Built for Clinical Reliability and Scalable Production
Repeatable Clinical Quality
Device-to-device consistency across technicians, locations, and time without compromising clinical intent.
Lower Labour Per Pair
Reduce manual touch time with automation that frees skilled staff for higher-value work.
Predictable Turnaround Times
Production you can schedule, plan, and confidently promise to clinics and patients.
Throughput That Scales
Increase capacity without proportional increases in headcount, space, or complexity.
3D Print EVA-Style Orthotics
Patient-specific cushioning engineered to behave like multi-density EVA, produced through a repeatable digital workflow. Best for accommodative, sport, and comfort-focused prescriptions.
3D Print Polypropylene-Class Shells
Rigid support engineered for biomechanical alignment and long-term corrective performance. Best for functional control, structural correction, and long-term wear cycles.
Produce In-House
Deploy a complete digital orthotics production system to achieve the lowest cost per pair, fastest turnaround times, and full control over quality and scheduling.
Mosaic Production Network
Send digital files to Mosaic for manufacturing – ideal for clinics, labs under 1,000 pairs per year, or teams evaluating digital production without upfront equipment.
Scale Without Rebuilding Your Workflow
Move from outsourced to in-house production on the same platform when volume, staffing, and strategy align.
Purpose-Built Orthotics Manufacturing Software
Mosaic integrates with the scanning and design tools labs already use, then prepares each file for manufacturing in Stryde Orthotic Studio.
Geometry and production constraints are handled automatically, preserving clinical intent and eliminating manual tuning for a consistent production starting point, every time.
Explore Stryde Orthotic StudioProduction Capacity You Can Plan Around
Array is Mosaic’s automated additive manufacturing platform, engineered to produce Stryde devices with the consistency, throughput, and cost control required for real orthotics operations.
Capacity that scales with demand, without adding technicians.
Plus digitally controlled production reduces labour, material waste, and variability.
High-volume throughput in a compact, lab-friendly space.