Manufacturing & Materials
The Amphibious Tent is a fully inflatable, rigid-free structure designed for recreational, educational, and emergency use in both terrestrial and aquatic environments. Its circular architecture and lightweight configuration make it suitable for rapid deployment and multi-purpose activities, while its advanced stabilization system ensures safety and functionality in varied terrain and weather conditions.
The Water Jet Direct Seeding System introduces a groundbreaking technological approach to agriculture, designed to enhance planting efficiency and sustainability. This innovative solution eliminates the mechanical components traditionally used in planting equipment, such as discs and metal blades, and replaces them entirely with high-pressure water jets, similar to those employed in industrial applications for precision cutting.
This is designed for Medical Wearables, Screen-Printed thin film heaters, Solar thin film cells, Perovskite on PET film, 5&6 G antenna arrays etched onto clear glass or clear thin film. It is designed specifically to spread heat while providing high dielectric insulation all while conforming to the human body without the wearer perceiving its presence.
Problem Statement
Manufacturing environments subject tooling surfaces, conveyor systems, and production substrates to continuous micro-damage from thermal cycling, mechanical stress, and chemical exposure. Current solutions require costly downtime for repairs, replacement of entire components, and result in production inconsistencies.
The MELD Manufacturing 3PO system is an advanced hybrid manufacturing platform that redefines how, where, and when large, forged parts are produced, repaired and sustained. The 3PO integrates MELD Manufacturing’s patented Additive Friction Stir Deposition (AFSD) forging process with proven precision subtractive machining processes into a single system;
Binder Injection Additive Manufacturing is a flexible new method for 3D printing with coarse, inexpensive, or recycled powders. It combines elements of material extrusion and binder jetting, but instead of spreading thin layers of powder, it injects liquid binder directly into a loosely packed powder bed. This simplifies the hardware, reduces the need for fine powders,
Our objective is to prepare eco-friendly pants by degrading plastics, which are a potential threat to our environment as it takes 500-1000 or more years to decompose naturally. We offer an eco-friendly approach where the microorganism Ideonella sakaiensis sakaiensis breaks Plastics into simpler compounds such as Ethylene Glycol and Terephthalic acid under aseptic conditions.
Main Components:
Wastewater Inlet/Outlet: Represents the entry and exit points of the water.
Pre-Treatment: An initial stage to remove larger solids or prepare the water for the main reactor.
Electrochemical Reactor: The core of the system, where electrochemical processes (including the graphite electrodes and stainless steel meshes from the previous diagram) occur to treat the wastewater.
CoolPak is an innovative, biodegradable packaging solution developed to solve the persistent problem of cooling perishables in areas lacking cold chain infrastructure. Designed for use in food, pharmaceutical, and agricultural logistics, CoolPak utilizes natural agricultural waste—such as rice husk, sugarcane bagasse, and coconut coir—to create a lightweight,
The REACT® Coffee Maker is an innovative integrated appliance that automates both the brewing and clean recycling of single-use coffee capsules. Unlike conventional capsule coffee machines, which leave used capsules contaminated with organic coffee grounds, the REACT® Coffee Maker incorporates a patented mechanical separation module that automatically empties each capsule immediately after brewing.
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