EcoLattice is produced from recycled Thermoplastic Elastomers (TPEs). While PU used in the automotive industry are usually produced from non-renewable fossil fuel and are thermosetting which can not be recycled, EcoLattice uses recycled materials and decreases the use of virgin plastics. This helps to reduce wastage and lower carbon footprint.
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Minimizes waste and maximizes the use of natural resources, ensuring a smaller environmental footprint.
Designed to last, our materials offer extended lifespans that reduce the need for frequent replacements.
Our materials are designed to be lightweight, making them easy to handle and transport while still maintaining strength and performance.
General Lattice offers exceptional versatility and structural integrity across numerous applications. It is both lightweight and sustainable, making it an ideal choice for projects that demand durability and environmental responsibility.
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We take pressure point data and translate it into design for customisation by varying the shore hardness of the foams and optimising the lattice structure. Changes in temperature and material foaming also cause variations in shore hardness. Thus, customised lattices are created for prolonged sitting periods and each individual's maximum comfort.
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Our foaming materials improve the comfort, cushioning, and insulation properties of the product through foaming additives and faster printing. Intended for performance and recyclability, these products combine performance and sustainability for different uses.
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Thermoplastic elastomers (TPEs) are a combination of thermoplastic and elastomer; they are more elastic, have high tear strength and are chemically stable. They can be recycled and shaped into various designs to offer long-lasting performance in many industries.
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EcoLattice advances the technology by creating foaming filaments and enhancing
the print parameters, software, and hardware. Hence, high-quality lattice foams are
achieved through our customised 3D printers with optimised print time.
3D Printing
Using 3D printing and generative design to manufacture foam structures that can be customised according to ergonomic needs.
Design & Customisation
Customisation involves using software such as Grasshopper Rhino to convert pressure point data into designs by adjusting the foams' shore hardness and optimising the lattice structure.
Bio Materials
To ensure sustainable production, natural latex and algae composites are used alongside recycled thermoplastic elastomers. We are currently exploring bio-materials, and these are our upcoming products.
Our materials cater to a diverse range of industries, offering tailored solutions that blend
performance with sustainability. From automotive and construction to healthcare and electronics,
our innovative products are designed to meet the specific demands of each sector.
Customizable foam pieces designed for ergonomic chairs, recliners, and healthcare furniture, enhancing patient comfort.
The Baby Pad provides a soft, breathable surface designed to ensure your baby's comfort and safety. Made from eco-friendly materials, it offers excellent support while maintaining proper airflow for a peaceful sleep.
The EcoLattice Lumbar Support aims to improve comfort and reduce strain, focusing on environmental benefits. Featuring the latest technology in foaming and using natural materials, this lumbar support provides the required support to the lower back, and at the same time, is very light and strong.
Featuring an ergonomic design and vibrant colors, the Spin Stool is perfect for adding a touch of comfort and style to both indoor and outdoor environments.
The Puzzle Stool boasts a modular, playful design that enhances any space with dynamic seating options, allowing for customizable arrangements to fit your needs.
Let's bring your ideas to life with our innovative and sustainable foam solutions tailored to your needs.
Experience the quality of our eco-friendly materials firsthand by requesting a sample designed just for you.
Become part of a community that values innovation, sustainability, and the future of material science.