Need mold making supplies for mass production parts? 3ERP is known as the best mold maker in China. With mold making facilities in house and resources from our partners, we are able to provide plastic injection molds for both rigid plastics and rubbers, metal injection molds for all type of precision stainless steel parts, and pressure die casting molds for aluminum, magnesium and zinc. We offer low-cost local production molds and high-quality exported molds for all your project needs.
Whatever you need prototype molds for the short-run production, or mass production molds for millions shots, 3ERP can handle them for you smoothly.
3ERP is an experienced provider of mold making services with lots to offer beyond our competitors:
1. Fast DFM reports
Although we check your design feasibility when providing a quote, we can provide a fast and thorough DFM (design for manufacturability) report before production begins. In the DFM report, we’ll identify any errors or issues that might cause a manufacturing problem down the line.
2. Wide range of molds
We offer several different types of molds, which means you can avoid splitting your projects; just send everything to us to ensure your project runs smoothly.
3. Fast Turnaround
Our large facility and machining capabilities allow us to build molds quickly, whatever the application or material, which means you can get your moldings completed faster.
4. Molding Capabilities
3ERP can ship your molds to you directly, but we can also handle injection molding and other production services to deliver you prototypes and final parts using those molds.
Mold making is a complex process that requires a high level of skill and experience. Although each case is different, a typical order for a set of molds may go something like this:
As soon as the customer confirms the order of molds, we will start to do an initial analysis of the parts to get an idea of the part line, gate positions, etc.
2. Mold design and mold flow analysis
The second step involves the use of predictive modeling software which allows us to see how the molten material will behave when it enters the mold, allowing for further improvements to the design.
3. CNC machining and EDM
We make the first molds using high-quality machining equipment, with the plastic, steel, aluminum, etc. chosen by the customer.
4. T1 sample
With the newly made molds, we make a T1 sample to have a clear vision of how the customer’s final molded parts will turn out.
5. Improvement if necessary
Based on our analysis of the T1 sample, we review the mold design and make any adjustments needed.
6. Commence production and shipping
We manufacture the molds in accordance with the final specifications before shipping them to the customer.
Plastic injection molds are aluminum or steel molds used to make parts from a wide range of plastics, including nylons, acrylics, elastomers and reinforced materials like glass-filled polyamide. Custom plastic molds can last between 100,000 and 1,000,000 shots.
Metal injection molding (MIM) is a form of injection molding where a metal and binder mix is used as feedstock. A metal injection mold is usually made from tool steel to withstand the metal injection, but we can also use aluminum.
Unlike many prototyping specialists, we can provide metal casting molds (and a low-volume casting service through our partners). These molds — typically made from hardened steel — can be used to make parts from aluminum, zinc, magnesium and other non-ferrous metals.
We can make low-cost investment casting molds by 3D printing a wax pattern and surrounding it with ceramic. The ceramic molds can then be used to make metal cast parts from metals like aluminum, zinc, magnesium, stainless steel and more.
Our metal die molds can be used for aluminum extrusions of alloys like 6061 and 6063. We also make molds for plastic extrusions of materials like polystyrene, nylon, polypropylene and polythene.
Our experience making sheet metal molds for stamping and bending allows us to create sheet metal prototypes.
3ERP is a professional mold making company in China, offering wide range of prototype molds & production molds for most types of production methods, such as plastic injection molding, metal injection molding, high pressure die casting, metal casting, profile extrusion and sheet metal. With our strong engineer and manufacture team, we have successfully produced 5K+ of molds and delivery 1 Million+ of parts to our customers.
Many plastics are suited to CNC machining, and machined plastic parts can be superior to their molded or printed counterparts. At 3ERP, we can machine parts from high-quality materials like POM, PEI and PEEK.
Machining is often the best choice for high-quality plastic prototypes with detailed features, both because of the technical advantages of the process and the material versatility associated with it.
All machined plastic parts are handled with care by our expert team of machinists.
Aluminum is one of the most popular machining materials thanks to its workability, strength and versatility, while its low cost makes it perfect for prototypes and productions. From standard grades like 6061 to high-quality aerospace grades like 7075, we have an aluminum alloy for every aluminum CNC machining project.
Aluminum is not as hard as steel, so we can cut it much faster comparing steel or stainless steel when milling aluminum parts. On the other hand, 5 & 6 series of aluminum gives perfect result of anodized which is widely used for electronic appliance.
Our team has rich experience of aluminum machining, since more 70% of parts we are making is aluminum.
Molds are normally created to duplicate plastic and metal parts. After testing the prototypes and the market, it is the most cost-efficient way to launch your products at scale.
Generally speaking, making plastic or metal molds (and moldings) is cheaper in China than other countries. But shipping costs should also be considered: you will need to use air freight if you have a tight schedule; sea freight is much cheaper, but will usually take 40 days or more.
A well-made, fully harden steel mold may be used for up to a million shots or injections, depending on the mold shape and injection material. Aluminum molds are less durable, which is good for short-run production with tight schedule.
Molding designs should avoid sharp corners, inconsistent wall thicknesses, and other features that restrict material flow.
Whatever you decide to use, in the end, what is the best cost-efficient way to get your parts done in the required quality is the key.