Copper Parts And Components

Copper Parts And Components Specification

Material
Copper

Product Type
cnc Machining Parts

Copper Parts And Components Trade Information

Minimum Order Quantity
1 Piece

FOB Port
Shenzhen

Supply Ability
5000 Pieces Per Month

Delivery Time
30 Days

Sample Policy
Contact us for information regarding our sample policy

Main Export Market(s)
South America, Eastern Europe, Western Europe, Middle East, Africa, Asia, Australia, Central America, North America

Main Domestic Market
All India

About Copper Parts And Components

Sango Automation is a professional provider of precision CNC machining services, capable of providing precision machining of brass, copper, and other copper alloy materials.

Sango Automation has provided processing services for large quantities of brass fasteners for equipment manufacturers such as electrical equipment, food and medical equipment, and achieved a processing accuracy error of 0.005mm for the whole batch of products.

Features of Copper Parts

Integral molding

We produce copper parts by directly processing the entire raw material into the desired shape, which allows for the overall forming and concentricity and flatness of the product. Avoid the use of welding in fine areas to lead to poor product integrity.

High precision and good quality

We use a variety of high-precision processing equipment for production, and at the same time use ZEISS CMM instruments and flaw detectors and other equipment for quality inspection to ensure that the processing accuracy of each brass machined part 0.01mm, and at the same time ensure that the quality of the products sent can meet the requirements of customers.

Customization is supported

We can customize various complex shapes of brass workpieces and brass fasteners for you according to the drawings you provide, and can also support mass production.

Processing of Copper Components

There are five steps in the process of customizing copper parts for our customers.

1. Determination of drawings

According to the drawings provided by the customer or according to the customer's needs we design the corresponding drawings, and select the appropriate copper material grade, usually used materials are easy to cut brass C36000, but also according to the customer's specific needs to choose the right material.

2.CAD drawings into machine tools can be recognized G code

After determining the drawings, we need our CAM engineers to divide the machining process and plan the tool path. Use the simulation function of CAM to test it successfully and then convert it into G-code.

3. Assemble and calibrate the tool

After the program is imported, we need to assemble the corresponding machining tools, and clamping workpiece blanks, the use of probes to accurately set the origin of the workpiece coordinate system, and tool calibration, to ensure that the tool can be correctly treated for machining parts to be processed. For the first machining of the workpiece, we will carry out a test cut, which is conducive to our adjustment of the machining process.

4. Execution of machining

After the test cuts have been made and adjustments have been made, mass production can be carried out. We need to ensure that the workpiece is firmly clamped in the machining position, and then start machining, in the process of machining at the same time need to pay attention to chip removal, and regularly check the tool wear.

5. Remove the workpiece and test

After machining is completed, the workpiece is taken out for subsequent quality inspection and protective packaging to ensure that the product delivered to the customer is strictly in line with the customer's requirements.

Applications of Copper Components

Copper components have rich characteristics and can be applied to different application scenarios, and I will use a table below to introduce you to the scenarios that these different copper alloy materials are suitable for.

Applications:	Commonly used copper alloy types
connectors, lead frames	Pure copper (C11000), beryllium copper (C17200), brass
Radiators, water cooling plates, heat pipes, welding electrodes, mold inserts	Pure copper, beryllium copper
Bearings, bushings, gears, worm gears, pump impellers, valve sealing surfaces	Tin bronze, aluminum bronze
Marine propellers/valves/fittings, chemical valves/pumps, seawater heat exchanger tubes, building roofs	Aluminum Bronze, Nickel Aluminum Bronze, Cupronickel (Cu-Ni Alloy)
Medical device handles	Pure copper, brass, bronze
Complex structural parts (connectors, radiators, bathroom faucets), prototyping, brass fasteners	Easy to cut brass (C36000), lead brass
Switch contacts, relay pieces, precision instrument parts	Beryllium copper, phosphor bronze, silicon bronze
MRI equipment peripheral parts, precision instruments, navigation equipment	Beryllium copper, some brass/bronze