Custom Metal Turning Part CNC Machined Machining Stainless Steel Parts

Aerospace CNC Machining Parts Service

The CNC machining process, standing for computer numerical control machining, is a subtractive

manufacturing approach that utilizes a synergy of computerized controls and machine tools to

eliminate layers from a solid block of material.

Programming dictates the desired cuts in the metal, aligning them with specific tools and machinery,

and the automated process executes the machining task accordingly.

Product Details

Stainless Steel Finishing and Post-Processing

Stainless Steel Machining Services

Our state-of-the-art machine shops are equipped to manufacture tailor-made stainless steel

components utilizing CNC turning machines and 3- and 5-axis CNC milling machines.

Our facilities boast a diverse range of 11 stainless steel types, including Stainless Steel 304,

Stainless Steel 316, Stainless Steel 303, Stainless Steel 17-4PH, Stainless Steel 416,

Stainless Steel 2205 Duplex, Stainless Steel 420, Stainless Steel 440C, Stainless Steel 430,

Stainless Steel 301, and Stainless Steel 15-5, enabling us to meet a wide array of project

requirements.

CNC Machining Applications

CNC turning machines showcase their versatility by crafting an array of parts with varying

intricacies. Among the parts manufactured are shafts and axles, ideal for industries like automotive

and aerospace.

Additionally, CNC turning is adept at producing precision bushings and bearings crucial for reducing

friction in mechanical assemblies. The scope extends to connectors, fittings, fasteners such as

screws and nuts, as well as valves and valve components.

Furthermore, CNC turning plays a pivotal role in creating tooling components like inserts,

toolholders, and bodies, contributing to enhanced efficiency and accuracy in machining operations.

In the automotive sector, CNC turning is harnessed for crafting engine components, pulleys, brackets,

and specialized parts.

Company Profile

FAQ's

1. The cost of CNC machining a part is shaped by a variety of factors, including:

1. Material: Material selection introduces cost variations, with materials like aluminum being more

economical to machine compared to others like Inconel, attributed to factors such as tool wear

and cutting speeds.

2. Complexity: Parts featuring intricate designs incur higher machining costs. The complexity of

surface shapes, for instance, significantly influences overall machining expenses.

3. Tolerances: The precision demanded by dimensional tolerances impacts CNC machining costs.

Imposing overly tight tolerances on non-critical features can lead to unnecessary cost escalation.

4. Surface Finish: Achieving mirror finishes demands specialized tools and machining strategies,

extending machining time and, consequently, increasing costs.

5. Quantity: Production volume is a key determinant of costs. Low-volume production tends to be

costlier per part, as initial setup and programming costs are distributed over a smaller production

run.

2. What size of fillets are added when no specific fillet is specified by the 3D model

or drawing?

In cases where no specific fillet radius is specified in the 3D model or drawing, fillet radii will be

added by the machinist based on their judgment to enhance machining ease.

To ensure a desired fillet radius, specific details should be provided. For a general understanding,

internal vertical edge radii might surpass 1/3 of the depth, and internal horizontal edges may either

be maintained sharp or incorporate a radius within the range of 0.5mm to 1mm.

3. Quality Assurance

Customer trust is a cornerstone of our values, and we are dedicated to upholding it through the

implementation of established quality management principles. Our focus is on enhancing customer

satisfaction and perpetually improving our performance and capabilities.

With a wealth of experience spanning decades, we have consistently met stringent regulations and

maintained PPAP compliance, particularly in the automotive, aerospace, and medical device industries.

These industries serve as benchmarks for the high standards we apply to all the products we

manufacture.