CNC Milling and Turning Services

CNC compound CNC milling and turning, also known as mill-turn machining or multi-tasking machining, combines both CNC milling and turning operations into a single process. It involves the use of a CNC machine that integrates milling and turning capabilities, allowing for the complete machining of a part without the need for multiple setups or machine changes. In CNC compound machining, the machine tool is equipped with multiple axes and tooling options to perform both milling and turning operations. The workpiece is held in place by a chuck or a collet, and the machine tool’s spindle rotates the workpiece while the cutting tools move along the necessary axes to perform the milling and turning operations.

Masion has production and machining experience in CNC milling and turning with a wide range of materials. Some common materials that can be used in CNC milling and turning include:

Metals: CNC milling and turning can be performed on various metals, such as aluminum, steel, stainless steel, brass, copper, titanium, and alloys like Inconel and Hastelloy.

Plastics: Different types of plastics can be CNC milled and turned, including ABS, acrylic, polycarbonate, nylon, PVC, PEEK, and Delrin.

Maison has accumulated production experience in industries such as beauty, automotive parts, electronics, robotics, drones, healthcare, and agriculture. Additionally, their composite milling products are also applied in industries such as aerospace, defense, semiconductors, maritime, and food.

Usually 200mm(7.87inch) in diameter and 600mm(23.62inch) in length.

0.002mm(2 microns 0.0000787inch).

Yes, we have advanced composite milling equipment that can efficiently process various complex components. It is worth mentioning that we specialize in machining various accessories for unmanned aerial vehicles (UAVs), such as wings, propellers, and fuselage shells. Additionally, we are capable of manufacturing articulated reduction shells for both bipedal and quadrupedal robots. Furthermore, we have extensive experience in the aerospace, maritime, and medical fields, allowing us to handle a wide range of complex components to meet our customers’ needs.

In general, the production of a sample typically takes about 7 days, depending on the requirements and complexity. This timeframe includes various stages such as design, prototype production, testing, and verification. For small-scale production, which involves producing a certain quantity of products after the sample has been validated, additional time is usually required to adjust and optimize the production process. Therefore, it usually takes around 10 days for small-batch production. On the other hand, large-scale production involves manufacturing a significant quantity of products, which generally requires more time to complete. This process typically takes approximately 20-25 days and involves various stages such as material preparation, equipment setup, workforce allocation, continuous production, quality control, and packaging. In summary, the time required for sample production and manufacturing depends on specific requirements and scale. Different scales and levels of complexity in production tasks necessitate varying timeframes for completion.

Typically, we calculate the cost of an individual workpiece based on its complexity and processing time. In the market, costs are generally measured based on the processing time, usually ranging from $9 to $12 per hour. This approach helps reflect the difficulty of processing the workpiece and the time required, thus aiding in determining the cost.

Yes, CNC milling and turning machines are commonly used for producing prototypes. Maison CNC milling and turning machines, in particular, are capable of processing rapid prototyping products. These machines combine turning and milling technologies into a single unit, enabling the quick manufacturing of prototypes for cylindrical or rotating parts like shafts, connectors, and fittings. The versatility and flexibility of Maison machines allow us to cater to the diverse needs of our customers and efficiently produce rapid prototype orders to meet the requirements of market development.

We are open to collaborating with customers from various backgrounds and offer customized rapid prototyping services. Whether you are an individual developer in need of custom parts or a large manufacturing company, we are equipped to provide you with high-quality and high-precision rapid prototyping services tailored to your specific requirements and designs.

Yes. Masion specialized in handle small batch orders in CNC milling and turning and we will assist clients in producing small batch products for market testing and collaborate with them to drive the growth of orders.

Typically, design changes are not feasible once the product design has entered the production stage. However, Masion can provide maximum assistance to clients even if the design is already in production. If there is a need to modify the design for some reason, we will immediately halt production and collaborate with the client to improve and enhance the design. This ensures that clients can have 100% trust in us. Although such a production stoppage may result in material and time wastage, we will make every effort to minimize losses.

We utilize DOOSAN CNC milling and turning machines for our operations.  DOOSAN is a reputable brand known for its high-quality and reliable CNC machines.Their machines offer advanced features and precision control, allowing us to achieve accurate and efficient milling and turning processes.  With DOOSAN equipment, we can handle a wide range of machining projects, from small to large-scale productions, while maintaining excellent quality and meeting customer specifications.

Yes, our CNC milling and turning machines are equipped with multi-axis capabilities. We have 4-axis and 5-axis machines that allow us to efficiently manufacture complex parts. The additional axes provide increased flexibility and precision in machining operations, enabling us to achieve intricate geometries and perform simultaneous machining on multiple sides of the workpiece. This capability helps us meet the demands of diverse and challenging projects.