Why use KME's injection molding
Accurate quotation and design analysis
We promise to provide the most accurate quotation within 12 hours. For every order of KME Technology, we will provide professional DfM analysis and mold flow analysis strong>, and send design feedback for free .
Project management and strong capabilities
During the production process, KME Technology provides timely progress feedback and coordination to ensure consistent high quality and on-time delivery. We have 2,000㎡ in-house factory which represents our highest manufacturing capacity.
Guarantee quality and after-sales service
For the Injection molding order of KME Technology, the first article inspection service is available on request. We implement standard quality acceptance procedures, record 4-6 hours of mold trial before production, and provide all relevant documents.
Rapid prototyping tools use aluminum blades to make tools. This method is only suitable for a small number of products, provides design flexibility, reduces mold costs, and shortens the delivery time to about 1-2 weeks.
Ideal for mass production of plastic injection molded parts. Tooling costs are higher than fast tooling, but the unit cost is very high. The lead time for production tooling is usually about 3-4 weeks.
Series molds reduce mold costs by accepting different shapes into the same mold. By utilizing the manufacturing efficiency of molds and the flexibility of custom tools, the process is very suitable for medium-volume prototypes of various shapes
Multi-cavity molds are most suitable for high-volume, repeatable parts that contain the same cavities to increase production and reduce lower unit costs.
The existing molded parts are installed in the mold and then covered with new materials. This two-step process achieves the flexibility of multi-material part design by creating molds with different structural materials
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From hundreds of commercial grade metal materials suitable for CNC& prototyping and production, magnesium alloy, aluminum alloy, stainless steel, its rigidity and lightness Choose among qualitative applications.
The rigidity of magnesium alloy can be superior to that of plastics. At the same time, its lightness reflects the advantages of magnesium alloy in metal materials, and it is lighter than plastics. It is an ideal material for military and aviation products.
Aluminum alloys are widely used in engineering structures and components that require light weight or corrosion resistance, and aluminum alloys with a wide range of properties are used in engineering structures.
Corrosion and stain resistance, low maintenance costs, and familiar gloss make stainless steel an ideal material for many applications that require the strength and corrosion resistance of steel.
Customer self-developed materials
If you want to provide materials for manufacturing parts, please fill in the form below and upload two required documents. After processing your information, we will continue to provide shipping information and material ID numbers. If you provide metal materials, please note that we only accept magnesium alloy, aluminum alloy, and stainless steel packaging materials.
- Magnesium alloy
- Aluminum alloy
- Stainless steel
- Plastic outsourcing processing
For most injection molded parts, no post-processing is required. This is because the mold itself is usually finished to different levels and directly affects the surface finish of the molded part.
High-end finishes made using diamond polishing technology can produce a shiny surface.
Grade B finishes are sanded with sandpaper to produce parts that are slightly rougher than Grade A finishes. Products that have undergone B-level finishing have rough surface textures.
Grade C finishes use gravel polished stones to produce a rough, uneven surface. The C-level finished product has a rough surface texture.
Grade D finishes use coarse sand and dry glass beads or oxides to make very rough finishes. Depending on the type of material used, the product can have a satin or dull finish.
First part verification
In order to make customers feel at ease before putting them into production, we provide the first part of verification. This program enables our customers to verify the first batch of parts internally, which is common for injection molding orders and is particularly required for CNC machining.
As part of KME Technology’s "First Part Verification" program, we will ship two sets of parts to customers for verification and approval. After the parts are verified, we can put them into full production. This product is designed to enable our customers to enter production with confidence.
Put parts into production immediately
You can complete your project in only 4 simple steps. Follow the instructions!
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