Our Capabilities

Laser Polishing

Perfect Parts on Time

Request a ConsultationSubmit a RFQ

Perfect parts on time

Quick turnaround

Exceptional customer service

Commitment to quality

Laser Polishing Services

Laser polishing is a surface-enhancing technique that improves the quality and longevity of high-precision parts. Laser polishing is particularly effective for finishing small, intricate components with complex shapes. This method stands out from traditional finishing techniques like sandblasting, grinding, tumbling, or electrochemical polishing, as it does not produce chips or other by-products.

We focus on building strong partnerships by providing you with a dedicated Customer Care Specialist for each laser polishing project.

We make sure you’re always informed about the progress of your project, reducing potential disruptions and ensuring peace of mind throughout the process. This process ensures you always get perfect parts on time.

Laser polishing allows for consistent, repeatable results, making it a highly reliable surface finishing option.

Industries that Benefit from Laser Polishing

Laser polishing is highly effective in the following industries: medical, aeronautics, the automotive industry, and electronic and semiconductor manufacturing.


In the medical and pharmaceutical sectors, laser polishing can be particularly beneficial for pre-polishing sterile components. This pre-polishing is a critical step before the final treatment in an electrolytic bath, ensuring that components meet the stringent cleanliness and surface finish requirements necessary for medical applications.


The aeronautical industry finds laser polishing immensely valuable, especially in the production of turbine blades and other fluidic elements. The complex 3D shapes of these components are ideal for the selective polishing capabilities of laser technology, allowing for precise surface finishing even on intricate geometries.


In automotive manufacturing, laser polishing improves the surface quality of engine components, gears, and other critical parts where precision and durability are essential.

Electronics and Semiconductor Manufacturing

Laser polishing is also applied in the electronics and semiconductor industries, particularly for finishing components like connectors and semiconductor wafers, where a high degree of surface smoothness is required.

Laser Polishing Specifications & Equipment

Laser polishing is a versatile process suitable for a broad range of materials, particularly effective in two main categories: metals and polymers/composites.


  • This category includes metals such as stainless steel, iron, carbon steel, aluminum alloy, and copper.
  • The process is adaptable to different metal types, with specific lasers selected based on the initial surface condition of the metal. For example, smoother metal surfaces might need pulsed lasers, while rougher surfaces produced by milling could require continuous lasers​​​​.

Polymers and Composite Materials

  • Laser polishing can significantly improve the surface quality of polymer-based materials and composites.
  • Enhancements in mechanical properties, such as increased tensile strength and modified fracture behavior, are possible when laser polishing is applied to polymer composites​​.

Whether polishing stainless steel or enhancing the surface quality of delicate electronic components, laser polishing offers a high degree of precision and quality, adaptable to a wide range of materials and industrial needs.

Laser polishing processes employ various laser sources, each suited for specific applications and material characteristics.

Pulsed Sources

  • Pulsed laser sources emit low-power pulses that heat the metal’s surface briefly at a specific frequency, ideal for micro-surface polishing.
  • By adjusting the pulse length and frequency, this process can be finely tuned for precision work, making it excellent for detailed surface enhancements.

Continuous Sources

  • This method involves a continuous laser beam that uniformly irradiates the material’s surface, primarily used for polishing larger surfaces.
  • They are highly effective in reducing surface roughness, achieving an average roughness reduction from 2-16 microns down to as low as 0.1 microns.

There are advantages to using both pulsed and continuous laser sources for polishing tasks. The specific requirements of the task will determine which type of laser to use. Factors such as the desired level of detail, the size of the surface area, and the material being polished will all play a role in the decision-making process.

Bystronic BySmart 3015 Laser Cutter

Equipment TBD

Equipment TBD

What is Laser Polishing?

Laser polishing, also known as laser re-melting, is a cutting-edge process that improves the surface quality of materials. This method differs significantly from traditional polishing techniques.

Instead of physically removing material from the surface, laser polishing involves melting and redistributing surface materials at a controlled depth. This process results in a re-solidified, smoother surface.

Why Choose Us for Your Laser Polishing Needs?

Our laser polishing services are tailored to meet the unique needs of your projects. We understand the importance of precision in industries where even the slightest imperfection can have significant implications. We ensure that each project receives the attention it deserves, with a focus on delivering results that meet and exceed industry standards.

Our laser polishing technology enables us to achieve high-quality finishes with unparalleled accuracy. Whether it’s laser polishing stainless steel or any other metal, we assure a finish that looks exceptional and enhances the part’s overall performance.

Frequently Asked Questions

How does laser polishing compare to traditional polishing methods?

Laser polishing offers several advantages over traditional methods. It’s a non-contact process, which means there’s no mechanical wear and tear on the surface. This method reduces the risk of introducing new surface defects, such as scratches or marks. Laser polishing can polish hard-to-reach areas and complex geometries that traditional polishing cannot.

Is laser polishing suitable for delicate or intricate parts?

Yes, laser polishing is highly suitable for delicate and intricate parts. Its precision and non-contact nature make it ideal for components with complex shapes or fine details, where traditional mechanical polishing methods might be too harsh or imprecise.

What are the quality and accuracy levels achievable with laser polishing?

Laser polishing can achieve very high levels of quality and accuracy. It allows for precise control over the polishing process, resulting in uniform surfaces with significantly reduced surface roughness. The accuracy is especially beneficial for applications requiring high precision, such as aerospace components or medical devices.