Powered by innovation.
Engineered with partners.
From scan to fit, we collaborate with world-leading clinical, digital design, and additive manufacturing partners. Because exceptional care starts where clinical knowledge meets digital precision.
¹ Based on third-party additive manufacturing LCA data (EOS 2022, Carbon 2021, NIH 2020).
Genysis™, the intelligence behind every fit.
Genysis is mign’s proprietary design engine (patent pending). It’s the first software platform to automate 3D mass-personalization for the human body, digitally correcting posture and deformity before manufacturing even begins. It turns clinical assessment into engineered geometry, purpose-built for movement.
Every mign device starts here: where algorithms meet anatomy, and data becomes motion.
How Genysis works:
1. Scan
Capture the patient’s anatomy using any viable 3D body-scanning tool.
2. Plan
Simulate personalized fit. Apply parametric modeling and design tools to the patient’s corrected alignment, digitally addressing deformity before production.
3. Print
Generate precise, optimized geometry and file specifications tailored for Carbon, EOS, and other advanced additive platforms.
The Genysis advantage: Most workflows build to the body's current state, then modify the device to achieve correction.
Genysis starts with the correction itself, embedding the treatment plan in the design.
When digital design meets material genius, movement wins.
View Mign | Carbon Case Study
Our partnership with Carbon represents the convergence of two revolutions: computational design and advanced material engineering.
Together, we’re redefining what orthotics can be by combining:
Digital Light Synthesis™ printing technology
Medical-grade elastomeric polyurethane
Lattice structures that mirror natural tissue
Localized, sustainable manufacturing
The result? Devices that move with you, not against you.
Precision in every layer.
Watch the breakout.
Precision in every layer.
Strength in every structure.
Engineering movement, layer by layer.
With EOS, we apply industrial-grade selective laser sintering (SLS) to create devices balanced across:
Strength – Medical-grade polymers built for daily wear
Comfort – Geometries engineered to distribute pressure naturally
Sustainability – Powder-based printing with minimal waste
EOS technology enables the fabrication of patient-specific geometries that are impossible to fabricate using traditional methods.
Seamless capture.
Limitless capability.
Great outcomes start with great data. That’s why mign built a scan-agnostic platform compatible with leading 3D technologies.
Our scanning partners:
Size Stream – Full-body 3D scanning
MyFit Solutions – Smartphone capture
Aetrex – Foot and ankle biomechanics, pressure mapping and gait analysis
Whether you’re using an iPhone or a clinical-grade scanner, if it captures viable 3D data, Genysis can transform it into a digitally tailored design.
The mign advantage: No proprietary hardware. No lock-in. We meet you where you are, with the tools you already have.
Co-Lab: Where curious minds collaborate.
Got a body-centric application?
Whether you're developing wearable technology, medical devices, or performance equipment, Co-Lab is your gateway to expertise in generative design and additive manufacturing.
What we bring to the table:
Biometric data capture and analysis
Parametric and generative design workflows
Additive manufacturing process optimization
Clinical validation and regulatory pathway guidance
Where imagination meets iteration, Co-Lab makes ideas real.