Precision CNC Machining Services

Provide Plastic and Metal Part CNC Machining services including：CNC Milling, CNC turning, Rapid drilling, CNC Grinding, CNC Cutting, Wire EDM machining etc.

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CNC Machining Application Parts

CNC machining bares multi-feature, high strength, high accuracy and various material choices, etc., which allow CNC machining a larger application ranges.

CNC Machining Services | Custom CNC Parts | Plastic Metal Precise Milling Turning
CNC Machining Services | Custom CNC Parts | Plastic Metal Precise Milling Turning
CNC Machining Services | Custom CNC Parts | Plastic Metal Precise Milling Turning
CNC Machining Services | Custom CNC Parts | Plastic Metal Precise Milling Turning
CNC Machining Services | Custom CNC Parts | Plastic Metal Precise Milling Turning
CNC Machining Services | Custom CNC Parts | Plastic Metal Precise Milling Turning
CNC Machining Services | Custom CNC Parts | Plastic Metal Precise Milling Turning
CNC Machining Services | Custom CNC Parts | Plastic Metal Precise Milling Turning
Custom Your Machining Parts

Ultraprecision CNC Machining Services Products

CNC Machining Services | Custom CNC Parts | Plastic Metal Precise Milling Turning
CNC Machining Services | Custom CNC Parts | Plastic Metal Precise Milling Turning
CNC Machining Services | Custom CNC Parts | Plastic Metal Precise Milling Turning
CNC Machining Services | Custom CNC Parts | Plastic Metal Precise Milling Turning
CNC Machining Services | Custom CNC Parts | Plastic Metal Precise Milling Turning
CNC Machining Services | Custom CNC Parts | Plastic Metal Precise Milling Turning
CNC Machining Services | Custom CNC Parts | Plastic Metal Precise Milling Turning
CNC Machining Services | Custom CNC Parts | Plastic Metal Precise Milling Turning
Custom Your Machining Components

Parts CNC Machining Processing Capability

quality-inspection-Assurance
quality-inspection-Assurance
5-axis-tuning-milling-compound-machining-lathe
5-axis-tuning-milling-compound-machining-lathe
CNC-machining-center-workshop
CNC-machining-center-workshop
CNC-turning-center
CNC-turning-center
CNC-automatic-lathe-wokshop
CNC-automatic-lathe-wokshop
lathe-wokshop
lathe-wokshop

Provide CNC Machining services including：

  • CNC turning
  • Rapid drilling
  • CNC cutting
  • Wire EDM machining

CNC Machining products are mainly used in：

  • Precision connectors
  • Electronic
  • Optical parts
  • Communication system
  • Automotive parts
  • Medical parts
CNC Turning
CNC Milling
5 Axis Machining

Precision CNC Machining Services

CNC machining technology processes target products directly with high accuracy through three-dimensional data programming and splitting. The machined parts can be sprayed, plated, silk-screened, coated or finished by other surface treatments, and can be assembled and reflect effectively the product design features.

CNC machining materials：
Plastics: ABS、PC、PP、PE、POM、PA、PMMA、EPS…
Metals: stainless steel, Aluminum, Zinc, Brass, Copper, Bronze…

CNC Machining Materials

Metals Parts Machining

  • Aluminum
  • Brass
  • Copper
  • Stainless Steel
  • Steel Alloy
  • Steel Mild Low Carbon
  • Titanium
machined copper part, Copper Parts Machining | CNC Copper Parts

Plastics Parts Machining

  • ABS
  • Acetal
  • CPVC
  • Delrin (POM)
  • HDPE
  • LDPE
  • Nylon
  • PEEK
  • PEI
  • PET
  • PMMA
  • Polycarbonate
  • Polypropylene
  • PPSU
  • PS
  • PSU
  • PTFE
  • PVC
CNC Machining Services | Custom CNC Parts | Plastic Metal Precise Milling Turning

CNC machining prototypes advantages:

There are unique advantages in CNC machined prototypes other than rapid prototypes, fast machining, lower cost, and much wider range of choices of materials, what’s more, the processed parts are featured with higher strength, high-temperature resistance, and high tenacity. CNC prototyping has become one of the major modern machining means.

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CNC machining cautions

During CNC machining , Confirmation of machining routines normally adheres to the following principles:
① Should assure the accuracy and surface roughness of the parts
② Maximally shorten machining routine to cut routine time and improve machining efficiency
③ Try best to simplize data calculation works to simplize machining program
④ Use subprograms for those repeat programs

CNC machining prototoypes finishes

By varaious of surface treatments, many beautiful, real-like prototypes can be made.

Those prototypes can meet the final design requirements of appearance, assembly and function verfication, and can be used to present in exhibition.

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V1 Machining precision parts processing

V1 precision company has a team of 110 professional staff with focusing on the precision part from development, design and manufacturing, over 60 sets of high-end machining equipment. Most of our equipment are imported from Japan and Germany.

We passed high qualified management system ISO 9001:2015,ISO 14001:2015 and IATF 16949 certificates to guarantee the high-level and high-precision parts.Meanwhile,we have introduced advanced ERP management system to control the production progress at any time, to make high-quality parts,fast lead time and offer satisfactory services to customers are the company’s value.

CNC machining Manufacturing FAQs

Machining is a manufacturing process that uses machine tools (such as lathes, mills, drills, etc.) and other tools and equipment to shape raw materials into desired shapes and sizes.

Machining can produce high-precision and high-quality parts, and its production process can be automated and batched to improve production efficiency and product consistency. Additionally, machining can handle many different materials, including metals, plastics, ceramics, and more.
The main types of machining include turning, milling, drilling, grinding, etc. Each type of machining has different machine tools and processing methods.
A CNC machine tool is a machine tool that controls the tool path and cutting parameters through a computer program to achieve high-precision and high-efficiency machining. CNC machine tools can realize complex geometric shapes and processing processes, and have a certain degree of automation and flexibility.
Machining is used in a wide range of manufacturing industries, including aerospace, automotive, electronics, medical equipment, molds, and more. Machining can produce various components such as engine parts, gears, bolts, nuts, bearings, etc.
The machining accuracy of machining is usually measured by indicators such as dimensional tolerances, shape tolerances, and surface roughness. Dimensional tolerance refers to the size and tolerance range of the processed parts, shape tolerance refers to the geometric shape and position accuracy of the processed parts, and surface roughness refers to the surface finish and roughness level of the processed parts.
Machining is CNC processing with machine tools, which has the advantages of high efficiency, high precision and high repeatability; manual processing is processing through manual operations, which requires consideration of the skills and experience of technicians, and the processing accuracy and efficiency are low.
Machining requires a variety of basic skills, including machine tool operation skills, CNC programming skills, tool selection and replacement skills, process optimization skills, etc. These skills need to be continuously developed and refined through training and practice.
Common materials in machining include metal materials, plastic materials, wood, etc. Different materials have different properties and processing characteristics, which need to be selected and processed according to specific conditions.
Common tools in machining include milling cutters, turning tools, drills, cutting
The types of CNC machine tools include CNC lathes, CNC milling machines, CNC drilling machines, CNC grinding machines, etc. Different types of machine tools are suitable for different processing techniques and processing objects.

Common question in CNC Machining Production

In order to ensure the quality of machining, it is necessary to use high-quality machine tools and cutting tools, as well as precise measuring and testing equipment. In addition, proper tool path planning and reasonable cutting parameter settings are required to ensure machining quality and process stability.

Choosing the right cutting tool needs to consider factors such as processing material, processing shape and processing volume. Different materials and shapes require different types of tools, such as milling tools for milling and turning tools for turning. In addition, according to the processing volume and processing quality requirements, it is also necessary to select appropriate parameters such as cutting speed, feed speed and cutting depth.
Improving machining production efficiency needs to be considered from many aspects, including selecting appropriate machine tools and cutters, setting cutting parameters reasonably, optimizing tool path planning, and automating production processes. In addition, regular maintenance and maintenance are carried out on machine tools and equipment to ensure the normal operation and service life of the equipment.
Choosing the right processing method needs to consider factors such as the shape, material and processing requirements of the processed parts. For example, for surface machining and complex contour machining, milling is usually used; for shaft parts, turning is usually used.
Machined parts need to be cleaned and residues removed to ensure the surface finish and precision of the part. According to the processing requirements, the parts also need to be inspected and measured to ensure that the quality of the parts meets the requirements.
NC programming needs to write corresponding program instructions according to the shape and processing requirements of parts to control machine tools for processing operations. Various programming software can be used for NC programming, such as CAD/CAM software and G code programming software.
The machining accuracy of machining is affected by many factors, including the accuracy of the machine tool, the quality of the tool, and the control of the machining process. In order to ensure machining accuracy, it is necessary to control and optimize from many aspects, such as selecting high-precision machine tools and cutting tools, optimizing machining parameters, and improving operating skills.
To improve the production efficiency of CNC machining, many factors need to be considered, such as the production capacity of the machine tool, the optimization of the process, and the efficiency of the operation. Production efficiency can be improved by optimizing the production process, adopting automation equipment and intelligent technology.

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    • Email: info@v-1.com
    • Office Address: 2nd Floor, NO. 10 Lianhu Road, Changan Town, Dongguan City, Guangdong Province, China, 523850
    • Factory Address: No.38, Hexing Road, Shatou, Changan Town, Dongguan City, Guangdong Province, China, 523850
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