Objects
Eco-friendly polishing technology applicable to various industries
Ludia Lab's polishing systems are
applicable to a wide range of materials, including metals, ceramics, and plastics, and are actively
used in industries requiring precise surface quality, such as automotive, aerospace,
semiconductors, medical devices, 3D printing, smartphones, and precision molds.
Since each industry requires different polishing strengths, particle sizes, and environmental standards,
Ludia Lab goes beyond simply supplying abrasives to design optimized solutions tailored to specific
process conditions and application purposes.
Actual application industry group
Automotive Parts | Surface Uniformity and Noise/Vibration Prevention for Shafts and Housings
3D Printing | Post-processing, support removal, and micro-surface finishing
Semiconductor Components | Precision Finishing of Ceramic Substrates and Metal Connectors
Precision Mold | Eliminates fine scratches and maintains dimensional accuracy
Smartphone Parts | Plastic and Metal Case Surface Enhancement
Medical Devices | Hygienic Finishing of Titanium and Stainless Steel Tools
From basic polishing to damage-free deburring,
we can achieve any goal you desire.
Polishing
Minimizing damage to the workpiece (object to be machined) allows for simultaneous machining, achieving a brilliant sheen and high-quality surface finish.
Machining a wide range of materials, including aluminum, stainless steel, steel, titanium, star box, carbide, difficult-to-cut materials, ceramics, copper, and plastics, is possible.
피삭체(가공 대상물)의 데미지를 최소화하여, 가공하는 동시에 극광의 광택부여와 고품질의 표면 조도 구현이 가능합니다. AL, SUS, STEEL, 티타늄, 스타박스, 초경, 난삭재, 세라믹, 구리, 플라스틱 외 다양한 소재 가공이 가능합니다.
Peening
It minimizes damage to the workpiece (object to be processed) and controls surface stress, while simultaneously relieving stress through continuous striking of the surface film, providing a peening effect that increases tensile strength and fatigue resistance. The durability and wear of products such as carbide tools, molds, and metal parts are directly related to the increased lifespan, which has a decisive impact on the product. Depending on the uniqueness of the abrasive particles used, all factors such as the degree of peeling and gloss can be controlled.
It minimizes damage to the workpiece (object to be processed) and controls surface stress, while simultaneously relieving stress through continuous striking of the surface film, providing a peening effect that increases tensile strength and fatigue resistance. The durability and wear of products such as carbide tools, molds, and metal parts are directly related to the increased lifespan, which has a decisive impact on the product. Depending on the uniqueness of the abrasive particles used, all factors such as the degree of peeling and gloss can be controlled.
Micro-Blasting
A wide selection of abrasive particles embedded in the elastomer allows for a complete replacement for conventional microblasting techniques. Free from the burden of expensive, dedicated equipment and demanding maintenance, simply replace the material to achieve precision machining, micrometer-scale burr removal, and machining of various shapes, sizes, and materials, including curved edges and the interior and exterior of holes. Experience the incredible added value of a pleasant environment with minimal dust generation.
A wide selection of abrasive particles embedded in the elastomer allows for a complete replacement for conventional microblasting techniques. Free from the burden of expensive, dedicated equipment and demanding maintenance, simply replace the material to achieve precision machining, micrometer-scale burr removal, and machining of various shapes, sizes, and materials, including curved edges and the interior and exterior of holes. Experience the incredible added value of a pleasant environment with minimal dust generation.
디버링(Deburring) / 세정(Cleaning)
After CNC machining, laser machining, die casting, or injection molding, visible burrs can be removed, as well as microscopic burrs down to the micrometer level. This also allows for surface cleaning of machining marks and prior to further processing or welding. This eliminates surface changes and secondary burrs, minimizing post-processing and defect rates, thereby improving productivity.
After CNC machining, laser machining, die casting, or injection molding, visible burrs can be removed, as well as microscopic burrs down to the micrometer level. This also allows for surface cleaning of machining marks and prior to further processing or welding. This eliminates surface changes and secondary burrs, minimizing post-processing and defect rates, thereby improving productivity.
Peeling
Conventional mechanical peeling methods often produce excessive cutting effects, making it impossible to preserve the original shape of the workpiece. However, LUDIA, a high-elasticity media, possesses relatively excellent original shape preservation due to its inherent properties, making it easy to peel oxide films, plating, and other surfaces to be removed. Furthermore, customization, such as surface roughness management, is possible according to the customer's requirements.
Conventional mechanical peeling methods often produce excessive cutting effects, making it impossible to preserve the original shape of the workpiece. However, LUDIA, a high-elasticity media, possesses relatively excellent original shape preservation due to its inherent properties, making it easy to peel oxide films, plating, and other surfaces to be removed. Furthermore, customization, such as surface roughness management, is possible according to the customer's requirements.
HAZE
We can achieve a variety of textures, including matte, semi-gloss, and desired illuminances, tailored to your specific needs. Ludia's inherent elasticity prevents damage to the workpiece, making Rz management easy, ensuring a consistent, high-quality haze surface.
It can be processed on a variety of materials, including metal, glass, and polymer.
We can achieve a variety of textures, including matte, semi-gloss, and desired illuminances, tailored to your specific needs. Ludia's inherent elasticity prevents damage to the workpiece, making Rz management easy, ensuring a consistent, high-quality haze surface.
It can be processed on a variety of materials, including metal, glass, and polymer.
Other Applications – Various Materials
Differentiating Ludia Solutions
– Design of polishing conditions tailored to process requirements of each industry group
– Equipment and abrasive composition that can be linked to the automation line
– Application of eco-friendly systems such as low noise, non-toxicity, and low dust
– Supports complex shapes / Supports cleanroom and precision process environments
> Application method by material
– Metal: Enhanced durability / Maintained surface hardness / Uniform finish
– Ceramic: Anti-breakage / Low-speed, low-vibration polishing / Particle selection
– Plastic: Anti-static / Maintains high texture / Low friction processing
Ludia Lab uses technology to solve real-world problems faced by each industry,
providing polishing solutions that take functionality, productivity, and the environment into account.