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Milling Machine Cnc Machining Precision Parts For Automatic Lathes

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Address: Guangdong Shenzhen Baoan 1st & 2nd Floor, No. 3, Gangzai Street, Furong Industrial Zone, Xiangshan Community, Xinqiao Street,

Contact name:Xie

Shenzhen Hongsinn Precision Co., Ltd.

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Milling Machine Cnc Machining Precision Parts For Automatic Lathes

Country/Region	china
City & Province	shenzhen guangdong
Categories	Tool Processing Services

Product Details

Customized CNC Machining Parts for Automatic Lathes

CNC tool description:

A wide range of tool types and configurations are available for CNC milling machines, especially for prototype and short-run production machining. In addition to the tools mentioned below, any tool supply catalog will list many others:
End mills: These include flat end mills, ball end mills, bull end mills, and chamfer end mills. They are commonly used for various milling operations, such as contouring, slotting, and facing.
Face mills: Face mills are large-diameter cutting tools that are primarily used for facing and squaring large surfaces.
Corner rounding tools: These tools are designed to create rounded corners on workpieces and are commonly used for deburring and finishing operations.
Slot tools: Slot tools, including slot drills and T-slot cutters, are used to create slots and grooves in workpieces.
Spot-center drill: Spot-center drills are used to create a small starter hole or centering mark for subsequent drilling operations.
Twist drill: Twist drills are used for drilling holes in various materials. They come in different sizes and are available with different flute geometries for specific applications.
Tap: Taps are used for creating internal threads in pre-drilled holes. They come in various thread sizes and pitch options.
Reamer: Reamers are used for enlarging and finishing existing holes to achieve precise dimensions and smooth surface finishes.
Counterbore: Counterbores are used to create a flat-bottomed hole with a larger diameter than the original hole. They are often used for creating recesses for screws or bolts.

The analysis process of CNC processing technology:

The selection of an excellent mechanic who can create precise drawings is crucial for producing high-quality products.
Workers who can analyze the drawings should be chosen carefully. They must determine the appropriate position, establish correct processing steps, select suitable tools for machine production, accurately input the workflow chart, and verify it to ensure the final product meets customer requirements.
Proper installation of tools is essential. After installation, it is important to conduct repeated experiments to prevent errors, tool collisions, and minimize tool damage.
Correct tool setup, accurate determination of processing points, selection of appropriate coordinates, and efficient reduction of working time are all critical aspects of CNC processing.
Conducting experiments on the first sample is essential to identify and rectify any program errors or unsuitable coordinates that could lead to the production of defective parts.
Selecting a suitable location with a consistent temperature helps minimize the impact of temperature changes on machine performance.
Proper shutdown procedures and regular daily maintenance are necessary to prevent machine damage and prolong the service life of the equipment.
By following these steps, CNC processing can be optimized to ensure precise and efficient production while meeting customer requirements and extending the longevity of the machines.

Material	Surface Treatment
Aluminum	As machined, Anodized Clear or Color, Powder Coated, Brushing
Stainless Steel	As machined, Polished, Electroplated, Bead Blasted
Brass	As machined, Electroplated
Copper	As machined, Electroplated
Plastic	As machined, All metals+Plastic (e.g., ABS, PC/ABS)
Iron	As machined, Powder Coated
AL6061	As machined, Anodized Clear or Color, Powder Coated
SS201	As machined, Polished, Electroplated
C35600	As machined, Electroplated
C11000	As machined, Electroplated
POM	As machined, All metals+Plastic (e.g., ABS, PC/ABS)
20#	As machined, Powder Coated
AL6063	As machined, Anodized Clear or Color, Powder Coated
SS301	As machined, Polished, Electroplated
C36000	As machined, Electroplated
C12000	As machined, Electroplated
PEEK	As machined, All metals+Plastic (e.g., ABS, PC/ABS)
45#	As machined, Powder Coated
AL6082	As machined, Anodized Clear or Color, Powder Coated
SS303	As machined, Polished, Electroplated
C37700	As machined, Electroplated
C12200	As machined, Electroplated
PMMA	As machined, All metals+Plastic (e.g., ABS, PC/ABS)
Q235	As machined, Powder Coated
AL7075	As machined, Anodized Clear or Color, Powder Coated
SS304	As machined, Polished, Electroplated
C37000	As machined, Electroplated
C10100	As machined, Electroplated
ABS	As machined, All metals+Plastic (e.g., ABS, PC/ABS)
Q345B	As machined, Powder Coated
AL2024	As machined, Anodized Clear or Color, Powder Coated
SS316	As machined, Polished, Electroplated
C37100	As machined, Electroplated

FAQ:

1.Are you a manufacturer or a trading company?

We are a manufacturing company with our own factory located in Shenzhen, China. Our manager's office is also located in Baoan, Shenzhen.

2.How can I get a quote?

To get a quote, please provide detailed drawings in formats like PDF, STEP, IGS, DWG, or any other relevant format. The drawings should include information about the material, quantity, and surface treatment requirements.

3.Can I get a quote without drawings?

Yes, you can receive a quote even without drawings. We appreciate receiving samples, pictures, or drafts with detailed dimensions to provide you with an accurate quotation.

4.Will my drawings be divulged if you benefit?

We prioritize protecting our customers' privacy. Your drawings will not be divulged to any third parties. If required, we are open to signing a Non-Disclosure Agreement (NDA) to further ensure the confidentiality of your drawings.

5.Can you provide samples before mass production?

Certainly, we can provide samples before mass production. Please note that a sample fee may be charged, which will be returned if you proceed with mass production.

6.How about the lead time?

The lead time is typically around 1-2 weeks for samples and 3-4 weeks for mass production. However, the exact lead time may vary depending on the complexity of the project and the quantity required.