Call us(852) 63684938
Whatsapp(852) 63684938
Email Usenquiry@divineprecision.com
Automatic Screw Machining
This process is highly versatile and dependable, producing parts from various materials and finishes with greater consistency than many other mass-production methods.
With decades of experience meeting the strict regulations and certification requirements of the automotive, aerospace, and medical device industries, we apply those standards as benchmarks across all products we manufacture.
Custom-made unique component
Swiss turning is ideal for miniature components and is especially effective for producing long, slender parts. This technology enables multiple operations, including milling, turning, threading, cross-drilling, engraving, and other machining processes, to be completed on a single machine. By combining these operations into one setup, we can reduce the need for costly secondary processing, save time, lower costs, and ensure each part is manufactured to precise specifications.
Components made through Swiss turning are widely used in industries such as aerospace, electronics, energy and fuel systems, and medical devices. Common examples include shafts, contact pins, housings, inserts, sockets, implants, and related products.
Divine manufactures parts for a wide range of industries, from highly regulated sectors that demand consistent, high-precision components to applications requiring clear and distinctive product identification.
Fitted for your design and purpose
From small batches of a few hundred pieces to high-volume production in the hundreds of thousands, Swiss turning enables us to produce complex components on a single machine. This capability allows us to meet unique design specifications, even for highly demanding applications.
Knowledge
Advantage of Automatic Screw Machining process
Automatic Screw Machining provides several advantages when compared with other machining and manufacturing methods.
Accurate
Automatic lathes are recognized for their exceptional accuracy and precision. They can produce thousands of components to very tight tolerances while maintaining the same level of consistency from the first part to the thousandth.
Multiple operations
Automatic lathes can work on the material with multiple tools at the same time, enabling more complex operations. For example, rough turning and finish turning can be performed simultaneously, which greatly reduces the time needed to manufacture each part.
Efficiency
Each lathe can hold 20 or more solid bars, and more advanced machines can be equipped with automatic material feeders to greatly increase material capacity. This reduces the need to change machines when producing similar-sized parts. With turning speeds exceeding 10,000 RPM and multiple spindles, automatic lathes can significantly improve production efficiency.
High capacity
Turning is ideal for producing small parts that may be difficult to manufacture by other methods, as well as larger components that require close attention to detail. Because the material is supported very close to the guide bushing, heavier cuts can be made with minimal part deflection, providing another speed advantage for these types of lathes.
About our
Automatic Screw Machining Capabilities
- Our Equipment
- Material we machined
- Industry Standards
- Production Lead time
- Quality Assurance
- Our screw machines are fully mechanical, cam- and gear-driven machines equipped with a wide range of attachments for exceptional versatility, including cross drilling, cross tapping, slotting, threading, and more.
-
- (2) TRAUB AUTOMATIC SCREW MACHINE
Max. Machining Dia. ∅ 51mm (2″), 230mm (9’) in length.
- (42) AUTOMATIC SCREW MACHINE
Max. Machining Dia. ∅ 25mm (2″), 100mm (4’) in length. Brand: NOMURA, STAR, DAIWA (Japan)
- (2) TRAUB AUTOMATIC SCREW MACHINE
- We maintain an inventory of alloy and plastic materials suitable for a wide range of part applications and industries.
- Materials include metals such as stainless steel, carbon steel, aluminum, and brass;
- exotic alloys such as Hastelloy and Inconel;
- plastics such as PEEK, Delrin, and Acetal.
- ISO 9001:2015 Compliant
- RoHS and REACH Compliant
- Conflict Free Minerals
- Prototype 2-3 weeks (typical)
- Production is 4-6 weeks (typical)
- Quoted on job by job basis
- Rush Services Available
- We place strong emphasis on customer trust, using proven quality management principles to improve customer satisfaction while continuously strengthening our performance and capabilities.
- With decades of experience meeting strict regulatory requirements and PPAP compliance standards for the automotive, aerospace, and medical device industries,
- We apply these benchmarks across all products we manufacture.
Learn More
Application of Automatic Screw Machining products
Parts and products manufactured through Automatic Screw Machining are used across a wide range of industries, including but not limited to the following:
Industrial
Transportation & Vehicle
Medical
Consumer
Learn More
Related Precision Machining Services
We manufacture and supply custom products and provide surface treatment services based on customer specifications and applicable industry standards.
As an efficient and cost-effective one-stop solution provider, we have the scale, capability, and resources to deliver fully integrated services.
As an efficient and cost-effective one-stop solution provider, we have the scale, capability, and resources to deliver fully integrated services.
CNC Machining
This process uses computer numerical control to mass-produce components with precise designs and dimensions. By combining advanced machinery with automated process handling, it can meet even the most demanding part requirements.
Swiss Turning
This is an excellent method for producing precision parts, capable of machining long, slender, and complex components with outstanding accuracy, efficiency, and throughput.
Centerless Grinding
Effective surface grinding methods are used for round and cylindrical parts to achieve improved roundness, ultra-fine OD surface finishes, and extremely tight tolerances. They can also be applied to non-round parts to enhance roundness and surface roughness.
Secondary Processes
These are secondary processes performed after the initial manufacturing stage, such as Swiss turning, CNC machining production, and other related operations.