MOLEGRID™ Flexible Black Photopolymer Resin – Professional TPU-Like Flexible Resin

MOLEGRID™ Flexible Black Resin is a professional-grade 3D printing material designed for users who need high-performance flexibility with excellent precision. This resin mimics the properties of TPU (thermoplastic polyurethane) and features a Shore A hardness of 75A, making it ideal for applications where soft, stretchable, or impact-resistant parts are needed.

As the official distributor of Kexcelled resins in India, Protomont Technologies proudly brings the MOLEGRID™ Flexible resin to 3D printing professionals, studios, and product designers. Whether you are producing wearables, gaskets, or medical prototypes, this flexible black photopolymer resin is engineered to deliver results.

Key Features of MOLEGRID™ Flexible Resin

• TPU-like Flexibility: Shore A 75A hardness provides the right balance between softness and strength, ideal for soft functional parts.

• High Elongation: Elongation at break up to 359% makes the resin suitable for parts that need to stretch or bend repeatedly.

• Tear and Impact Resistance: Tear strength of 28 kN/m ensures excellent mechanical performance.

• Low Odor: Designed for use in studios, small workspaces, and labs.

• Easy Molding and Smooth Finish: Optimized for high detail, easy post-processing, and consistent flow during printing.

• Available Colors: Transparent, White, and Black.

• Wide Compatibility: Suitable for all standard 405 nm UV LCD and DLP 3D printers.

Best Uses of MOLEGRID™ Flexible Black Resin

MOLEGRID™ Flexible resin is ideal for applications that require both flexibility and strength. It is used in:

• Seals and gaskets

• Soft functional prototypes

• Custom wearable accessories

• Medical and anatomical models (e.g., cartilage, ligaments, tendons)

• Soft tool handles and grips

• Flexible holders, tubes, or enclosures

• Design models for cultural or consumer products

• Engineering validation of flexible parts

This resin is popular among individual creators, design studios, and industrial users looking for reliable and repeatable performance.

Printer Compatibility

MOLEGRID™ Flexible resin is compatible with most standard 405 nm UV resin 3D printers. It works with machines from top brands like:

• ELEGOO Mars/Saturn Series

• Anycubic Photon/Mono Series

• Creality Series

• Phrozen Series

• And other 405 nm LCD and DLP printers

Whether you use it at home or in a production setup, MOLEGRID™ Flexible resin offers a smooth printing experience with consistent output.

Distributed by Protomont Technologies in India

As the official supplier of Kexcelled resins in India, Protomont Technologies ensures that you get MOLEGRID™ Flexible Black Photopolymer Resin delivered across all major cities including Mumbai, Pune, Delhi NCR, Hyderabad, Coimbatore, Bangalore, Jaipur, Chennai, and more.

We offer expert guidance, after-sales support, and reliable material delivery to suit your 3D printing needs.

Why Choose MOLEGRID™ Flexible Resin

• Developed by Kexcelled, a trusted global brand in resin materials

• Trusted by professionals in industries like healthcare, engineering, and design

• Performs consistently across multiple printer models

• Offers a great combination of mechanical flexibility and fine detail resolution

• Suitable for both experimental and production-grade 3D printing

MOLEGRID™ Flexible Black resin helps manufacturers and designers build parts that require durability and elasticity all while maintaining excellent surface quality and structural performance.

Order Now from Protomont Technologies

Now available for purchase across India via Protomont Technologies, your trusted distributor of Kexcelled flexible resins and advanced photopolymer 3D printing materials.

You can order MOLEGRID™ Flexible Black Photopolymer Resin directly from our website or via authorized platforms like Amazon India, IndiaMART, IndustryBuying and other 3D Priner online stores.

Experience next-generation flexibility with precision. Choose MOLEGRID™ Flexible resin for your next 3D printing project.