Providing High-precision mock-ups, prototypes, and low-volume production services including small batch injection molding and assembling!

What do we do?

When you want to make a prototype with the same precision as mass production, When you want to make a prototype by which not only you can verify the appearance, the structure, the function, but also you can verify the performance of the materials which to be used in mass production, Or When you want to produce a small batch of the new product to launch it to market quickly to see the reaction from the market, Contact us now, we can just do it for you!

Who we are?

We are an professional manufacturer dedicated to high-precision prototype manufacturing and small batch production.
For More than 10 years, we have provided tens of thousands of prototypes for world-famous manufacturers in the automotive, the communication, the medical, and the aerospace industries.

We are specialists in the manufacturing of all kinds of prototypes and low-volume production service, Besides, We can provide our clients with one-stop service from industrial design, prototyping, prototype injection mold, regular injection mold fabrication, and small batch injection molding all the way to manufacturing products.

Our services are covering with CNC machining, 3D printing, vacuum casting, prototype injection molding, rotational molding, compression molding, Vacuum forming, lost wax casting, metal parts lather cutting, stamping, sheet metal, forging, die casting, small batch injection molding, and low volume production.


Ours Core competencies
-Technology of molded prototypes injection and prototype injection mold fabrication

The accuracy of our Injection molded prototypes is almost the same as mass production, Which can help our customers to shorten the development cycle and reduce the development cost and manufacturing costs.

We have rich experience in Prototype Injection Molding,
We have the know-how to finish a high-precision prototype injection mold in very short time,and its cost much cheap than the production mold, our technique of prototype molds making helps our customers keeping their competitive advantage in the market.

We make the prototype injection mold under the same conditions as regular molds, such as using the same steels and use the same plastic materials to inject the prototype, So the accuracy of our molded prototypes is almost the same as the regular injected parts. thus it can help our clients to do the test to check and verify overall performance index and production stability before mass production:

1, Verification of the plastic parts design
2, Verification of the mold design
3, Verification of the resin flowability
4, Verification of the Function and the strength of the plastic parts
5, Verification of the overall performance index of the plastic parts







The advantage of the injection molded prototypes are:


-The Quality level similar to traditional mold
-Plastic materials is the same as the one used in mass production
-Shorten the development cycle
-Save overall development cost
-Get you the new product lauched to the market quickly
 



Industries


Our Molded prototypes are mainly used for testing and verification or pilot run production of the precision structure parts used in automotive, aerospace, communication, and medical industries.

Automotives, Aerospace, Communications and Medical industries

Some precision interior structural parts needs to work under the strict environmental conditions, and needs to be resistant to high temperature, cold, durability and high strength to ensure good quality and safety, Such as connectors, fasteners, the parts inside engine, gear box and automatic transmission.

It is necessary to verify and test every index of new developed project before mass production. The injection molded prototypes can meet the requirements of such inspection and testing very well. 

Does your company also make regular injection mold?

Yes, We do.

Besides the prototype injection mold, We also make Regular Injection Molds. With high-precision processing machines and experienced staff, Proudly We have worked for world-famous automotive, communication equipment, and medical instrument manufacturers for more than 20 years!
 

We are experts in injection molding for high-precision interior structure parts used in automotive, communication equipment, and medical instruments. 



What Can We Help You With ?

1

Our Prototyping Process

 

Our services are covering with CNC machining, 3D printing, vacuum casting, prototype injection molding, rotational molding,compression molding, Vacuum forming, lost wax casting, metal parts lather cutting, stamping, sheet metal, forging, die casting, and so on.

 

2

Injection Molded Prototypes

 

The accuracy of our molded prototypes is almost the same as the regular injected parts. Thus it can help our clients to do the test to check and verify the overall performance index and production stability before mass production.

 

3

Small batch injection molding

Besides molded prototypes, We also provide our client with small-batch injection molding services:
-Prototype injection mold fabrication
-Short, medium, and long runs of molded plastic parts
-Small batch injection molding
-Low-volume production

 

News & Blog

Rapid Prototyping Mold: The Secret Weapon to Accelerate Product Development

Rapid Prototyping Mold: The Secret Weapon to Accelerate Product Development

What is a rapid prototyping mold? Quick molds, refer to molds used for rapid prototyping and small batch production. Unlike traditional production molds, rapid molds emphasize fast production, fast iteration, and low cost. It is usually made of easily processed materials such as aluminum alloy and resin, which not only have fast processing speed but also low cost, greatly shortening the mold manufacturing cycle.
How many types of plastic moulding are there?

How many types of plastic moulding are there?

How many types of plastic moulding are there? Roughly there are 5 types of the plastic moulding, they are extrusion moulding, compression moulding, blow moulding, injection moulding and rotational moulding. Base on different shape and design of a parts, you can decide which one will be the most effective for you to use. 1. Extrusion Moulding 2. Compression Moulding 3. Blow Moulding 4. Injection Moulding 5. Rotational Moulding 1. Extrusion Moulding: This process is used to create long, continuous shapes such as pipes, tubing, and sheets. It involves forcing molten plastic through a die to create the desired shape. 2. Compression Moulding: This method is suitable for producing large, intricate parts with high strength and durability. It involves placing a heated plastic material into a mold and compressing it with a hydraulic press to form the desired shape. 3. Blow Moulding: This process is commonly used to produce hollow objects such as bottles and containers. It involves blowing air into a heated plastic tube to expand it into the shape of the mold. 4. Injection Moulding: This is one of the most widely used plastic moulding processes for producing a variety of complex parts with high precision. It involves injecting molten plastic into a mold under high pressure to form the final product. 5. Rotational Moulding: This method is ideal for producing large, hollow parts such as tanks, containers, and playground equipment. It involves rotating a mold with the plastic material inside a heated oven to evenly coat the interior of the mold and form the desired shape.
How is prototyping used in the product development?

How is prototyping used in the product development?

Prototyping plays a vital role in the development of a new product, By creating and testing multiple iterations of a prototypes, engineers and designers can refine and optimize the design until it meets all the required specifications. Prototyping is used in the medical industry to: • Refine and optimize device design • Evaluate device functionality, usability, and safety • Facilitate communication and collaboration between stakeholders • Identify design flaws or issues early on
What is the difference between a prototype mold and a production mold?

What is the difference between a prototype mold and a production mold?

The production mold is designed for high-volume manufacturing and made from hardened steel. The production tool always has automated slides for side action and multiple cavities. the prototype mold is fabricated in aluminum or soft steel for short-run manufacturing or concept validation, has hand-loaded core pins, hand-loaded slides and typically single cavity.
How much does the molded prototypes cost?

How much does the molded prototypes cost?

The cost of the molded prototypes differs according to the material chosen and injection cycle of the prototype parts. A molded prototype cost is defined by a model's design, the material chosen, and the amount of the molded prototypes.
Prototype Injection Molding For Validating Of The High-precision Parts

Prototype Injection Molding For Validating Of The High-precision Parts

Product Designers need precision-crafted parts to meet industry safety standards and tolerances. It is better to make the injection molded prototype than ordinary prototypes. As the injection molded prototypes meet exact specifications with 0% error.
Our Plastic Injection Molding Capabilities

Our Plastic Injection Molding Capabilities

Prototype injection molds are also called prototype mold, rapid mold, rapid tooling, economical mold, fast mold etc., HWTC have more than 20 years in building the prototype injection mold, our prototype molding can meets different kinds of customer requirement including validating the new developed products or just small batch injection molding production.
How many processing method  to make rapid prototypes

How many processing method to make rapid prototypes

There are many rapid prototyping production methods to choose from, each with benefits and limitations, including: 1. 3D Printing Includes Stereolithography (SLA), Fused Deposition Modeling (FDM), Selective Laser Melting (SLM), Selective Laser Sintering (SLS), Digital Light Processing (DLP) 2. CNC Machining 3. Vacuum casting 4. Rapid molding or prototype injection molding. You can choose the most suitable methods to make the prototypes base on your use and purpose.