High Wear Resistance Multi-Cavity High Precision Customized Automotive Plastic Injection Mould

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Product Description

Automotive Plastic Injection Mould Banner
Basic Information
Model NO.JLT04-S001
Surface TreatmentPolishing
Production TypeMass Production
Machining MethodCNC Machining
MaterialNylon, Steel, Plastic, Brass, Alloy, Copper, Aluminum, Iron
Lead Time15-30 Days
CertificationISO9001, CE
Capacity100000PCS/Month
Product Parameters

Precision mold & fixture manufacturing: custom molds (for forming) and fixtures (for positioning/inspection). Utilizing CNC-driven precision machining (mills, lathes), we process metal or engineering-grade materials to create durable, precision-engineered tooling that ensures reliability and boosts efficiency in high-volume production.

Product NameMold & fixture
Mould Material3Cr13, 3Cr17, 3Cr17NiMoV mould steel or Din 1.2316
SizeCustom made
Die StrandOne
Testing SampleAvailable upon request
Products & ServicesDesign Services; Molding Design; Injection Molds; Hardware Molds; PCB & SMT; OEM/ODM
MOQOne set
Types of MoldsStamping molds, injection molds, metal injection molding molds
Types of JigsMachining, welding, assembly, test/inspection jigs
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Material Selection Expertise
Material Selection

Professionalism You Can Rely On

In mold and fixture manufacturing, material selection directly defines service life and precision. We deliver tailored material solutions that balance performance, cost, and manufacturability.

For molds, we offer: H13/S136 mold steel (high-cycle injection), P20 (medium-volume stamping), and corrosion-resistant stainless steel. For fixtures, 4140 alloy steel and 7075 aluminum are staples.

All materials come from SGS-verified suppliers, with spectral testing and hardness verification to meet ISO 9001 standards.

Surface Treatment & Production
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Packaging & Shipping
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Our packaging is crafted with meticulous care, prioritizing protection and functionality. We use high-strength cardboard boxes and tailored cushioning like foam or air cushions. For fragile items, wooden crates or reinforced boxes are used. Our eco-conscious values drive us to use recyclable materials wherever possible, ensuring products reach clients intact and on schedule worldwide.

Company Expertise
Factory View

We are a leading provider of precision component machining and tailored technical solutions. We deliver customized solutions across industries including Defense, Automotive, Medical Devices, Industrial Machinery, Robotics, and Consumer Electronics.

As your engineering partner, we integrate CNC Machining, Stamping, and Powder Metallurgy. Our expertise ensures quality and cost-effectiveness from concept to volume production.

Quality Assurance: Full inspection with CMM and optical equipment to ensure 100% compliance.

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Customer Feedback
Feedback
★★★★★

"Endorsed by leading manufacturers worldwide across aerospace and automotive sectors, our CNC molds & fixtures receive glowing 5-star feedback for exceptional precision (±0.002mm-±0.006mm) and premium-grade materials."

Frequently Asked Questions
What core information is needed for customization?
Please provide 3D models (STP/IGS), 2D CAD drawings, workpiece material specifications, tolerance requirements, and DFM demands.
What is the typical lead time for production?
Typically 15–45 days: Standard fixtures take 15–20 days; complex molds with digital twin simulation take 30–45 days.
How do you ensure the precision of the molds?
We calibrate CNC/EDM equipment regularly, optimize cooling channels, and apply PVD surface treatments to resolve precision deviations.
Which materials are best for high-performance molds?
We recommend NAK80/718H pre-hardened steel, H13 modified hot-work steel, or CMC (ceramic matrix composites) for peak performance.
Can fixtures be reused across different projects?
Modular fixtures with adjustable clamping ranges are reusable; however, specific mold cavities usually require reworking if specifications do not match.
How are mold filling defects handled?
Defects caused by uneven melt flow or temperature control are solved through CAE simulation and runner system optimization during the design phase.

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