Precision Injection Molding for Demanding OEM Applications
From DFM and precision tooling to injection molding, inspection, and stable mass production, EBG supports demanding automotive, medical, optical, and electronics projects from concept to production.
Send your 3D model, 2D drawing, or existing mold data — our engineers will review manufacturability, material, tooling, and production risks before you commit to tooling. NDA available.
Built for Precision. Engineered for Production.
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Need More Than a Plastic Injection Molding Supplier?
A good T1 sample proves nothing. What matters is whether the 10,000th, or the 1,000,000th part still meets the same tolerances. EBG is built around that problem.
Complex Geometries
Deep ribs, thin walls, tight features, complex surfaces, and difficult flow paths.
Tight Tolerances
Tight Tolerances Tight tolerances — down to ±0.005mm, verified by CMM
Stable Mass Production
Stable Mass Production Stable mass production — 【2M+】 parts/month, SPC-controlled
Global Quality Requirements
Global Quality Requirements Global quality standards — PPAP, FAI, traceability, material docs
One Engineering Partner from Mold to Mass Production
EBG combines precision mold manufacturing, plastic injection molding, engineering analysis, inspection, and secondary processing within one integrated manufacturing workflow.
Precision Mold Manufacturing
Precision tooling for complex and demanding injection molded components.
- ·Precision mold design
- ·Five-axis CNC machining
- ·EDM machining
- ·Complex cavity and core machining
- ·Mold assembly and validation
Precision Plastic Injection Molding
Controlled injection molding for prototypes, production validation, and stable mass production.
- ·30-650T injection molding
- ·Thin-wall & insert molding
- ·Overmolding & two-shot molding
- ·Multi-color molding
- ·Engineering plastics
DFM & Moldflow Engineering
Identify manufacturing risks before steel is cut.
- ·DFM analysis
- ·Moldflow & fill-time analysis
- ·Cooling & warpage prediction
- ·Gate optimization
- ·Tooling risk assessment
Inspection & Quality Control
Quality control built into the production process--not added at the end.
- ·CMM inspection
- ·3D surface measurement
- ·First Article Inspection
- ·SPC / process monitoring
- ·PPAP support where required
Precision Components for Demanding Industries
Automotive
- · Dimensional stability & tight tolerances
- · PPAP support & traceability
- · Long-term production consistency
Medical
- · Material control & traceability
- · Clean production environments
- · Consistent batch quality
Optical
- · Surface quality & precision machining
- · Optical surface inspection
- · High-precision tooling
Consumer Electronics & Smart Devices
- · Thin-wall & cosmetic surfaces
- · Multi-color & secondary processing
- · High-volume production
See Where Your Parts Are Made
Engineering claims matter. Manufacturing evidence matters more. Take a closer look at the equipment, production environments, tooling capabilities, and inspection systems behind your project.
Injection Molding Workshop
236 injection molding machines supporting engineering validation and production requirements across multiple machine ranges.
Precision Mold Workshop
Precision machining and mold assembly for complex injection tooling.
Five-Axis CNC Machining
Advanced five-axis machining for complex mold geometries and high-precision tooling components.
Quality Inspection
CMM and advanced measurement equipment for dimensional verification and production quality control.
Controlled Production Environment
ISO 7 / ISO 8 cleanroom capabilities for applications requiring controlled manufacturing conditions.
Optical Lens Assembly
26 fully automatic all-in-one assembly machines dedicated to optical lens production with high consistency and precision.
From Drawing to Stable Mass Production
A controlled manufacturing process reduces engineering risk before production begins and creates clear responsibilities at every project milestone.
RFQ & Engineering Review
We review 2D drawings, 3D models, material requirements, annual volume, tolerances, surface finish, quality requirements.
DFM & Moldflow Analysis
Our engineers identify potential filling, cooling, warpage, ejection, gating, tolerance, and tooling risks before mold manufacturing begins.
Precision Mold Manufacturing
Precision machining, component manufacturing, assembly, finishing, and tooling validation.
T1 / T2 Trial & Validation
Verify filling, dimensions, appearance, ejection and process stability.
Mass Production
Controlled parameters, inspection, material control and documented quality procedures.
Final Inspection & Delivery
Dimensional reports, material documentation, quality records, packaging, and shipping support.
Quality Built Into Every Stage
For OEM projects, quality is not a final inspection activity. It is a controlled process that starts with engineering review and continues through tooling, molding, inspection, and delivery.
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IATF 16949
Quality management practices supporting demanding automotive manufacturing requirements.
ISO 9001
Documented quality processes supporting consistent manufacturing and inspection.
ISO 14001
Environmental management practices supporting responsible manufacturing operations.
Precision Measurement
CMM and advanced measurement systems for dimensional and surface verification.
FAI & Dimensional Reports
Structured inspection documentation for project validation and production approval.
SPC & Process Control
Process monitoring and documented controls for stable production performance.
PPAP Support
Production approval documentation and PPAP support for automotive programs where required.
Engineering Problems We Help Solve
The value of an OEM manufacturing partner is measured by how effectively engineering risks are identified, solved, and controlled--not simply by the ability to produce a part.
Automotive Precision Component
Complex geometry, dimensional requirements, and long-term production stability.
DFM review, mold flow analysis, precision tooling, process optimization, and dimensional validation.
Stable production, dimensional consistency, and documented quality control.
Medical-Related Precision Component
Tight dimensional requirements, material control, cosmetic quality, and controlled production conditions.
Material evaluation, precision tooling, controlled molding, dimensional inspection, and documented quality procedures.
Repeatability, traceability, and consistent production quality.
Optical Precision Component
High surface quality and dimensional precision for optical applications.
Precision mold manufacturing, high-accuracy machining, controlled molding, and optical surface inspection.
Surface quality, dimensional accuracy, and process consistency.
Experience Built Around Demanding OEM Requirements
Since 2003, EBG has developed experience supporting demanding OEM and ODM manufacturing programs. Our engineering and production approach is built around the requirements that matter most to professional procurement and engineering teams: manufacturability, precision, process control, documentation, traceability, and stable mass production.
Long-Term Automotive OEM Experience
Supporting demanding automotive programs since 2016.
Our automotive experience includes precision tooling, injection molded components, engineering review, dimensional inspection, production validation, and quality documentation.
Customer names and project details are disclosed only where permitted by confidentiality requirements.
Why OEM Customers Work With EBG
Engineering Before Tooling
DFM and Moldflow review before tooling — so problems are found on screen, not in the mold.
Tooling and Production Under One System
Mold manufacturing and injection molding are coordinated within one manufacturing workflow.
Documented Quality
Inspection reports, material documentation, process records, and PPAP support are available according to project requirements.
Long-Term Production Support
We stay after T1 — tooling maintenance, process optimization, and ongoing production support
Have a Part to Manufacture?
Send us your 3D model, technical drawing, material requirement, annual volume, or existing mold information. Our engineering team can review the project and identify the key manufacturing considerations before you commit to tooling.
Engineering Review
Manufacturability and tooling considerations.
Material Review
Material suitability based on application and production requirements.
Tooling Review
Mold concept, gating, cooling, ejection, and tooling risks.
Production Review
Expected production requirements, quality controls, and documentation.
NDA available upon request.