Custom Precision Stainless Steel Parts

Stainless steel parts manufacturer

Materials	316 stainless steel
Surface treatment	Anodizing, etc
Tolerance	± 0.01mm
Testing equipment	CMM; tool microscope;multi-joint arm; automatic height gauge; manual height gauge; dial gauge; marble platform; roughness measurement
Processing	CNC machining
File formats	Solid works, pro/engineer, AutoCAD(DXF, DWG), PDF, TIF, etc.
Service project	To provide production design, production and technical service, mold development, processing, etc
Quality assurance	SGS

Our technology experts must be knowledgeable about machining

While CNC stainless steel machining presents a number of difficulties, there are techniques to avoid these problems and guarantee seamless machining. Here are a few short tips for cutting this metal using a CNC.

1.Select Special Drills and End Mills
The best tools are those manufactured from high-quality materials, including HSS cutting edges, and drills with molybdenum or tungsten content. They wear down less while sawing stainless steel parts, because they can tolerate the process’s stress. Additionally, these instruments enhance surface polish. Steer clear of wearing-out tools, as this can slow the machining process and raise production expenses.

2.Control heat generation
Heat is one factor contributing to the failure of CNC stainless steel machining. It is recommended to use coolants to control the heat and maintain a modest cutting speed. Furthermore, it is often advised to halt machining whenever the material begins to overheat.

3.the chip-breaking and peeking cycles.
A good technique of controlling chip creation in parts machining is to use the pecking and breaking of chip cycles. This helps to stay away from the long, stringy chips. Examining instruments more ofetn is another strategy to control the development of chips, as worn-out cutting tools produce more chips.

4.Prevent Deformation of Your Workpiece
A workpiece can be deformed by a variety of elements, such as feed rate and speed, in addition to cutting instruments. Using a worn-out cutting tool would result in more tool deflection, out-of-tolerance, and misshapen components. For this reason, it’s crucial to machine stainless steel at the prescribed speed and feed rate.

Which way of cutting stainless steel is easiest?
There are various techniques for cutting stainless steel. Every one of them has benefits and drawbacks. The simplest way to select the appropriate technique is to take the material thickness, the finish that you want, and your time constraints into account. When cutting thick stainless steel swiftly, an oxy-acetylene cutter is the ideal choice. For thinner material, a waterjet or laser cutter will yield cleaner slices. If you require an exact cut, EDM equipment is the best option. Additionally, a computer-controlled router is a terrific choice if you’re searching for a flexible solution that can work with a range of materials. Depending on your particular demands, there are several ways to cut stainless steel.

Applications for Stainless Steel Parts in Various Industries
Stainless steel parts are utilized in a wider range of industries, including robotics, automotive, marine, and mechanical. The 201, 304, 316, 410, and other types of stainless steel specifications are made of martensitic, ferritic, and austenitic precipitation-hardening steel. These materials are used to make stainless steel plates and strips for pressure equipment because they are strong, hard, corrosion-resistant, and weldable. Custom stainless steel components must be fitted on projects for a great number of industries. After the CNC machining of the stainless steel parts is complete, the surface is very glossy. The parts can be cleaned and oil removed using a medicinal solvent, extending the product’s useful life.

Typical Applications for Machining Stainless Steel Parts
Because stainless steel is so easily machined, it may be used to make a lot of different unique parts, such as:
Although it can be utilized in practically any industry, precision stainless steel parts are frequently employed for applications in the machine parts, aircraft, electronics, and medical sectors.

Advantages of Precision Part Utilization
The advantages are as follow:
1.Greater precision and tighter tolerance
Using precision CNC milling centers and related equipment, strict tolerances are guaranteed. The automated procedure ensures a lower likelihood of error, especially as compared to human machining, once accurate parameters are typed in.

2.Enhanced Productivity and Quicker Production Cycles
Precise solutions can be obtained using machining equipment much more quickly than with manual production. Reduced critical errors are another frequent benefit of choosing precision parts made by machines. Due to the fact that most work is mechanized, even with highly skilled workers using manual desktops, there is a higher chance of error.

3.Reduced material waste
Material waste is an inevitable aspect of producing precision parts. In order to create the component, parts of the material are taken out and added back in until the final result is all that is left. Precision machining using CNC reduces material costs associated with human error by optimizing material utilization and reducing waste.

4.Enhanced Security and Decreased Human Error
Benefits like safety and a decrease in human error are also very important for both you and your staff. Those who handle and maintain machines have 18,000 occupational accidents and injuries per year. To create precision parts as safely as possible, CNC machines can replace human hands in the manufacturing process.

Let’s discuss your project