How much funding has Voxelcare raised?

Voxelcare has raised $5.9M in total funding. Key investors include Axon Partners Group.

Who is the CEO of Voxelcare?

Michael Lampert is the CEO of Voxelcare. The company was founded in 2011.

Where is Voxelcare located?

Voxelcare is headquartered in Elche, Spain.

What funding stage is Voxelcare at?

Voxelcare is currently at the Active stage.

How many employees does Voxelcare have?

Voxelcare has approximately 11-50 employees.

Voxelcare

Name: AM Companies Database
Creator: AMPulse
License: https://creativecommons.org/licenses/by/4.0/

PlatformElche, SpainFounded 2011· One of 203 Platform companies tracked by AMPulse

Develops a cloud-based end-to-end digital manufacturing platform for custom foot orthotics using multi-material pellet extrusion 3D printing, enabling localized hardness control.

CEO / Founder: Michael Lampert
Team Size: 11-50
Stage: Active
Total Funding: $5.9M
Latest Round: Series A
Key Investors: Axon Partners Group

Technology & Products

Key Products

VXC3DP Pellet Cube 3D printer; VXC3DP Multi Pellets CUBE; VCM50 3DLFS Package; Voxelcare Online CAD/CAM; Soletec; Digital foot scanners; CNC milling machines

Technological Advantage

Claimed: Worldwide leader in cloud-based orthotic fabrication and first multi-pellet 3D printer for foot orthotics. Verified: Integration of scanning, CAD, and AM into a single workflow for medical professionals.

Differentiation

Value Proposition

Reduces the cost and complexity of custom orthotic production by replacing manual labor and multi-step assembly with an automated, cloud-integrated 3D printing workflow that produces variable-density insoles in a single process.

How They Differentiate

Differentiates through a specialized multi-material pellet extrusion process (VXC3DP) that specifically addresses the variable density requirements of medical orthotics, a capability not typically found in standard AM systems.

Market & Competition

Target Customers

Footcare professionals including podiatrists and orthopedic technicians.

Industry Verticals

Medical

Competitors

Spentys; OrthoCAD (VertexOrthopedic); easyCAD Insole (Sensor Medica)

Growth & Milestones

Growth Metrics

Employees: 47 employees (as of January 2025), up from 29 in mid-2024. Founded in 2009 in Elche, Spain (originally as P&B Orthotics SL).; Transitioned to a cloud-based CAD/CAM model for the global orthotics market.; Launched the VXC3DP Multi Pellets CUBE, a proprietary multi-material pellet-based 3D printer for point-of-sale insole production.

Major Milestones

Launched VXC3DP Multi Pellets CUBE (2023); Exhibited at Expolife 2019 with one-click orthotic design feature

Notable Customers

Dirk Thora/Ipp-Thora

https://www.voxelcare.com

Why this company matters

Voxelcare provides a cloud-based end-to-end digital manufacturing platform for custom foot orthotics, targeting podiatrists and orthopedic technicians. The company replaces manual labor and multi-step assembly with an automated workflow that integrates scanning, CAD, and additive manufacturing into a single process.

The core technology is the proprietary VXC3DP multi-pellet extrusion process, which enables localized hardness control within a single build. The VXC3DP Pellet Cube 3D printer and VXC3DP Multi Pellets CUBE are designed for point-of-sale production, while the Voxelcare Online CAD/CAM platform and Soletec software support design and order management.

Customers include footcare professionals in over 50 countries, with notable user Dirk Thora/Ipp-Thora. The platform serves medical applications where variable-density insoles are required, differentiating from standard AM systems that cannot vary material properties in one print. Competitors include Spentys, OrthoCAD, and easyCAD Insole.

Voxelcare has raised €5.5 million from Axon Partners Group and employs 47 people as of January 2025. Partnerships with Algeos and Dynamic Lab Services support distribution. The company's closed-loop platform and proprietary pellet extrusion create a technology moat, though adoption depends on podiatrists transitioning from traditional fabrication methods.