Flexible MOQ
from 1 to 10,000 as per your needs.
In-house Production
State-of-the-art Manufacturing Facilities. All Production and Quality-Control In-House.
Quick & Precision
Turn around as fast as 1 day. Tight tolerance up to 0.005mm.
7*24*365 Service
instant customer service. Strict Expert quality control system.
Precision CNC Machining Features
CNC machining is great to meet a range of your product development needs there are some of the benefits of precision machining both prototyping and production parts:
Precision and repeatability
Tight tolerances
Suitable for many different kinds of substrates
Quick-turn parts
Lower piece-part price at higher quantities
Robust post-processing to improve cosmetics and material properties
One-stop Parts Procurement Platform Help Product Innovators Build Better Products And Faster
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 Turn Around As fast As 1 Day |
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Materials. (Like Metals, Aluminum, Steel, Brass,Alloys And more.)
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Project Perfect
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CNC Turned Part
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CNC Machined Industrial Computer |
Machined Part For Communication Industry |
Machined Plastic Part
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Machined Parts For Medical Equipment |
CNC Turned Parts
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CNC Turned Parts For Automation Industry |
CNC Turned Parts
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Machined Part For Automotive Industry |
Machined Part For New Energy Industry |
Machined Part For Automation Industry |
CNC Machined Part
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Our Quality Assurance
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Advanced Equipment Our Factories are equipped State-of-the-art Manufacturing Facilities. All Production and Quality-Control In-House,on-demand machining.
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Strict Quality Control Our quality & machining departments can ensure the manufacture of high quality prototypes and production parts by Incoming material inspection, On-site inspection and full-inspection . |
On-Time Delivery & Good After-Sales Our Sales engineers follow up and support 24/7.If not meet specifications, will remake parts or 30 days money-back guarantee.
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How To Work With Us
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Step1:Provide Design Drawings Including 2D+3D Drawings, Materials quantities, and relevant important information.
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Step2:Production & QC Transformation from drawing file to part
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Step3:Received Goods We deliver high-quality parts directly to you.
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CNC precision machining parts can be finished in many ways that may cover purely aesthetic finishes or offer some form of protection to the part. Finishes should beautify, enhance sophistication and functionality of any part. At PPS, our CNC-manufactured part maybe finished in any of the following options:
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An electrolytic passivation process used to increase the thickness of the natural oxide layer on the surface of the part. This can be used for decorative, anti-corrosion or surface hardness treatments. Anodizing is most common with aluminium parts. |
This involves the deposition of a thin chromium layer onto a metal part through an electroplating process. The chromium layer may serve decorative functions, make the part anti-corrosion or improve the surface hardness. |
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Electroplating (such as Nickel plating) is used to improve the strength and durability of metallic parts.
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An electrochemical process used to remove some material from the finished workpiece in order to reduce surface roughness and enhance the surface finish. |
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A surface smoothing and polishing method done with the aid of a sandpaper or sand. The size of the pores in the sandpaper determines the type of smoothness achievable. |
A surface smoothing operation that involves the direction of fine glass beads at a part’s surface under high pressure. Bead blasting creates a smooth, uniform surface finish on the part. |
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3D printed parts may be masked and spray-painted to any colour with automotive quality paints after sanding and polishing have been carried out to smoothen the surface. |
Used for creating high-quality surface finish in CNC machined parts. Before polishing, parts should be sanded and smoothed to ensure that final surface looks and fees as intended. |
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Brushed machined parts have a satin-like, one-direction finish. It is achieved by using a grit belt or wheel, non-woven abrasive belt or pad to produce a polished finish in a metal part.
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Machined parts are left as manufactured. There will be visible tooling marks on the part.
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CNC Machining Blogs
CNC machining is a manufacturing process where computerized systems control the movement of cutting tools to shape and cut materials with precision. The process starts with creating a digital design or CAD model, which is then converted into machine-readable instructions. These instructions guide the CNC machine in accurately cutting, drilling, milling, or turning the material to create the desired shape.
Common CNC machining services include milling, turning, drilling, grinding, and EDM (Electrical Discharge Machining). These services cater to a wide range of applications and materials, such as metal, plastic, wood, composites, and more.
As machined
Chemical finishes
Mechanical finishes
Metal plating
Bead blasting and sulphuric anodising
Chromate conversion coating and sulphuric anodising
Etching and sulphuric anodising
Powder coating
CNC machining services are widely used in various industries, including aerospace, automotive, electronics, medical, engineering, prototyping, and manufacturing. These industries rely on CNC machining for precise and efficient production of parts and components.
CNC machining is a manufacturing process where computerized systems control the movement of cutting tools to shape and cut materials with precision. The process starts with creating a digital design or CAD (Computer-Aided Design) model, which is then converted into machine-readable instructions. These instructions guide the CNC machine in accurately cutting, drilling, milling, or turning the material to create the desired shape.
The CNC machining process typically involves the following steps:
Designing the part using CAD software.
Converting the design into machine-readable instructions (G-code).
Setting up the CNC machine, including securing the material and loading the necessary tools.
Preparing the CNC program and transferring it to the machine.
Running the program and monitoring the machining process.
Inspecting the finished part for quality and accuracy.
Flexible MOQ
Standard Or Custom 
Reliable And Precision (minimum tolerance: +/-0.004mm)
Meet Your Perfect Demanding With Any Engineering 
Custom Parts Appearance Aesthetic For Making Your 
Anodizing
Chrome-plating
Plating
Electropolishing
Sanding
Bead blasting
Painting
Polishing
Brushing
Standard/As manufactured
