UNPrototype rapide

Services de finition de surface

  • Sandblasting
  • Polishing
  • Anodizing
  • Electroplating
  • Spray Painting
  • Silk Screening
  • Laser Engraving
  • Baking Paint
  • Powder Coating
  • Chemical Plating
  • Electrophoresis

Order High-Quality Surface Finishing Parts with ARapidePrototype

Enhance the appearance and functionality of your components with top-notch surface finishing solutions, no matter the method of production employed. We provide premium finishing services for metals, composites, and plastics, enabling you to realize the prototype or product you envision with utmost quality.
 
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Surface treatment P001 Paint colorful Apple store Arapidprototype

Defining Quality A,B and C Surface

Optimizing Product Appearance Quality Control: Defining A, B, and C Sides During surface finishing processes like anodizing or powder coating, aesthetic imperfections such as hang marks can arise. To ensure defect-free results while keeping costs in check, it’s essential to define A, B, and C sides in your design. In the illustration below, you’ll see how to designate A, B, and C sides in your technical drawings:

  • A Side: This denotes the most visually critical surface, typically the prominent face visible to users, ensuring a flawless appearance.
  • B Side: This refers to less critical surfaces, like those concealed from view after assembly, such as top, bottom, or side surfaces not directly in the line of sight. By clearly defining A and B sides, you prioritize quality control on visible aspects, enhancing aesthetic appeal.
  • C Side: This surface is often within the part or invisible after assembly. Quality requests may be reduced or ignored to optimize costs without compromising essential functionality.

Discover more about defining A, B, and C sides to streamline your product’s exterior quality control process and optimize results.

Quality control guideline Q047 Surface quality definition Arapidprototype
Primary Surface (A-Side)Secondary Surface (B-Side)C-Side
ScratchesNoNoNo
StainsNoNoNo
BlemishesNoNoNo
Hanging marksNoMinor (Up to 2)Not Applicable
Other minor defectsNoYes (Up to 2)Not Applicable
Quality StandardDefect-free production assuredMinor imperfections may be presentTypically meets assembly and functional requirements only

For the primary surface (A-side) of your part, we assure defect-free production. Conversely, secondary surfaces (B-side) may exhibit machining marks and other minor imperfections. However, B-side surfaces, along with the rest of your part, will be devoid of scratches, stains, and blemishes. When it comes to the C-side, we typically prioritize meeting assembly and functional requirements, without imposing specific surface quality standards.

 

Aesthetic Finishes

Surface finishes can fulfill either a practical or visual function. Those that excel in both areas are known as cosmetic finishes, primarily utilized for cosmetic components. Manufacturing such parts necessitates additional precautions to reduce defects like tool marks and scratches.
 
CNC Machining C253 Anodizing aluminum Robotics Industry precision + 0.1mm Arapidprotoype

Non-Aesthetic

 

Primary machining marks will still be visible
 
  • Raw finish
  • Precision machining
  • High-quality machining
  • Conversion coating with chromate
  • Electroless nickel plating
  • Hard anodizing (Type III)
  • Powder coating B
  • lack oxide treatment
CNC Machining C235 Anodizing aluminum Aerospace Industry unmanned aerial vehicle precision + 0.1mm Arapidprotoype
Custom Aesthetic
 
Finishes can be tailored to either prioritize aesthetics or functionality based on specific requirements.
 
  • Brushed + Anodizingtype llBead
  •  Blasted + Anodizing type llBea
  •  Blasted
  • Brushed
CNC Machining C216 Anodizing aluminum Aerospace Industry unmanned aerial vehicle precision + 0.1mm Arapidprotoype
Aesthetic by default
 
These finishes will always serve a Aesthetic function produced by processes.
 
  • Brushed + Electropolished。
  • Polishing
  • Machinning

ARapidPrototype Finishing Services Parts

Explore our comprehensive gallery showcasing meticulously milled prototypes and parts crafted by our esteemed customers.

CNC Machining C204 Anodizing aluminum Aerospace Industry unmanned aerial vehicle precision + 0.1mm Arapidprotoype

CNC Machining C204 Anodizing aluminum Aerospace Industry unmanned aerial vehicle precision +- 0.05mm 

CNC Machining C208 Anodizing aluminum Aerospace Industry unmanned aerial vehicle precision + 0.1mm Arapidprotoype

CNC Machining C208 Anodizing aluminum Aerospace Industry unmanned aerial vehicle precision + 0.05mm 

CNC Machining C360 SS Jig for Electronic Communications Industry precision + 0.05mm Arapidprotoype

CNC Machining C360 SS Jig for Electronic Communications Industry precision +- 0.05mm

Surface treatment P009 PVD Google product material testing Arapidprototype

Surface treatment P009 PVD Google product material testing 

Surface treatment P047 PVD colorful paint Apple product material testing Arapidprototype

Surface treatment P047 PVD colorful paint Apple product material testing 

CNC Machining C224 Anodizing aluminum Aerospace Industry unmanned aerial vehicle precision + 0.1mm Arapidprotoype

CNC Machining C224 Anodizing aluminum Aerospace Industry unmanned aerial vehicle precision +- 0.05mm 

 

ARapidPrototype Surface Finishing Parts Services

FINISHING NAMESERVICEAPPLICABLE TOMACHINING MARKSCOSMETIC AVAILABILITYTOLERANCES
As machined CNC machining, Sheet metal fabricat ionMetals, PlasticsVisible, light surface scratches NoTolerances are not affected
Smooth machiningCNC machiningMetals, PlasticsVisible, light surface scratchesNoTolerances are not affected
Fine machiningCNC machiningMetalsSlightly visibleNoTolerances are not affected
PolishingCNC machiningMetalsRemoved on primary surfacesAlways cosmeticMet after polishing
Bead blastingCNC machining, Sheet metal fabricationMetalsRemoved for non-cosmetic, removed on primary surfaces for cosmetic On requestNot affected except for specific features*
BrushingCNC machining, Sheet metal fabricationMetalsReduced for non-cosmetic, removed on primary surfaces for cosmetic On requestMet after brushing
Anodizing Type IICNC machining, Sheet metal fabricationAluminumReduced for non-cosmetic, removed on primary surfaces for cosmetic On requestMet after anodizing
Anodizing Type IIICNC machining, Sheet metal fabricationAluminumVisible under anodizingNoMet after anodizing
Black oxide CNC machining, Sheet metal fabricationCopper, Stainless steel, Alloy steel, Tool steel, Mild steelVisibleNoMet after coating
Chromate conversion coatingCNC machining, Sheet metal fabricationAluminumVisibleNoMet after coating
Electroless nickel platingCNC machiningMild steel, Aluminum, Stainless steel Reduced but visibleNoMet after electroless nickel plating
Powder coatingCNC machining, Sheet metal fabricationMetalsRemovedNoMet before powder coating
Brushed + electropolishingCNC machiningStainless steelRemoved on Primary surfacesAlways cosmeticMet after electropolishing
Vapor smoothing3D printingPlasticsSurface gets a smooth glossier appearanceNoMet before vapor smoothing

 

The ARapidPrototype Pocess

Step 1

Upload Your Design

It takes just seconds to upload your design files to the quote form. We benchmark a minimum of 3 quotes from trusted partners and deliver you the best price within one business day.

Step 2

Manufacture
 
Once the best quote for price, quality and speed is selected, our trusted partners will get to work creating you the highest quality of mechanical parts – and your parts will be manufactured in days!

Step 3

Assurance qualité
 
Our expert team of engineers carry out two stages of rigorous Quality Control to ensure thorough inspections of your parts and ensure they are right the first time.

Step 4

Delivery
 
Utilising our proprietary software and our on-site teams, we ensure on-time delivery and communicate project status at every stage from order through to delivery.

 

Surface Finishing Service FAQs

Sheet metal fabrication is the process of manufacturing parts, components, and structures from sheet metal.

Sheet metal fabrication involves various techniques such as cutting, forming, welding, painting, and finishing to create a final product that is both aesthetically pleasing and durable.

Sheet metal fabrication finds applications in diverse industries including furniture, industrial machinery, automotive, aerospace, medical equipment, and more. It is often preferred when precise size and shape are crucial for seamless integration within a system. Additionally, it excels in producing intricate parts with complex details, such as cooling fans and housings.

The cost of sheet metal fabrication varies depending on the complexity and size of the project. Generally, larger projects with intricate details incur higher costs compared to smaller, simpler ones. Additionally, expenses may increase with additional processes like painting and finishing. For an accurate cost estimate tailored to your project, consulting a professional is recommended.

 

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