1～5 item / All 5 items
![[Product Case for the Automotive Industry] 3D Printed Shift Lever](https://image.mono.ipros.com/public/product/image/fa6/2000678874/IPROS77208946691711899204.jpeg?w=280&h=280)
Utilizing digital data to express realistic textures.
■ Processing Method 3D Printing: Polyjet (UV Curing Method) ■ Material Acrylic-like + Rubber-like ■ Size 120×60×40 (mm) ■ Selection Points - Realistic reproduction of color and texture - Color variations available from over 360,000 colors - Reduced development time due to mold-less production - Multiple hardness options for rubber-like material
![[Automotive Industry Case Study] Prototyping Evaluation of PPS with 3D Printer](https://image.mono.ipros.com/public/product/image/468/2000744565/IPROS54116296312200131730.jpeg?w=280&h=280)
Prototype of an insulator made with a 3D printer.
Electric vehicle motors commonly utilize injection-molded PPS resin, and during prototyping, the methods were limited to injection molding and machining. In this context, a 3D printer-compatible PPS resin was developed, which possesses heat resistance and electrical properties equivalent to those of existing PPS resins used in traditional methods, making it suitable for pre-mold production purposes. ■ Processing Method 3D Printing: Powder Bed Fusion ■ Material PPS GF (Glass Fiber Reinforced Grade) ■ Size 168 x 116 x 15 (mm) 【Concerns】 - Existing methods take over a month for delivery. 【Requests】 - Desire to obtain prototypes within 1 to 2 weeks. - Want to confirm functionality equivalent to actual products (injection molded) (heat resistance, electrical properties, low water absorption). - Aim to prevent damage or breakage of wire materials. 【Proposal】 We proposed a method using 3D printer-compatible PPS resin for functional evaluation prototypes, assessing electrical properties in an environment of 120 to 150°C, and were able to conduct evaluations equivalent to conventional products (injection molded). The cost was reduced to one-tenth, and the delivery time was shortened to one week, achieving significant cost savings and lead time reduction.
Solving challenges in GMP manufacturing with resin materials, design support, and processing.
Our company has approximately 10 years of experience in the manufacturing of medical devices, and we handle not only manufacturing but also the management of traceability for medical resin materials. Among these, we can procure materials that comply with USP Class VI, suitable for biopharmaceuticals and GMP manufacturing. Additionally, even without design drawings, we utilize the latest technologies such as 3D scanning and 3D printing to provide support for design and processing based on actual products, helping to improve bottlenecks in production and realize ideas for product development. We pride ourselves on offering consistent support from design assistance to manufacturing, closely aligning with your ultimate goals, even if you are unsure about where or how to start your inquiries. Please feel free to contact us.
![[Product Case for the Automotive Industry] 3D Printed Steering Wheel](https://image.mono.ipros.com/public/product/image/640/2000678871/IPROS86385120006947876790.jpeg?w=280&h=280)
Integrated molding of two materials: acrylic and rubber.
■ Processing Method 3D Printing: Polyjet (UV Curing Method) ■ Material Acrylic-like + Rubber-like ■ Size φ410×100 (mm) ■ Selection Points - Integrated molding of two different types of materials - Shortened production time and cost reduction by manufacturing only from the completed design without the need for assembly drawings - Digital modeling that enables the reproduction of texture processing using only digital photographs - Multiple hardness options available for rubber-like material
![[Product Case for the Automotive Industry] 3D Printed Tail Lamp](https://image.mono.ipros.com/public/product/image/bb9/2000678878/IPROS92940441018704406551.jpeg?w=280&h=280)
Achieving realistic models with a rich variety of color options and surface finishing techniques.
■ Processing Method 3D Printing: Polyjet (UV Curing Method) ■ Material Acrylic-like ■ Size Φ100×20 (mm) ■ Selection Points - Color variations available in over 360,000 colors - Surface finishing through polishing after 3D printing output
