.
Managing separate mold makers and molding factories leads to finger-pointing, delays, and miscommunication.
Our Solution
With mold making, molding, and assembly under one roof, you eliminate supplier friction completely.
Finding structural defects during mold trials means costly mold modifications and delayed launch plans.
Our Solution
We run complete, complimentary DFM and Moldflow analysis before cutting steel to prevent issues early.
Waiting weeks for sample iterations stalls your functional testing and assembly validation processes.
Our Solution
Our dedicated trial molding team provides rapid sample iterations to accelerate your time-to-market.
Dimensional deviations and cosmetic defects lead to high scrap rates and assembly failures in your plant.
Our Solution
Strict process-control systems (IQC, IPQC, FAI, OQC) ensure absolute batch-to-batch consistency.
Capabilities & Services
From early engineering feedback to final shipping boxes, we provide fully integrated solutions for custom plastic components and complex assemblies.
Custom plastic mold design and precision tool making based on your 2D drawings, 3D CAD files, or physical samples. We analyze gate locations, cooling layout, and structural integrity.
High-efficiency injection molding from low-volume trials to high-volume mass production. Powered by 35 state-of-the-art machines supporting standard, multi-cavity, and hot runner setups.
Early-stage design for manufacturability (DFM) analysis to optimize draft angles, wall thickness, rib structures, and weld line placements, significantly reducing tooling risk.
Fast-turn sample making and mold trial support (T1, T2) to verify part fit, structural function, surface appearance, and overall production feasibility before mass release.
Comprehensive secondary operations: painting, silk screening, pad printing, ultrasonic welding, heat staking, laser engraving, mechanical assembly, and customized retail packaging.
A complete, stress-free workflow from product evaluation and prototype tooling to bulk molding, post-finishing, and global delivery -- all managed by a single expert team.
Industry Applications
We mainly serve customers who require high-precision, structural stability, and superior cosmetic quality for demanding target markets.
Custom molded parts for automotive interior, functional, and structural applications. Fully compliant with rigorous IATF 16949 quality standards and material traceability.
Reliable plastic components for appliances and consumer-facing products where strict dimensional stability, perfect surface finish, and assembly performance matter.
Durable engineering plastic components, heavy-duty enclosures, electronic connectors, and structural components designed to withstand harsh environments.
Material Expertise
We work with a comprehensive spectrum of resins. Our engineering team helps evaluate and select the best material based on your part's environmental and mechanical stress requirements.
High impact resistance, excellent mechanical strength, and superb aesthetic finish. Perfect for appliance covers, structural parts, and consumer electronics.
Excellent chemical resistance, fatigue resistance, and high elasticity. Widely used for household goods, dynamic hinges, and automotive interior panels.
A wide array of general-purpose resins supporting various optical, rigid, flexible, and food-grade applications.
Why Work With Us
We bridge the gap between design and physical reality, delivering reliable quality with transparent, engineering-first communication.
No need to manage separate suppliers. This reduces communication friction, eliminates handoff delays, and keeps your project highly coordinated.
We analyze your CAD drawings and provide structural optimizations early in the design cycle, helping avoid costly revisions down the road.
Our quoting and tooling engineers respond within 24 hours with manufacturability feedback, accelerating your product launch timeline.
Experienced in handling complex slider/lifter structures, double-shot molds, and high-precision core pulling mechanisms.
We provide step-by-step inspection reports, mold trial videos, and full dimensional validation documents with every sample run.
We maintain, clean, and warrant your mold tools for their lifetime in our factory, ensuring seamless, long-term supply stability.
Quality Assurance
We understand that for global buyers, quality is not only about a single perfect sample -- it is about process control, inspection capability, and long-term production consistency.
Verification of resin grades, raw material certificates, and moisture level analysis before processing.
Full dimensional and cosmetic inspection of the first parts off the tool during mold trials.
Continuous hourly inspection during mass molding runs, followed by rigorous pre-shipment quality audits.
We inspect tolerances down to the micron level.
* Full dimension layout & material inspection reports (SGS, RoHS, REACH) can be provided upon request.
Factory Tour
Our state-of-the-art facility in Dongguan is fully equipped with premium CNC, EDM, and injection machines to keep production stable and cost-efficient.
Project Gallery
Take a look at some of the custom plastic components and tooling projects we have successfully delivered.
Injection Molding
Industry: Medical
Cleanroom-ready multi-cavity mold designed for medical components, supporting medical-grade plastics, precision tolerances, and compliance with ISO standards.
Injection Molding
Industry: Home Appliance
Robust zinc alloy die casting mold with optimized structure for high strength metal components, ensuring dimensional stability and extended tooling lifespan.
Injection Molding
Industry: Home Appliance
Energy-efficient hot runner mold ideal for mass production of consumer products, helping reduce material waste and achieving superior surface quality.
Project Workflow
Our structured workflow is designed to make custom tooling and molding clear, fast, and easy to manage for overseas clients.
Share your 2D/3D drawings, physical samples, or concepts.
Our team evaluates material, gate locations, and drafts.
We provide pricing, tooling approaches, and timelines.
In-house mold fabrication, trial runs, and sample approval.
Mass injection molding with full hourly inspection controls.
Finishing, assembly, packaging, and global shipping.
💡 Engineering communication in English supported. You will be assigned a dedicated engineering project manager for seamless daily coordination.
FAQ
Get quick answers to common questions about our custom mold manufacturing and injection molding operations.
Yes, we do. We routinely design and build custom plastic injection molds based on your 2D drawings (PDF, DWG), 3D CAD files (STEP, IGES, X_T), or physical mockups/samples. Reverse engineering services are fully supported in-house.
Yes. Every project undergoes a thorough engineering review prior to steel cutting. We generate detailed Design for Manufacturability (DFM) and Moldflow analysis reports to evaluate thickness, gate style, draft angles, and potential weld line issues to eliminate tooling risks.
Absolutely. We are a fully integrated manufacturer. We build the mold, run trial samples (T1, T2) for your physical approval, execute mass injection molding runs, complete post-processing (painting, printing, welding), assemble, and package your parts under one roof.
We work with standard commodity polymers (ABS, PP, PE, PVC, PMMA), durable engineering resins (Nylon/PA, PC, POM, PC+ABS), elastomers (TPU, TPE), and high-performance engineering plastics (PEEK) for specialized industrial wear parts.
We are certified to ISO 9001:2015, IATF 16949 (automotive core components), and ISO 13485 (medical devices). We enforce strict incoming inspection, first-article confirmation, and outgoing quality control (OQC).
Yes. We support low-volume trial runs (100 to 1,000 units) to help validate your market and assembly operations before scaling up to high-volume manufacturing.
Start Your Project
Send us your drawing, sample, or custom requirements. Our engineering team will review your parameters and provide a comprehensive tooling and production proposal.
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