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CNC turning services

We use the most advanced Japanese brands of Seitetsu and Tsutsu machine tools, as well as Swiss precision automatic lathe equipment, to manufacture shaft components and mouse rollers. Fully possessing the production capacity required by the client's project,
Our engineers will optimize the CNC turning process for the components you have designed. Provide competitive prices and product quality
We can provide high-quality metal or plastic turning parts according to your needs, ranging in quantity from a single prototype to hundreds of thousands of parts

CNC turning services

Advantages of CNC Turning Service I

Fast delivery: Using Swiss precision automatic lathes, high-precision components can be quickly produced within 5 days
Processing Precision: Processing precision control complies with multiple tolerance options of ISO 2768 (standard level, fine level) and ISO 286 (levels 8, 7, 6)
Customized Surface Treatment: You can choose various surface treatment methods suitable for metal and plastic parts according to your own design, and manufacture the appearance design requirements that meet your parts

Advantages of CNC Turning Service I

Advantages of CNC Turning Service II

Processing Material Selection: You can choose different metal materials and insulation materials to process components
Processing dimensions: CNC turning parts with a diameter range of 0.5mm to 20mm and a length of 0.6mm to 200mm can be ordered
Quality Control: Our quality assurance department implements strict quality assurance processes

Advantages of CNC Turning Service II

Select CNC turning material I

Aluminum alloy materials: Aluminum alloy 6061, aluminum alloy 5052, aluminum alloy 2A12, aluminum alloy 7075
Stainless Steel: Stainless Steel 303, Stainless Steel 304, Stainless Steel 316, Stainless Steel 316L, Stainless Steel 420, Stainless Steel 430, Stainless Steel 17-4PH, Stainless Steel 301, Stainless Steel 321
Alloy steel: Q235 (A3 steel), 45 steel, Cr12, 3Cr13, GCr15, 40Cr, spring steel-65Mn, mold steel-SKD11
Copper alloy: Brass-H59, Brass-H62, Purple Copper-T2, Oxygen free Copper TU2, Tin Bronze QSn-6-6-3, Beryllium Copper-C17200

Select CNC turning material I

Choose CNC Turning Material II

Other alloys: Electrical pure iron-DT4C, Electrical pure iron-DT4E, Titanium alloy-TC4, Magnesium alloy-AZ91D
Plastics: Engineering plastics ABS, polytetrafluoroethylene PTFE, Saigang POM, bakelite, organic glass PMMA, polypropylene PP, polyphenylene sulfide PPS, polyurethane PU (adhesive), polyvinyl chloride PVC, epoxy board FR4, polyethylene HDPE, polyethylene LDPE, nylon PA6, nylon PA66, polycarbonate PC, polyether ether ketone PEEK
Special materials and others: Carbon fiber board, graphite

Choose CNC Turning Material II

The basic principles of CNC turning machining

2021-08-14

CNC turning is a machining technique controlled by computers and is also a part of mechanical machining. There are two main machining forms: one is to fix the turning tool and process the unformed workpiece during rotation; Another method is to fix the workpiece and perform precision machining by high-speed rotation of the workpiece and horizontal and vertical movement of the turning tool (tool holder).

Dimensional limitations for CNC machining

2021-08-14

CNC machines can produce a wide range of products with different complexities and sizes. However, the size of production components may be subject to some limitations. There are also limitations caused by size or post-processing operations that can be performed on machined parts. Understanding these limitations is crucial for designers and engineers in order to carry out corresponding designs. Some size limitations in CNC machining are as follows

Notes for R&D personnel in product development

2021-08-14

R&D developers tend to overlook errors in CNC machining of components during product design. The structure of components may have positions that cannot be machined during CNC machining. If the tool has a machining radius, but the position of the component structure happens to be the position that the tool radius cannot machine, this leaves material at the connection of the component structure that the tool radius cannot machine.
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