Custom Multi Cavities Plastic Cap Injection Mould Moulding Mineral Water Bottle Cap Mold

Product Description

PRODUCT PARAMETERS.

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

Product Name	Mold & fixture
Mould Material	3Cr13, 3Cr17,3Cr17NiMoV mould steel or Din 1.2316
Size	Custom made
Die Strand	One
Testing Sample	Testing samples can be offered upon customers' request
Lead Time	Calculate on request
Delivery Port	negotiable
Products & Services	Product Design Services;Molding Design;Injection MoldsHardware Molds; PCB & SMT; Injection Mold OEM; Hardware OEM
MOQ	One set
Types of molds that can be produced	Stamping molds, injection molds, metal injection molding molds
Types of jigs that can be produced	Machining jigs, welding jigs, assembly jigs, testinspection jigs

SAMPLE DISPLAY.

MATERIAL SELECTION.

In mold and fixture manufacturing, material selection directly defines service life and precision—an expertise we've refined over 12 years serving automotive, electronics, and aerospace sectors. We deliver tailored material solutions that balance performance, cost, and manufacturability.
For molds, we handpick options based on application: H13/S136 mold steel (excellent wear resistance for high-cycle injection molds), P20 pre-hardened steel (cost-effective for medium-volume stamping molds), and corrosion-resistant stainless steel for food-industry dies. For fixtures, 4140 alloy steel (high strength for CNC machining clamps) and 7075 aluminum (lightweight for portable welding fixtures) are our staples.
All materials come from SGS-verified suppliers, with spectral testing and hardness verification to meet ISO 9001/IATF 16949 standards. For an automotive client, we recommended H13 over standard steel, extending mold life by 30%. Transparent traceability reports and proactive material advice make us a trusted global partner.

SURFACE TREATMENT & PRODUCTION PROCESS.

HOT SALES.

PACKAGING&SHIPPING.

Our product packaging is crafted with meticulous care, prioritizing protection, functionality, and environmental responsibility. For durability, we select high-strength materials: most products use robust cardboard boxes that resist impacts and pressure during transit and storage. Inside, tailored cushioning—such as foam, bubble wrap, or air cushions—prevents product shifting and shields against shocks or vibrations. For fragile items, we adopt specialized solutions like wooden crates or reinforced boxes, designed to meet unique product requirements and ensure maximum safety. Beyond protection, our packaging balances aesthetics and informativeness: clear labels detail product names, specifications, and quantities for easy identification and handling. Critically, we uphold strong eco-conscious values: we use recyclable materials wherever possible and minimize waste, aligning with global demands for sustainable packaging while reducing environmental impact. For exported products, we offer diverse, carefully chosen transportation methods to guarantee efficient, reliable delivery—ensuring products reach clients intact and on schedule. In essence, our packaging integrates durability, functionality, and eco-friendliness, safeguarding product integrity while leaving a positive impression, and our export transportation ensures seamless, trustworthy delivery worldwide.

COMPANY PROFILE.

Gelanten is a leading provider of precision component machining and tailored technical solutions ,dedicated to delivering excellent and customized solutions across industries worldwide, including: Defense, Automotive, Medical Devices, Industrial Machinery, Robotics,Consumer Electronics,etc...
We are your engineering and manufacturing partner with integrated capabilities across CNC Machining, Stamping, Powder Metallurgy, and more. Our expertise ensures precision, quality, and cost-effective solutions from concept to volume production.
Services: OEM & ODM Solutions
Quality: Full inspection with CMM and optical equipment to ensure 100% compliance

CUSTOMER FEEDBACK.

Endorsed by leading manufacturers worldwide across aerospace, automotive, medical, and electronics sectors, our CNC molds & fixtures receive glowing 5-star feedback for exceptional precision (±0.002mm-±0.006mm), premium-grade materials (tool steel, aluminum alloy, brass, engineering plastics), and tailored manufacturing expertise—supporting rapid prototyping, small-batch trials, and mass production, complemented by punctual global delivery, ISO 9001 certification, and rigorous quality assurance processes.

TOP 15 FAQs FOR MOLD & FIXTURE

1:What core info is needed for customization?

Provide 3D models (STP/IGS), 2D CAD drawings, workpiece material specs, tolerance requirements, and DFM demands.

2:How to ensure IP security?

Sign a tooling ownership agreement, add unique identifiers, and restrict unauthorized reuse via contracts. 

3:What's the typical lead time?

15–45 days: Standard fixtures (15–20 days); complex molds with digital twin simulation (30–45 days).

4:Which materials are top for high-performance molds?

NAK80/718H pre-hardened steel, H13 modified hot-work steel, and CMC (ceramic matrix composites).

5:How to resolve precision deviations?

Calibrate CNC/EDM equipment, optimize cooling channels, and apply PVD surface treatment.

6:What's the common payment structure?

40% down payment for raw materials, balance paid before delivery; flexible terms for long-term cooperation.

7:Can they be reused across projects?

Modular fixtures with adjustable clamping ranges are reusable; mold cavities need reworking for mismatched specs.

8:Who is responsible for maintenance?

Manufacturer provides 1-year free warranty for non-human damage; post-warranty offers LSR (laser surface remelting) service.

9:How does smart manufacturing impact production?

AI-driven mold flow analysis and real-time monitoring cut trial runs by 30% and boost consistency.

10:What standards apply to accessories?

Adopt DME/HASCO standards for ejector pins/guide pillars to ensure CNC machine interchangeability.

11:How to handle miniaturization challenges for 3C molds?

Use micro-EDM processing, optimize gate design, and enhance cooling efficiency for tiny cavities.

12:What new materials excel in fixtures?

PEEK engineering plastic (wear-resistant, lightweight) and CFRP (carbon fiber reinforced composites) for high rigidity.

13:How to reduce fixture management costs?

Adopt digital management systems with one-code tracking, automatic maintenance reminders, and smart scheduling.

14:What causes mold filling defects?

Uneven melt flow or insufficient temperature control; solved by CAE simulation and runner system optimization.

15:How to improve robot quick-change fixture stability?

Enhance connection disc precision, use multi-lock mechanisms, and select nitride-treated locking pins. 

 Last Updated:   Mar 3,2026