What We Will Offer For Your CNC Machining Manufacturing Projects?

Projects Development and Management

Production and Delivery

Production Materials Range

Quality Inspection

CNC Machining Production Capabilities

In Creatingway, our engineering team has developed unique and innovative ways to get the most out of the CNC machining manufacturing for metal and plastic parts, and Our 3.4.5 axis machinery enables us to more complex geometries parts for you. Our mastery of CNC turning techniques helps us achieve tighter tolerances, faster turnaround times, and more versatile projects. Our machining capabilities include:

  • CNC milling & turning
  • CNC machining center
  • CNC lathe
  • EDM, Laser cutting
  • Welding and Polishing
  • Assembly

CNC Machining Processes

Creatingway has figured out better ways to do your CNC machining process, By simplifying the process into a few steps and maintaining a steady stream of communication with you, the customer, we make it easy for you to move from concept to finished part as smoothly as possible.

Getting the quote: All it takes is a drawing, send us your drawing (2D or 3D drawings)and we’ll have a quote for you within 24 hours. No 3D drawing? No problem. Our engineers can work with you closely from the original 2d drawing to the final 3D drawing created for your approval, you need to get on the road to production.

Placing the order:  Our engineer team will be more checking out the construction of the project in the early stages and will quote you for approval, then you will place an order with us, and your projects will be automatically put into our productions machining line.

Making the parts:  Our production team will keep your projects of delivery time shorter, and keep production photos and stages to you, meanwhile, our quality inspectors check these parts, and provide the production-grade and testing report,  as usual, we will have a quick turnaround for parts in 3-7 days, but depending on parts order quantities and complexity, as well as parts finishing.

More Secondary Process Services

After CNC machining manufacturing, Creatingway provides your secondary process finishing for these parts to make them aesthetic as you expect, which includes welding, heat treating, turning, surface finishing, drilling, grinding, and easy assembly.

  • Grinding process: It is a very high precision process, needs to take more time/labor to achieve, we usually make the tight tolerance under +/-0.0003″, such as gear shaft.
  • Surface finishing process: we make different surface finishing such as anodizing, painting according to different material,  will make them conform to our customer requirement.
  • Welding process: We usually use TIG welding for them, if special needs we will consult with customers in advance.
  • Heat Treating: We usually use HRC hardness standard for parts, if customers do not a special requirement.
  • Value-added options: Need additional work on your CNC machined part? Our value-added options include spray painting, pad printing, silk screening, and laser etching.

Further Reading About Products Knowledge

The Difference Between 3, 4, and 5-axis CNC Machining Process?

At Creatingway, we use a number of modern 3-axis, 4-axis, and 5-axis milling machines to produce great CNC parts. Milling technology has grown in its use in various applications in CNC precision machining. For instance, industries such as aerospace, optical and medical industries rely on milling to make precise parts.

Clients need to know the various types of CNC mills available so as to optimize their use.

The Advantage of Anodized Aluminum for CNC Machining, Extrusion

Aluminum anodizing is one of the most durable post-treatment methods. The process improves the look and working of CNC machines parts. It also promotes the bond between the primer and glue in die-casted and extruded aluminum parts. Today, anodized aluminum is one of the most popular materials in consumer, industrial, and commercial products. Here is further insight into the pros of anodized aluminum in CNC machining, die casting, and extrusion.