WORK SAMPLES

As the preferred end-to-end solution provider, we provide a unique offering with multiple advanced component manufacturing facilities around the world. This allows Winbro to develop truly innovative solutions for our customers through volume manufacturing and continuous learning.

Silicon Wafer

Material: Silicon  

Application: Laser Micro  

System: Ablate 200 Series  

Winbro’s laser micro machining delivers precise dicing, cutting, and edge dressing of silicon wafers. The non-contact process ensures clean edges, minimal thermal damage, and consistent wafer quality.

Probe CArd

Material: Stainless Steel  

Application: Micro Machining  

System: 100 Series  

Laser micro machining technology produces high-accuracy micro features on semiconductor probe cards, essential for advanced packaging applications. The non-contact process ensures precise results while protecting the substrate from damage.

Fuel cell + Mesh

Material: Stainless Steel  

Application: Micro Drilling

System: Automated Transfer Line

Winbro’s fast micro hole drilling process for fuel cell applications achieves an impressive 2,000–3,000 holes per second with exceptional accuracy and consistency. This capability supports the production of next-generation solid oxide and PEM fuel cells, enabling higher performance and efficiency. 

Winbro TexturING

Material: Silicon  

Application: Micro Texturing 

System: 100 Series

The laser-textured sample showcases seven distinct surface textures alongside the Winbro logo, demonstrating precision and versatility in design. This example highlights toolpath generation and the capability to micro machine complex textures using advanced laser processing.

Cooling Plate

Material: Copper  

Application: Milling, EDM,

and Laser Micro Machining  

System: Multiple  

A copper cooling plate undergoes multiple precision processes—such as microchannel machining, EDM hole drilling, and surface finishing—to form a thermal heat-transfer unit tailored for server cooling systems.

This engineered cold plate efficiently conducts heat from high-power components into the coolant stream, enabling effective thermal management in dense compute environments.

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