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Precision Custom CNC Machining 6061-T6 Aluminum Frame Plate For Semiconductor Equipment

Precision Custom CNC Machining 6061-T6 Aluminum Frame Plate For Semiconductor Equipment

Precision Custom CNC Machining

Custom CNC Machining 6061

T6 custom cnc aluminum

Place of Origin:

China

Brand Name:

YS Precision

Certification:

ISO9001

Model Number:

Custom CNC Machining

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Product Details
Part Type:
Semiconductor Equipment Frame Plate
Application:
Semiconductor Equipment
Material:
6061-T6 Aluminum
Size:
Approx. 390 × 290 Mm
Quantity:
Approx. 10 Pcs
Manufacturing Process:
Precision CNC Milling
Critical Hole Accuracy:
±0.05 Mm
Surface Finish:
Natural Anodizing
Drawing Source:
Customer 3D Model + 2D Drawing
Export Market:
Israel
Highlight:

Precision Custom CNC Machining

,

Custom CNC Machining 6061

,

T6 custom cnc aluminum

Payment & Shipping Terms
Minimum Order Quantity
Negotiable
Price
Negotiable
Packaging Details
EPE Foam Inside And Carton Outside Or EPE Foam Inside And Wooden Outside
Delivery Time
3-7 Days For Sample Order, 10-15 Days For Bulk Order After, Depend On The Part Structure And Size
Payment Terms
T/T
Supply Ability
5000 Piece/Month
Product Description

Precision CNC Machined 6061-T6 Aluminum Frame Plate for Semiconductor Equipment

Complex Aluminum CNC Machining for Semiconductor Equipment Structural Components

Semiconductor equipment relies on precision mechanical structures that require stable dimensions, accurate interfaces, and consistent manufacturing quality.

This project involved manufacturing a CNC machined 6061-T6 aluminum frame plate used in a semiconductor equipment application.

The component was produced according to the customer's 3D CAD model and 2D engineering drawings. Unlike a standard aluminum plate, this part contains multiple machined pockets, internal openings, mounting holes, and reference surfaces that work together as an integrated equipment structure.

Manufactured from 6061-T6 aluminum, the frame plate has an approximate size of 390 × 290 mm and requires critical hole accuracy within ±0.05 mm.

After precision CNC machining, the components received natural anodizing without sand blasting to maintain a clean aluminum surface finish while providing additional corrosion protection.

The finished parts were inspected and shipped to Israel for semiconductor equipment integration.

 


 

Project Overview

Item Details
Part Type Semiconductor Equipment Frame Plate
Application Semiconductor Equipment
Material 6061-T6 Aluminum
Size Approx. 390 × 290 mm
Quantity Approx. 10 pcs
Manufacturing Process Precision CNC Milling
Critical Hole Accuracy ±0.05 mm
Surface Finish Natural Anodizing
Drawing Source Customer 3D Model + 2D Drawing
Export Market Israel

 


 

CNC Machining of Complex 6061-T6 Aluminum Structures

6061-T6 aluminum is widely used for semiconductor and precision equipment components because it offers a practical balance between:

  • Machinability
  • Mechanical strength
  • Dimensional stability
  • Lightweight structure
  • Anodizing compatibility

For this frame plate, the challenge was not simply machining individual features, but maintaining the relationship between multiple functional areas across a relatively large aluminum component.

The part includes:

  • Deep pockets
  • Large open areas
  • Multiple mounting interfaces
  • Precision reference surfaces

These features require careful CNC process planning to maintain the final assembly requirements.

 


 

Machining Challenges of Semiconductor Equipment Frame Plates

Although the overall shape appears like a plate structure, this type of component requires more attention than conventional CNC milling parts.

Large Aluminum Structure Dimensional Control

With a size of approximately 390 × 290 mm, removing a significant amount of material can influence the stability of the component.

During machining, the process was optimized to reduce the influence of:

  • Material stress release
  • Cutting forces
  • Clamping pressure
  • Machining sequence

The goal was to maintain stable geometry throughout the machining process.

 


 

Complex Pocket and Internal Feature Machining

The frame plate contains multiple recessed areas and internal structures designed around the semiconductor equipment layout.

These machined areas require:

  • Accurate tool access planning
  • Proper machining sequence
  • Controlled cutting parameters

The process was developed to balance machining efficiency with dimensional accuracy.

 


 

Precision Hole Position Control

The mounting holes and connection features serve as interfaces with other equipment modules.

Critical hole positions were controlled within:

±0.05 mm

Inspection focused not only on individual hole sizes but also on:

  • Hole location relationships
  • Feature-to-feature accuracy
  • Overall assembly compatibility

 


 

Natural Anodizing for Precision Aluminum Equipment Components

After CNC machining, the frame plates received:

Natural Anodizing

The customer selected this finish without sand blasting to maintain the original machined aluminum appearance.

The anodizing process provides:

  • Improved corrosion resistance
  • Additional surface protection
  • Consistent industrial appearance

For precision equipment components, surface finishing needs to be considered together with machining because coating processes can influence final dimensions and surface characteristics.

 


 

Engineering Review Before CNC Production

For complex aluminum structural components, successful manufacturing often starts before machining begins.

After receiving the customer's CAD data and drawings, the engineering team reviewed:

  • Machining accessibility
  • Tool approach
  • Workholding strategy
  • Critical dimension requirements

This review helps identify potential manufacturing risks and allows the machining process to be planned around the final equipment requirements.

 


 

Small-Batch Precision Manufacturing for Semiconductor Equipment

Semiconductor equipment manufacturers often require specialized components in limited quantities during equipment development, upgrades, or customized machine production.

This project required a small production quantity, but the manufacturing requirements were closer to production standards rather than simple prototypes.

The focus was on:

  • Repeatable machining quality
  • Stable dimensions
  • Controlled surface finishing
  • Reliable inspection results

This type of work requires a manufacturing partner who understands both engineering requirements and production consistency.

 


 

Quality Control for Precision Aluminum Components

For semiconductor equipment parts, dimensional accuracy and surface condition are critical.

The inspection process included:

  • Material verification
  • Critical dimension measurement
  • Hole position inspection
  • Surface finish checking
  • Final quality verification

After anodizing, the components were carefully packaged to protect the finished aluminum surfaces during international transportation.

 


 

Manufacturing Experience with Semiconductor Equipment Components

Semiconductor equipment components often require a different level of manufacturing control compared with general industrial parts.

For this frame plate, the key requirement was not only achieving individual dimensions on the drawing, but ensuring that multiple machined areas functioned together as a complete structural component.

From engineering review to CNC process planning, machining, surface finishing, and inspection, every step was coordinated around:

  • Dimensional stability
  • Assembly interfaces
  • Surface protection
  • Repeatable manufacturing quality

This project represents the type of precision aluminum machining work required by equipment manufacturers developing advanced industrial systems.

 

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