Massive Discount Photocentric Rigid Uv240 Plant Based Resin - Dark Amber - 1kg Gadget [tOU0YZ1W]

Photocentric Rigid UV240 Plant-Based Resin

Introducing the Photocentric Rigid UV240 Plant-Based Resin, a groundbreaking material designed to revolutionize the 3D printing industry. This high-performance resin is crafted from 50% plant-based raw materials, significantly reducing net CO2 emissions compared to conventional resins. With its exceptional properties and eco-friendly composition, the Rigid UV240 Plant-Based Resin is an ideal choice for both professionals and enthusiasts seeking sustainable and high-quality 3D printing solutions.

Technical Specifications and Features

The Rigid UV240 Plant-Based Resin boasts a range of impressive technical specifications that make it stand out from other 3D printing resins. Its high accuracy ensures over 98% of scanned data is within +/- 100μm for dental models printed horizontally, and over 90% within +/- 100μm for vertical prints, enhancing production efficiency. The resin offers an exceptional surface finish, a smooth feel, and rapid post-curing, making it perfect for fast and accurate prototyping. With its rigid nature and plant-based composition, this resin is a sustainable choice for creating durable and environmentally friendly 3D printed models.

Practical Applications and Benefits

The Photocentric Rigid UV240 Plant-Based Resin is versatile and suitable for a variety of applications. Whether you are a dentist creating aligner models or a designer looking for fast prototyping solutions, this resin delivers exceptional results. Its high accuracy, surface finish, and rigidity make it ideal for dental models, while its rapid curing and dry-to-touch properties save valuable time and effort. With its 250 and 350μm layer thickness print profiles, this resin enables quick design iterations, ensuring that you can bring your ideas to life efficiently. Embrace the future of sustainable 3D printing with the Photocentric Rigid UV240 Plant-Based Resin and experience the benefits of high-performance, eco-friendly materials.