High-Throughput Continuous Belt 3D Printers – Apex Belt V2 & XE Series
The Apex Belt V2 and XE series are Vertex-optimized continuous belt 3D printers designed for professional high-volume production. These systems support a wide range of manufacturing applications, including orthotic and custom device fabrication in clinical and lab settings.
Apex Belt V2
Design workflow: Scan → OrthoCAD → export → belt print. See also Apex V2 orthotic 3D printer and 3D printing vs CNC.
Key benefits
- Continuous belt system for significantly higher daily output
- Unattended operation to improve workflow efficiency
- Vertex performance tuning and configuration optimizations
- Backed by Vertex warranty and dedicated technical support
Apex Belt V2 vs generic bed FDM
| Factor | Apex Belt V2 | Generic bed FDM |
|---|
| Part clearing | Belt ejection between jobs | Manual removal each cycle |
| Overnight production | Designed for unattended queues | Limited without staff intervention |
| Orthotic TPU tuning | Clinic-focused profiles | Variable; operator-dependent |
| CAD integration | OrthoCAD direct export | General slicer workflow |
| Typical clinic volume fit | 20–100 pairs/month | Often <20 pairs/month |
ROI snapshot
Materials midpoint example $11/pair. Plug in your outsource cost per pair to estimate monthly savings.
| Monthly pairs | Materials ($11/pair) | OrthoCAD/mo | Printer amortized (12 mo) |
|---|
| 20 | $220 | $125 | $125 |
| 50 | $550 | $125 | $125 |
| 100 | $1,100 | $125 | $125 |
Request demo Belt vs bed comparison
FAQ
What is Apex Belt V2?
Apex Belt V2 is a Vertex-optimized continuous belt 3D printer designed for professional high-volume production, including orthotic and custom device fabrication in clinical and lab settings.
How is Apex Belt V2 different from the Apex V2 product page?
This page focuses on belt architecture, throughput, and clinic workflow. The
Apex V2 orthotic 3D printer page covers the full platform including pricing, materials, and ROI tables.
What software is required?
OrthoCAD designs and exports STL/3MF files directly to the printer. Training is included with OrthoCAD subscription.
What materials does Apex Belt V2 use?
Vertex TPU filaments (Core, HD, Foam, PEBA High Rebound) for insoles. PP-CF rigid shells use a separate Cartesian workflow.
What throughput can clinics expect?
Typical operator-free range is 8–20 pairs per 24 hours depending on design complexity and post-processing. Print time per pair is often 45–90 minutes.
