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The Material Science Lab of B!POD
Material science research driven by design patterns.
Shape Memory Alloys
A metal that remembers. Shape Memory Alloys are smart materials capable of “remembering” a shape and returning to it in a controlled way. We use Nitinol to create ultra-lightweight, silent actuators—reducing weight, energy use, and mechanical complexity. It’s natural robotics—no motors, no gears.
Vacuum Technologies
Born from high vacuum research, since 1950. Our vacuum technologies come from over 70 years of experience in the ultra-high vacuum field. The compact pumps we develop deliver top performance in minimal space—removing air in seconds. Fresher food, less waste, every day.
Ocean Bound Plastic
Tracked plastic, reduced carbon. Ocean Bound Plastic is collected before it can reach oceans or waterways. Its CO₂ footprint is drastically lower than that of virgin plastic, and the entire supply chain is ISCC-certified. We turn it into safe, durable, circular food containers.
Compostable Coating
Natural protection, zero plastic. We use Oxaqua® coating and CCOATHINK® technology to create high-barrier, fully compostable food bags. They perform like plastic films but are designed to return to the earth. Circular packaging, no compromises.
Getter Alloys
Perfect vacuum isn’t achieved—it’s sustained. Our getter alloys can adsorb efficiently and selectively one or more gas species, enabling them to sustain high or ultra-high vacuum conditions in a variety of vacuum systems. An invisible but essential technology for thermal insulation.
Mycelium Molding
Grown, not molded. Mycelium is the root-like structure of fungi. We use it to grow biodegradable packaging and supports—a living material shaped in natural molds, with no industrial processing. No plastic, no waste—just evolution.
Shape Memory Alloys
A metal that remembers. Shape Memory Alloys are smart materials capable of “remembering” a shape and returning to it in a controlled way. We use Nitinol to create ultra-lightweight, silent actuators—reducing weight, energy use, and mechanical complexity. It’s natural robotics—no motors, no gears.
Vacuum Technologies
Born from high vacuum research, since 1950. Our vacuum technologies come from over 70 years of experience in the ultra-high vacuum field. The compact pumps we develop deliver top performance in minimal space—removing air in seconds. Fresher food, less waste, every day.
Ocean Bound Plastic
Tracked plastic, reduced carbon. Ocean Bound Plastic is collected before it can reach oceans or waterways. Its CO₂ footprint is drastically lower than that of virgin plastic, and the entire supply chain is ISCC-certified. We turn it into safe, durable, circular food containers.
Compostable Coating
Natural protection, zero plastic. We use Oxaqua® coating and CCOATHINK® technology to create high-barrier, fully compostable food bags. They perform like plastic films but are designed to return to the earth. Circular packaging, no compromises.
Getter Alloys
Perfect vacuum isn’t achieved—it’s sustained. Our getter alloys can adsorb efficiently and selectively one or more gas species, enabling them to sustain high or ultra-high vacuum conditions in a variety of vacuum systems. An invisible but essential technology for thermal insulation.
Mycelium Molding
Grown, not molded. Mycelium is the root-like structure of fungi. We use it to grow biodegradable packaging and supports—a living material shaped in natural molds, with no industrial processing. No plastic, no waste—just evolution.
