Memory in Matter
Persistent lattices reveal how physical structures retain a trace of their past.
SYSTEMS
INSTRUMENT 02 / REGENERATIVE SYSTEMS
Lattice
Prosthetics.
02Engineering that follows
the language of life.
PREPARING INSTRUMENTTHREE-DIMENSIONAL STUDY
DRAG TO ORBIT + / − TO ZOOMSCROLL TO DISCOVER
01 / THE IDEAMOLECULAR ASSEMBLY × REGENERATIVE BIOLOGY
Strength, in the spaces between.
A continuous scaffold. A network of tendons. An articulated hand. Lattice Prosthetics brings molecular fabrication and living-system research together in a form that is as deliberate in its openings as in its structure.
Molecular precision meets regenerative biology. A living-compatible structure shaped around movement, support, and the person who uses it.
Look beneath the surface05Articulated digits
02Converging disciplines
03Product generations
MATTER. PURPOSEFULLY ARRANGED.
Precisely made.
Profoundly human.
SCAFFOLD / TENDON / ARTICULATION02 / ARCHITECTURETHE WHOLE, REVEALED
A conversation
between layers.
Separate the outer scaffold from its supporting systems. Follow the path from the lined socket, through the tendon chassis and articulated wrist, to the intricate structure of the hand.
03 / ORIGINSTHE MERIDIAN INSTITUTE
From matter. Toward movement.
Meridian’s memory lattices opened a path to fabrication at molecular scales. In the Living Systems Lab, cells offered another lesson: repair and shape could emerge through local cooperation. Lattice Prosthetics grew from the meeting of those two discoveries.
Molecular Assembly
Fabrication places useful structures with finer control.
Living Computation
Biological systems offer insight into shape, signaling and repair.
Lattice Prosthetics
Living-compatible structures unite precision fabrication and regenerative biology.
“Precision assembly puts useful structures where conventional manufacturing leaves an average.”
MERIDIAN RESEARCH NOTES / MATERIALS
04 / APPLICATIONSCAPABILITY, WITH PURPOSE
Designed around possibility.
Personalized fabrication
Investigate structures shaped around individual needs through molecular assembly and independently reviewed models.
Regenerative research
Study living-compatible scaffolds alongside biological monitoring and regenerative-system validation.
Long-term adaptation
Advance from an initial structure toward monitored, regenerative and predictive generations.
