ワークステーション List of Products and Services

This document is a collection of case studies summarizing examples produced using the three-dimensional laser peeling processing technology developed by our company. We provide a consistent production process for decorative molded parts, including mold manufacturing, injection molding, various surface treatments, and laser peeling processing. Our laser processing equipment can be applied to parts with complex three-dimensional curved surfaces, which were difficult to process with conventional laser peeling methods, and enables highly decorative fine designs that could not be achieved with traditional manufacturing methods. [Published Examples] ■ Lighting Covers (for lighting fixture manufacturers) - Peeling processing of decorative layers (vacuum deposition, painting) for spherical-shaped products ■ Gaming Machine Components (for gaming machine manufacturers) - Peeling processing of decorative layers (vacuum deposition, painting) for parts with complex curved shapes ■ Screws (for industrial machine manufacturers) - Fine marking processing on screw heads ■ Pulleys (for industrial machine manufacturers) - Marking on recessed areas that are difficult to print *For more details, please refer to the PDF document or feel free to contact us.

• Laser marker

We would like to introduce a case study of manufacturing gaming machine component parts for game machine manufacturers using our "Laser Marking Technology." The request was to perform a decorative layer (vacuum deposition and painting) stripping process on parts with complex curved shapes. For products with complex curved surfaces, which are considered difficult to process with conventional laser processing machines, our uniquely developed 3-axis 3D laser processing machine can move the workpiece while maintaining the appropriate laser incidence angle, allowing for high-precision processing even on curved surface products. 【Case Study】 ■ Production Capacity: 10,000 units/month ■ Processing Materials - Base Material: PC (Polycarbonate) - Surface Treatment: Aluminum Vacuum Deposition ■ Equipment Used: 3-axis 3D Laser Processing Machine (YVO4) ■ Work Size: Capable of processing up to 300mm x 300mm x height 42mm *For more details, please refer to the PDF document or feel free to contact us.

• Laser marker

We would like to introduce a case study of the production of lighting covers for lighting fixture manufacturers using our "laser marking technology." The order was for the removal processing of a decorative layer (vacuum deposition and painting) on a spherical product. Our uniquely developed 5-axis 3D laser processing machine can process spherical products, which are considered difficult with conventional laser processing machines, by moving the workpiece while maintaining the appropriate laser incident angle, allowing for high-precision processing even on spherical shapes. 【Production Case】 ■ Production Capacity: Made to order ■ Processing Material - Base Material: Glass - Surface Treatment: Painting ■ Machinery Used: 5-axis 3D laser processing machine (YVO4) ■ Work Size: φ200 (maximum φ30 hemispherical shape) *For more details, please refer to the PDF document or feel free to contact us.

• Laser marker

We would like to introduce a case study of pulley manufacturing for industrial machinery manufacturers using our "Laser Marking Technology." The order requested laser marking on recessed areas, which is difficult to achieve with printing. Unlike printing, laser marking is a non-contact process, allowing for the processing of products with uneven surfaces. 【Case Study】 ■ Production Capacity: 2,000 units/month ■ Processing Material: Aluminum ■ Machinery Used: 3-axis 3D laser processing machine (YVO4) ■ Work Size: φ65mm x Height 15mm *For more details, please refer to the PDF document or feel free to contact us.

• Laser marker

We would like to introduce a case study of nameplate (QR code) production for industrial machinery manufacturers using our "Laser Marking Technology." The order was for the creation of a nameplate (QR code). We created the nameplate by using a 3-axis 3D laser processing machine to perform laser ablation on aluminum that had undergone black anodizing treatment. 【Production Case】 ■ Production Capacity: 10,000 units/month ■ Processed Material - Base Material: Aluminum - Surface Treatment: Anodizing ■ Equipment Used: 3-axis 3D Laser Processing Machine (YVO4) ■ Work Size: 45mm x 95mm x thickness 1mm *For more details, please refer to the PDF document or feel free to contact us.

• Laser marker

We would like to introduce a case study of nameplate (QR code) production for industrial machine manufacturers using our "Laser Marking Technology." The order was to create nameplates for products with pipe shapes (curved surfaces), which are difficult to process with conventional laser processing machines. Our uniquely developed 5-axis 3D laser processing machine can achieve high precision processing even on curved surfaces. 【Production Case】 ■ Production Capacity: 2,000 units/month ■ Processing Material: Stainless Steel ■ Machine Used: 5-axis 3D Laser Processing Machine (YVO4) ■ Work Size: φ50mm to 100mm *For more details, please refer to the PDF document or feel free to contact us.

• Laser marker

We would like to introduce a case study of screw manufacturing for industrial machine manufacturers using our "Laser Marking Technology." The order was to apply fine marking processing on the screw heads. With our technology, we can mark with a character height of 0.1mm, enabling marking on small parts. Additionally, we have created dedicated jigs to facilitate mass processing in-house. 【Case Study】 ■ Production Capacity: 200,000 pieces/month ■ Processing Material: Stainless Steel ■ Machinery Used: 3-axis 3D Laser Processing Machine (YVO4) ■ Work Size: φ4mm to 8mm *For more details, please refer to the PDF document or feel free to contact us.

• Laser marker

We would like to introduce a case study of flower vase production for the flower shop industry utilizing our "Laser Marking Technology." The request was for the creation of a flower vase with a new design aesthetic. The produced flower vase features laser engraving, characterized by shadows and depth created by its uneven surfaces. Additionally, for the embellishments, we used a dedicated jig to ensure that there was no misalignment, employing inkjet printing for processing. 【Production Case】 ■ Production Capacity: 100 units/month ■ Processing Material: Paulownia wood ■ Machinery Used: - Plotter-type laser processing machine (CO2) - UV inkjet processing machine ■ Work Size: 145mm x 145mm x 145mm *For more details, please refer to the PDF document or feel free to contact us.

• Laser marker

This document presents the technology for integrated production from design to processing, surface treatment, assembly, and inspection by Workstation Co., Ltd. In the processing stage, we can accommodate requests such as blank processing, preliminary processing, and bending processing, and we focus on cost reduction from the stage of creating production drawings. To prevent human errors in finishing processes, surface treatment, assembly, inspection, and delivery, we pay close attention to quality control, such as having someone other than the processor verify against the drawings. 【Features】 ■ Capable of integrated production from sheet metal processing to finishing, surface treatment, assembly, inspection, and delivery ■ Can accommodate requests regarding delivery times and specifications *For more details, please refer to the PDF document or feel free to contact us.

• Wood processing machinery
• Other Auto Parts
• Other machine elements

We would like to introduce a case study of laser processing proposed by Workstation Inc. In laser peeling processing for surface treatment layers, there were several issues with products of complex shapes. Therefore, we adopted our uniquely developed "3D laser processing machine with stage movement functionality." By moving the stage in the X, Y, Z, and θ directions and keeping the laser irradiation angle within a certain range, we solved the problems. 【Case Study】 ■Issues - When the irradiation angle becomes obtuse, the precision of the laser irradiation position deteriorates, and it becomes impossible to provide the appropriate amount of energy to the processing surface, resulting in unstable finishing. - In products with complex shapes, conventional laser processing machines have limited processing ranges, narrowing the design possibilities. ■Proposal - Use our uniquely developed 3D laser processing machine with stage movement functionality. - Move the stage in the X, Y, Z, and θ directions to maintain the laser irradiation angle within a certain range. *For more details, please refer to the PDF document or feel free to contact us.

• Other processing machines

We would like to introduce a case study of laser processing of wood proposed by Workstation Inc. There were several issues with laser processing of wood, such as the laser burning the wood. Our company has selected laser output conditions that are compatible with wood, based on accumulated know-how, enabling engraving that maintains the original color of the wood. 【Issues】 ■ When attempting laser engraving, the laser burns the wood. ■ The heat from the laser causes the wood to warp. ■ Relying solely on the burn color from the laser results in monotonous designs. *For more details, please refer to the PDF document or feel free to contact us.

• Wood processing machinery

Our company handles sheet metal products such as electrical and medical equipment from component design to prototyping and mass production in-house, with a particular expertise in processing thin sheets with a thickness of 3.2 mm or less. For products requested by major client companies, it is necessary to consider and design the appropriate joining methods to finish the assembled parts, which are primarily processed through stamping and bending, to meet the specifications. We propose these methods to our customers based on our in-house database and know-how. [Sheet Metal Products] ■ Semiconductor device components ■ Mechanical components ■ Material: SPCC ■ Angle tolerance: ±0.5 degrees ■ Coating: Acrylic resin coating *For more details, please refer to the PDF document or feel free to contact us.

• Processing Contract

Our company handles sheet metal products such as electrical and medical equipment from component design to prototyping and mass production in-house, with a particular expertise in processing thin sheets with a thickness of 3.2 mm or less. For products that we receive production requests for from major client companies, it is necessary to consider and design the appropriate joining methods to finish the products as requested when assembling multiple parts processed by stamping, bending, etc., primarily through welding. We propose these methods to our customers based on our in-house database and know-how. 【Sheet Metal Products】 ■ Medical Device Parts ■ Complete Sheet Metal Enclosures ■ Material: SECC-P ■ Coating ・ Primer: Cationic Electrodeposition ・ Topcoat: Leather Tone Coating ■ Printing: Epoxy Two-Component, 5-Color Printing *For more details, please refer to the PDF document or feel free to contact us.

• Processing Contract

Our company handles the entire process of sheet metal products, such as electrical and medical equipment, from parts design to prototyping and mass production in-house. We specialize particularly in the processing of thin sheets with a thickness of 3.2 mm or less. For products requested by major client companies, when assembling multiple parts processed through methods such as stamping and bending, it is necessary to consider and design the appropriate joining methods to ensure the final product meets the specifications. We propose these based on our in-house database and expertise. 【Sheet Metal Products】 ■ Amusement machine parts ■ Mechanical parts ■ Material: NEO material (non-chrome) ■ Dimensional accuracy: ±0.1 ■ Fitting tolerance: H7 *For more details, please refer to the PDF document or feel free to contact us.

• Processing Contract

Our company manufactures sheet metal products such as electrical and medical equipment from parts design to prototyping and mass production in-house, with a particular expertise in processing thin sheets with a thickness of 3.2 mm or less. For products requested by major client companies, it is necessary to consider and design the appropriate joining methods to finish the assembled parts, which are primarily processed through punching and bending, to meet the specifications. We propose these methods to our customers based on our in-house database and know-how. [Sheet Metal Products] ■ Ticket vending machine parts ■ Mechanical parts ■ Material: SUS304 ■ Dimensional accuracy: ±0.1 ■ Fitting tolerance: H7 *For more details, please refer to the PDF document or feel free to contact us.

• Processing Contract

Our company handles sheet metal products for electrical and medical devices from component design to prototyping and mass production in-house, with a particular expertise in processing thin sheets with a thickness of 3.2 mm or less. For products requested by major client companies, when assembling multiple parts processed by methods such as stamping and bending, it is necessary to consider and design the appropriate joining method to achieve the desired product. We propose these based on our in-house database and know-how. 【Sheet Metal Products】 ■ Medical Device Components ■ Exterior Components ■ Material: SECC Material ■ Coating - Primer: Cationic Electrodeposition - Topcoat - Acrylic Resin Coating *For more details, please refer to the PDF document or feel free to contact us.

• Processing Contract

The uniquely developed 5-axis 3D laser marking machine for workstations directly prints on three-dimensional metal and plastic products such as already assembled cases, jigs, tools, and parts, applying DPM (Direct Parts Marking). Unlike seals, ink, or paint, DPM uses surface modification for printing, resulting in a smooth finish without unevenness, eliminating the risk of peeling or paint chips falling off. This has led to an increased demand for QR code printing on tools and magazines used in clean rooms, where cleanliness and hygiene are essential. Laser-based DPM is chosen for its permanent marking capabilities, and due to computer-controlled processing, it allows for unique processing for each item, featuring contactless printing that does not restrict the choice of processing locations. *For more details, please download the PDF or feel free to contact us.*

• Other markings

Our company manufactures sheet metal products such as electrical and medical equipment, handling everything from parts design to prototyping and mass production in-house. We specialize particularly in thin plate processing with a material thickness of 3.2 mm or less. Although we were established in 2007 and have a relatively short history, we have skilled technicians who are well-versed in precision sheet metal work. 【Product Introduction】 - Medical device parts - Ticket vending machine parts - Amusement machine parts - Semiconductor equipment parts *For more details, please download the PDF or feel free to contact us.

• Other processing machines

We propose the creation of finely crafted raised patterns using laser processing and new decorative wooden boards with full-color coloring. The features of laser processing allow for precise positioning through computer control, enabling specification of processing areas in 0.1mm increments. Additionally, it offers a range from a black finish resembling a partially burned board to engraving treatments that maintain the natural color of the wood. In practice, by collaborating geometric patterns created by designers with the natural growth ring patterns of the wooden boards through raised processing technology, each wooden board presents a unique landscape. Furthermore, we have successfully created new designs using full-color UV printing technology. [Examples of Production] ■ Full-color UV printing on tiles ■ Lacquer-like urethane scraping paint ■ Three-dimensional decorative paulownia boxes *For more details, please download the PDF or feel free to contact us.

• Wood products
• others