High Precision Machining Components CNC Machined Parts In Stainless

Steel Accessories Parts Turning

CNC Machining, short for Computer Numerical Control Machining, encompasses various types of

machines that employ computer-controlled tools to subtract material from a workpiece.

This computerized control distinguishes CNC machining as a method that surpasses conventional

machining in terms of speed, precision, and accuracy.

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Appliaction of CNC Parts

1. Aerospace Components: Precision machining for the creation of intricate parts, ensuring

reliability and safety in aerospace applications.
2. Furniture: Crafting precise components for furniture, ranging from ornate designs to functional

pieces.
3. Medical Components: Manufacturing critical parts for medical devices and instruments, meeting

stringent standards for quality and accuracy.
4. Prototypes: Rapid prototyping for product development, allowing efficient testing and iteration

of designs.
5. Titanium Pieces: Machining of titanium components, known for its strength and durability,

often used in aerospace and medical applications.
6. Woodworking: Precision woodworking to create finely detailed and finished wooden components.

These applications showcase the versatility of CNC milling, making it a go-to technology for industries

that demand accuracy and complexity in their manufactured parts.

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FAQ's

1. What are standard machining tolerances?

The standard machining tolerance is ± 0.005" or 0.13mm, representing the allowable range for

a dimension. For instance, if a CNC machining tool has a tolerance of ± 0.01 mm, it implies a

permissible deviation of 0.01 mm in each cut.

With a provided drawing, our CNC machining service can achieve part tolerances as low as

± 0.0002 in. In the absence of a drawing, all CNC parts adhere to our ISO 2768 medium standard.

For projects demanding tighter tolerances, ±0.025mm or ±0.001", we can accommodate with an

engineering drawing specifying critical features.

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

or drawing?

In the absence of a specified fillet radius in the 3D model or drawing, the machinist will add fillet

radii based on discretion to facilitate easy machining. Should a specific fillet radius be required,

clear specification is essential.

As a general guideline, internal vertical edge radii might exceed 1/3 of the depth, while internal

horizontal edges may either be left sharp or feature a radius ranging from 0.5mm to 1mm.

3. How long does delivery time and quotation take?

The delivery time for parts is determined by their complexity. Parts with low complexity typically

have a lead time of 2-3 days, while moderate complexity extends the lead time to 2-5 days.

High-complexity parts may require 5 to 15 days for delivery. Quoting time varies based on design

complexity, ranging from 1 business day (or faster) for simpler designs to 3+ business days for

more intricate ones. For an assessment and quote for your design, please feel free to reach out to

our team.

4. What are the advantages of CNC machining?

The advantages of CNC machining are multifaceted, including rapid prototyping and the swift

production of full-scale parts. Notably, it excels in delivering high precision and accuracy in

manufacturing across various part sizes.

CNC machining enables tight tolerance machining for parts of all dimensions.

Furthermore, it provides unparalleled flexibility in terms of volume, pricing, lead times, and the

diverse range of materials and finishes utilized.