Injection Tools-Axi Precision

Injection Tools

High-quality mold-making services for plastic and metal mass production.

AXIPRECISION offers high-quality mold-making services for a wide range of industries and applications. Our mold manufacturing capabilities in China cover molds for metal casting, plastic injection, and custom CNC molds. Supported by our in-house engineering capabilities and an extensive network of manufacturing partners, we deliver tailored tooling solutions based on each project’s specific requirements.

From prototype molds for short production runs to durable production molds built for mass production, AXIPRECISION has an experienced team capable of managing the entire mold-making process efficiently. We provide fast turnaround times and work with various materials, including aluminum, steel, and plastic, to meet different tooling and production needs.

Comprehensive Mold Making Solutions

Our mold making services cover the complete process from mold design and engineering to manufacturing and production. Based on your specific requirements, we manufacture high-precision molds using materials such as rigid plastics, rubbers, stainless steel, aluminum, and more. With a strong focus on quality and consistency, we deliver durable tooling solutions that support the reliable production of millions of products worldwide.

Looking for an experienced mold maker for aerospace, automotive, and consumer products? AXIPRECISION provides high-quality molds with competitive pricing and dependable manufacturing support. Our streamlined production process enables us to maintain efficient lead times while meeting demanding tooling requirements.

How We Manufacture Injection Molds

DFM and Moldflow Analysis

After your order is confirmed, our engineers will review your part design through DFM (Design for Manufacturing) and determine the best parting lines and gate locations. For complex parts, we can also perform mold flow analysis to check material filling and identify potential issues such as weld lines, air traps, sink marks, and warpage. This helps us find and fix potential problems before mold production starts, reducing tooling risks, rework, and unnecessary costs.

Mold Design

Our engineering team uses predictive modeling and advanced design tools to review your product design and identify potential issues before production. We look at key details such as structure, dimensions, material selection, and manufacturability, then suggest practical improvements where needed. This helps make your design easier to manufacture, reduce production risks, and achieve better precision in the final parts.

Manufacturing

CNC machining and EDM are the third stage of the process. Once the design is confirmed, we use high-quality CNC machines and electrical discharge machining technology to build the mold with the required accuracy and details. We can work with different mold-making materials, based on your part requirements, production volume, and budget.

Fitting

Mold fitting and assembly are the next stage of the process. After the main mold components are machined, our skilled mold technicians carefully fit and assemble each component to make sure the core, cavity, inserts, sliders, and other parts work together properly. We check critical dimensions, clearances, and alignment during assembly to ensure smooth mold operation and reliable part quality. Any necessary adjustments are made during fitting before the mold moves to the next stage.

T1 & optimization

T1 mold trial and optimization are the next stage of the process. Once the mold is assembled, we run a T1 trial to check the molding process and the first parts produced by the mold. Our engineers review key details such as filling, part dimensions, appearance, ejection, and mold operation to identify any issues. Based on the T1 results, we make the necessary adjustments to the mold or molding process, helping improve part quality, mold performance, and production stability before the final mold validation.

MP or shipping

Mass production or shipping is the final stage of the process. Once the mold and sample parts are approved, we move into mass production or prepare the completed mold for shipping, depending on your project needs. During production, our team keeps a close eye on part quality, dimensions, appearance, and molding consistency to make sure the parts meet the approved requirements. Before shipping, the mold or finished parts are inspected, properly packed, and prepared for safe delivery to your facility.

Our Injection Mold Capabilities

Rapid Tools

Our Rapid Tooling solutions provide a practical way to build reliable plastic injection molds for fast product development and low-volume production. We use aluminum or steel based on your part design, material, production volume, and expected mold life. Rapid Injection Molds help shorten tooling lead times and reduce upfront costs, making them ideal for prototypes, product testing, low-volume production, and early-stage manufacturing. By getting real molded parts faster, you can identify design or molding issues early, make changes quickly, and reduce the risks and costs of moving into full production.

Production Tools

Our Production Tooling is designed for stable, repeatable plastic injection molding and long-term production. We consider part design, plastic material, mold life, cooling, ejection, and cycle time when designing Production Injection Molds. Proper tooling helps reduce downtime, quality variation, and maintenance costs while supporting consistent production over thousands or millions of cycles. From single-cavity molds to multi-cavity molds and family molds, we build practical tooling solutions that can meet your production volume and long-term manufacturing requirements.

Overmolding Tools

Our Overmolding Tools combine two materials into one finished part, helping reduce components and assembly work. Overmolding Injection Molds can mold plastic over TPE, rubber, metal, or another plastic to improve grip, sealing, insulation, protection, or appearance. We consider material compatibility, part positioning, bonding, shrinkage, and mold structure to achieve reliable results. Plastic Overmolding is widely used for automotive components, electronic products, medical devices, industrial parts, and consumer products where better functionality and fewer assembly steps are required.

Insert Tools

Our Insert Molding Tools are designed to mold plastic directly around metal inserts and other components. Common applications include threaded inserts, pins, terminals, bushings, and custom metal parts. Insert Molding Injection Molds can combine multiple components into one part, helping reduce assembly work while improving strength, positioning, and consistency. We focus on insert location, retention, plastic flow, cooling, and ejection to ensure stable production. Plastic Insert Molding is ideal for automotive, electronics, industrial, and other applications requiring reliable mechanical connections.

Two-Shot Injection Tools

Our Two-Shot Injection Tools allow two materials or colors to be molded into one finished part, reducing secondary assembly and improving product consistency. 2K Injection Molding is ideal for products requiring multiple materials, soft-touch surfaces, two-color designs, or integrated functional features. We consider material compatibility, shrinkage, part transfer, alignment, and sealing during mold design. Two-Shot Molds are widely used for automotive parts, electronic components, medical devices, consumer products, and other applications requiring a more integrated and efficient manufacturing process.

Die Casting Dies

Our Die Casting Dies are designed for medium- to high-volume production of strong, consistent metal parts. Custom Die Casting Dies can be used with aluminum, zinc, and other non-ferrous alloys to produce complex geometries with good dimensional accuracy and surface quality. Proper die design helps reduce material waste, secondary machining, and per-part costs. We consider part geometry, wall thickness, filling, cooling, and ejection to improve production stability. Die Casting is widely used for automotive components, electronics housings, industrial equipment, and other lightweight metal applications.

Contact Us

Contact Axi Precision to get a free quote for mold making services. Our dedicated team is ready to provide tailored solutions and faster turnaround time.

REQUEST A QUOTE

FAQs

INVESTOR CONTACT

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DOES THE COMPANY HAVE SILENT PERIODS?

Yes. WABAG follows silent periods prior to its earnings release every quarter. During the silent period, the company or any of its officials will not discuss earnings expectations with any external parties. It starts 15 days prior to the date of Board Meeting in which the earnings are going to be released, and ends after the release of financial results.

Injection Tools

Injection Tools

Comprehensive Mold Making Solutions

How We Manufacture Injection Molds

1 DFM and Moldflow Analysis

2 Mold Design

3 Manufacturing

4 Fitting

5 T1 & optimization

6 MP or shipping

Our Injection Mold Capabilities

Rapid Tools

Production Tools

Overmolding Tools

Insert Tools

Two-Shot Injection Tools

Die Casting Dies

Contact Us

FAQs

DFM and Moldflow Analysis

Mold Design

Manufacturing

Fitting

T1 & optimization

MP or shipping