Material scope
Latex-based resins for VPP printing, including thermoplastic elastomers, EVA, SIR, SBR, NBR, and PU systems.
Hevea3D provides additive manufacturing solutions for flexible and sustainable elastomeric prototypes and pilot series with high resolution and strong mechanical performance, faster and more cost-effective using industrial grade polymers.
We shape your ideas with high-resolution and high performance elastomeric materials. Faster, more efficient, and ready for real-world proof.
From Research to Real Manufacturing.
Hevea3D develops latex-based materials and additive manufacturing processes that translate light-based 3D printing into industrially relevant solutions. Our Latex Printing Technology (LPT) enables the production of flexible, functional, and high-resolution parts, allowing companies to validate designs and materials rapidly—without tooling, molds, or unnecessary material waste.
Latex-based resins for VPP printing, including thermoplastic elastomers, EVA, SIR, SBR, NBR, and PU systems.
Customer-specific, scalable manufacturing from single parts to pilot-series production.
Printed parts shipped in as little as three days.
Water-based resin systems designed to reduce environmental impact.
Eliminate molding constraints and enable complex, functional geometries.
Breaking the constraints of traditional manufacturing, Hevea3D's Latex Printing Technology (LPT) enables on-demand production of industrial-grade elastomeric materials with high precision and speed. Built on a novel additive manufacturing approach, our process allows the direct fabrication of rubber-like components without molds, supporting industrial and medical prototyping as well as pilot-series production.
Rubber Injection Moulding
7 weeks for first prototypes
Hevea3D Process
3 days for first prototypes
Tooling has long constrained innovation through high costs, extended lead times, and limited flexibility. Hevea3D removes these barriers with a fully digital workflow that shortens validation cycles from months to days while significantly reducing development costs.
Rapid iteration and design optimization without tooling-related costs.
Fewer delays, lower costs, and greater flexibility in material and geometry design.
Our process replaces toxic solvents with a sustainable, water-based approach to create polymers that perfectly mimic the properties of natural rubber. By eliminating the need for traditional molds and offering unparalleled flexibility in material rigidity, we empower industries—from automotive to robotics—to drastically reduce production times and resource consumption. Watch the video to see how we are transforming the manufacturing landscape with the next generation of industrial polymers.
We work with industrial partners across different sectors to validate new elastomeric materials and functional prototypes.
Seals, gaskets, and anti-vibration components produced faster and without geometric constraints. From single parts to serial production, enabling smooth surface finishes, high precision, and reliable functional performance.
Lattice structures, soles, and cushioning elements designed with high freedom and rapid iteration, unlocking new levels of customization and performance for user- or patient-specific solutions.
Soft housings, connectors, and interfaces tailored for fit and function. Test-ready, personalized components that eliminate long prototyping cycles and fitting constraints.
Actuators, bellows, and grippers featuring complex geometries and elastic behavior, produced with high precision and smooth surface quality. Suitable from single prototypes to serial production with rapid design iteration.
On-demand functional parts for applications such as drones and aerospace, enabling rapid iteration and validation at low development cost.
Custom, ready-to-print resin systems developed in collaboration with customers to meet specific material, processing, and performance requirements.
