Voxelcare has launched the VXC3DP Multi Pellets CUBE, a compact Fused Granulate Fabrication (FGF) 3D printer designed for the production of custom orthotics. The system features four material cartridges capable of processing TPU pellets in varying hardness levels, specifically 85A, 90A, 95A, and 98A. The machine is integrated with the company's proprietary Voxelcare Online CAD software and a new in-house slicing engine, achieving a production rate of one insole per hour. Headquartered in Spain and the Netherlands, Voxelcare offers this hardware as part of a subscription-based, end-to-end digital workflow for foot care professionals.

This release targets the transition from traditional, labor-intensive thermoforming and manual finishing of orthotics to a fully automated digital manufacturing chain. By utilizing FGF technology, Voxelcare addresses the need for cost-effective, recyclable material usage compared to filament-based FFF or powder-based SLS systems. The orthotics market is increasingly adopting decentralized production models, and Voxelcare competes by offering a modular, low-footprint hardware solution that integrates with existing clinical scanning infrastructure. This approach allows smaller clinics to scale production without the high capital expenditure associated with industrial-grade SLS or MJF platforms.

The VXC3DP Multi Pellets CUBE provides a practical solution for clinics looking to bring production in-house by leveraging the cost advantages of pellet-based materials. Success for Voxelcare will depend on the reliability of the automatic material switching mechanism and the long-term performance of the TPU grades in clinical environments. Users should evaluate the total cost of ownership against the subscription model and the specific mechanical requirements of their patient population to determine if this hardware fits their current throughput needs.