CNC Turning Services From China

Essengold Metal provides accurate, cost-effective, quick turnaround time and CNC turning services, which produce good results for various materials.

High Precision: Tight tolerances and exceptional accuracy can be achieved.
Cost Effective: Competitively priced machining that is of high quality.
Quick Turnaround: Fast lead times for meeting project deadlines.
Material Variety: Working capability with different types of materials.

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What Essengold’s CNC Turning Service can do?

Our CNC Turning Service has numerous functions that are customizable to suit whatever machining requirement you may have. We can make finely tuned objects from materials such as aluminum, steel, or titanium; even plastics like ABS and nylon are not beyond our abilities when it comes to precision machining. Our multi-axis machines are operated by skilled machinists utilizing state-of-the-art tools, which will ensure that all projects yield excellent results.

CNC Turning Parts show

Description of services:

Essengold Metal is a master in providing accurate and dependable computer numerical control (CNC) spinning services for the manufacture of any custom cylindrical component. This company ensures that its outcomes are tailored to meet your specifications by using sophisticated machines.

Applications:

Auto parts
Aerospace components
Medical equipment
Industrial machines
Consumer electronics devices

Pricing and Lead Time:

Approximate cost: $40 per hour (prices may vary depending on complexity)
Turnaround time: Usually 8 to 12 business days

Other Important Details:

Material Options: Stainless steel, aluminum, brass, plastic, etc.
Quality Assurance: A comprehensive examination process ensures accuracy and uniformity.
Customization: Can make prototypes or run large quantities;
Advanced Technology: For complex geometries and tight tolerances, our state-of-the-art CNC machines can handle them all;
Customer Support: We have project consultation teams that work with you from start to finish while giving updates so that you’re never left in the dark about what’s happening with your order or how much longer it will be until completion!

CNC Turning Materials

CNC turning machines make solid objects into cylinders and other detailed shapes. These machines can work with metals like aluminum, steel, and titanium. They also perform well on plastics like ABS or Nylon, making them versatile in various applications.

However, which material should be used in CNC turning? Firstly – strength! It must have enough strength to endure heavy machining without breaking or wearing out fast. Secondly – durability; if the project has to serve for many years, its long life is also meaningful. The third point concerns accuracy; some parts require high levels of precision, and thus, materials that can consistently meet these specifications are needed. Lastly, cost-effectiveness during production calls for an appropriate selection of machinable raw materials.

Metal Materials

CNC Metal Machining Service

To meet any metal fabrication requirement, Essengold’s CNC Metal Machining Service uses precise engineering, creative machining techniques, and flawless surface finishing.

Plastic Material

CNC Plastic Machining Services

Essengold provides a service for making plastic parts using the CNC procedure. We are keen on the right methods, new materials, and the latest industrial technologies. These abilities allow us to make products that last long and have fine finishes.

Advice On CNC Turning Designs: How To Achieve The Best Performance And Precision

Certain tips in CNC turning can be useful for design and production improvement. According to the article, such include choosing materials, adjusting the toolpath, or doing precision machining, among other things. It suggests what should be done to get good results through this process.

Aspect	US Units	Metric Units
Maximum Dimensions
Diameter	3.95 in.	100.33 mm
Length	9 in.	228.6 mm
Minimum Dimensions
Diameter	0.16 in.	4.07 mm
Length	0.05 in.	1.27 mm
Wall Thickness	0.020 in.	0.51 mm
Angle	30°	30°
Tolerances	+/- 0.005 in.	+/- 0.13 mm

Top Finishes for CNC Machining

Make it better! Find out the best surface finishes to optimize your results from CNC machining. With these important things known, you can ensure success with any future machining project. #CNCmachining #surfacefinishes #precision #quality

01.

Anodic
Oxidation

Anodizing is a surface treatment process that protects against corrosion and wear on mechanical objects, aircraft parts, and car components (and other precision mechanisms). It achieves these properties by toughening the surfaces and increasing their life. You can do it in many colors – clear, black, grey, red, blue, or gold – giving attractive matte finishes.

02.

Bead
Blasting

Bead blasting is a process that creates smooth surfaces with a dull appearance that is visually pleasing; it can be done on various materials such as ABS plastic, aluminum, brass, or stainless steel. In addition, bead blasting can be combined with other treatments for an even better finish.

03.

Powder
Coating

Powder coating refers to the application of dry powder through electrostatic means followed by curing either through heat or UV light, whereby no solvent is used as opposed to liquid paint.

04.

Electroplating

Electroplating has functional, decorative, and anti-corrosion uses across industries, most notably automotive, where chrome plating steel parts give them that shiny, luxurious finish; polished appearances are also achieved using aluminum alloys and stainless steels as materials.

05.

Polishing

In computer numerical control (CNC) machining, polishing refers to an end-stage operation to refine the surface finish of workpieces. It includes removing thin layers of materials until a reflective and smooth surface is attained. This treatment is essential in surface processing; it dramatically improves the usefulness and aesthetics of machined components made by CNC in different sectors.

06.

Brushing

Surface brushing treats various materials, such as ABS, Aluminum, Brass, Stainless Steel, and Steel, by using abrasive belts that leave satin finishes, thus improving their aesthetic appeal.

Exploring CNC Turning: Basics and Comparing Processes

CNC turning is essential in precision manufacturing, producing detailed and accurate cylindrical parts. This article explores the fundamentals of CNC turning, outlining its core principles and operational mechanics. We will identify their applications across multiple industries by comparing various CNC turning processes. This guide provides insights into the advantages and limitations of each method, offering detailed recommendations to help you make informed decisions about your machining requirements.

Frequently Asked Questions

Q: What is CNC turning?

A: CNC turning produces cylindrical parts by feeding a cutting tool into a rotating workpiece to remove material. On this point, it is usually performed on a CNC lathe machine.

Q: How does a CNC turning machine work?

A: Regarding the working principle of a CNC turning machine, the workpiece rotates on the spindle while the cutting tool moves in different directions to shape the material. As such, this machining method enables accurate production of turned parts.

Q: What is the difference between CNC turning and milling?

A: Basically, what sets CNC turning apart from milling is that in the former case, a workpiece rotates as opposed to remaining stationary in the latter. Thus, during the CNC milling process, an opposite motion occurs about a cutting tool, which moves across it, creating complex shapes.

Q: Which materials are commonly used in CNC turning?

A: Commonly used materials for this type of operation involve metals like aluminum, steel, stainless steel, brass, or titanium, among others, along with plastic substances and various composites.

Q: What are some advantages of using a CNC turn service?

A: This method offers high precision, repeatability, and efficiency. Complex shapes can be created easily with tight tolerances, eliminating the need for manual labor while ensuring that every piece produced matches others exactly.

Q: How can I tell if my project needs CNC turning?

A: If you require high precision in your design and have cylindrical shapes involved, then yes, it will be necessary. This technique works well on designs demanding close detail or accuracy, so large numbers may also warrant its use since these factors alone would make any decision clear.

Q: How long do CNC-turned parts usually take to finish?

A: The time taken for completion depends on various factors, including complexity level, availability of materials needed, and number of orders placed. Most basic requests take between days and weeks, but specifics should be provided through customer care when placing an order