Dental Casting Surface Finishing for Complex Metal Parts

Remove oxide, smooth surfaces, and deliver consistent high-luster finishes for crowns, bridges, and frameworks—automatically.

Common Challenges in Dental Casting Finishing

Oxide layers affect appearance and final quality Dental Casting Surface Finishing for Complex Metal Parts

Oxide layers affect appearance and final quality

Casting oxide dulls the surface and compromises the final luster and aesthetics.

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Surface roughness reduces comfort
and fit

Microscopic roughness can irritate soft tissue and impact the patient experience.

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Manual polishing may damage fine
details

Contact polishing risks rounding edges and losing intricate structural details.

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Inconsistent results across batches increase rework

Variability leads to more rework, wasted time, and higher production costs.

Automated Surface Finishing for Dental Casting Parts

Weshining’s plasma electropolishing technology delivers uniform, high-quality results with minimal manual intervention. Remove oxide, smooth surfaces, and enhance brightness while preserving critical geometry.

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Casting Part

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Rough Polishing

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wecom temp 697 8fa257785d6b9c4e9df6da02a9bea8f3 Dental Casting Surface Finishing for Complex Metal Parts
wecom temp 697 8fa257785d6b9c4e9df6da02a9bea8f3 Dental Casting Surface Finishing for Complex Metal Parts

Plasma Electropolishing

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Final Inspection

Supported dental components

CNC 01 Dental Casting Surface Finishing for Complex Metal Parts
• Cast frameworks
CNC 02 Dental Casting Surface Finishing for Complex Metal Parts
• Cast crowns
Dental 3D Printing 03 Dental Casting Surface Finishing for Complex Metal Parts
• Cast bridges
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• Implant-related cast parts
Dental 3D Printing 04 Dental Casting Surface Finishing for Complex Metal Parts
• Orthodontic components

Compatible materials

Cocr Dental Casting Surface Finishing for Complex Metal Parts
Cobalt-Chrome (CoCr)

Excellent strength and corrosion resistance

nicr Dental Casting Surface Finishing for Complex Metal Parts
Nickel-Chrome (NiCr)

Reliable performance and cost-effective

SS Dental Casting Surface Finishing for Complex Metal Parts
Stainless Steel

Durable and widely used in dental labs

ti Dental Casting Surface Finishing for Complex Metal Parts
Titanium alloys

Lightweight with superior biocompatibility

Key Process Advantanges

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0.3-4.5 nm

Nanoscale
surface finishing


Delivers ultra-smooth surfaces at the nanometer level.

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7-10 mins

NPer batch
processing time


Fast turnaround for higher lab productivity.

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pH6.3-6.5

Near-neutral
wastewater


Environmentally friendly with lower treatment cost.

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More stable result

Lower labor cost and better stability

More stable results mean less adjustment and rework.

Traditional post-processing vs Weshining workflow

Key Aspect
Traditional Manual Polishing
Weshining Automated Finish
Process Steps
Multiple manual steps
Simplified automated process
Consistency
Unstable, operator-dependent
Stable, reproducible batch results
Surface Quality
Hard to reach uniform luster
Uniform luster, nanoscale smoothness
Risk to Details
May damage thin edges or details
Non-contact process, protects fine features
Processing Time
Time-consuming
7-10 minutes per batch
Labor & Cost
High labor cost, more rework
Lower labor cost, reduced rework

Recommended Equipment

ECP 50 3 Dental Casting Surface Finishing for Complex Metal Parts

ECP-50

Compact Design

Ideal for small labs and high-precision dental casting parts.

ETP 10 3 Dental Casting Surface Finishing for Complex Metal Parts

ETP-10

Multi-materials

Efficient electropolishing for a wide range of dental metal parts.

ECP 95 2 Dental Casting Surface Finishing for Complex Metal Parts

ECP-95

Larger output

High-capacity solution for larger labs and production demands.

Frequently asked questions

1. What is dental casting surface finishing?

It is the process of removing casting anide, smoothing surtaces,and enhancing luster to improve aesthetics comfort, and longevity of dental restorations.

Yes. Weshining’s plasma electropolishing technology effectively removes oxide layers automaticlly, achieving uniform and consistent results.

No. Our non-contact process removes only a very thin layer at the microscopic level, preserving the original geometry and fit of the parts.

We support cobalt-chrome, nickel-chrome,stainless steel and titanlum alloys commonly used in dental casting applications.

Yes. Our systems are widely used for cast crowns, bridses, fremeworks. and other dental castings components.

 
 
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