aBOUT US
3Q Machining is top quality 3D Printing & CNC Machining Service Shop manufacturer in China for your custom precise plastic & metal machining parts, we can help to design your products and develop custom tooling for injection molding or die casting for big volume production, also work from CAD drawings to final shipment with 3D Printing & CNC Machining for small volume production, low MOQ with high Quality Products & Services & Innovations.
Our Core Values
QUALITY
Quality is the base and the final goal to win customers' satisfaction
inNovation
We keep pay attention for the markets to bring innovate designs for customers
COST
Cooperate together to work out competitive cost help our customers
Service
From the beginning, we offer high quality services 7*24H
What you can expect from 3Q Machining?
Our sales support & manufacturing teams ensure that every of our customer receives a comprehensive solution for any need they have. This includes complex and precision parts, like optical parts, automotive parts, medical devices or aerospace parts.No matter how complicated your project may be, we can produce what you need.
- Saving money through our low-volume manufacturing process
- Faster time to market (and a higher success rate)
- Creating flexible design options for all your products
- Supplying you with a comprehensive option for bridge production
View our CN Machining manufacturing facilities
3Q Machining owns high precision 3-, 4- and 5-axis imported machines which allow us to achieve tight tolerances. We have also invested in a material tester, so that we can verify the materials we use and make sure they are the correct ones for each project. And we can quickly get measurement results from our automotive coordinate measuring machine (CMM).
Applications of CNC Machining
Design and Rapid Prototyping
Regardless of the manufacturing process used to create the end-use part, CNC machining is widely used by designers as a means of creating early and late-stage prototypes with short turnarounds times. CNC prototyping allow designers to rapidly iterate ideas without tooling costs or waiting times. It is one of the best ways to create concept model and function prototype to verify the design. Compared with other rapid prototyping methods, rapid CNC machining allows us to get tight tolerance prototypes in real materials fast.
CNC Prototyping is the preferred option to bring new design life among the other rapid prototyping methods, unless the products are designed for 3D printing or other methods only.
Molding Making
CNC machining and EDM are the main methods to fabricate metal tooling for injection molding, high pressure die casting, blow molding, roller molding, stamping, blending and so on.
High speed CNC machines allow us to make high precision copper patterns, mold cavities, mold base, lifter and other mold components in very short term. Moreover, with 5 axis milling machines, we can mill the deep pocket features in hours which take days to make by EDM in the past. That’s how we can speed up the mold making process significantly. Check out how rapid tooling works.
Automotive
In the automotive industry, CNC machining is the most popular way to create concept cars as well as the function testing components, such as lighting, engine, transmission & steering system. It is also widely used to produce high volume automotive parts and post-machining the die casting parts, investment casting parts.
It is especially useful for custom automotive parts, which may be required for repairs or for limited-edition luxury vehicles, since it is too costly to make few parts by molding process.
Aerospace
CNC machining has for several years been an integral part of aerospace manufacturing. That’s partly down to the extremely high precision of CNC machines, making the process suitable for safety-critical parts that will be used on aircraft.
Machinable aerospace parts include prototype engine components, fuel panels, landing gear components and engine mounts.
Medical
The machinability of many grades of titanium and stainless steel makes CNC machining a widely used process in healthcare, with the process regularly used to create implants, medical devices and surgical tools such as scalpels.
Tight tolerances and fast turnarounds are especially important for items such as titanium hip implants, which should be tailored to a patient