Machine evidence
Raise3D Forge1: specs & public price evidence
Decision context / editorial guidance
Screen the application.
Then qualify the process.
Worth investigating if: your supplier can demonstrate the required alloy, geometry and finished-part specification on the quoted Raise3D Forge1 configuration.
Do not buy on this page alone: a published envelope or machine configuration does not establish repeatability, accepted-part cost or local support.
Editorial purchasing guidance, not a verified recommendation for a particular application.
Published geometry / not guaranteed part fit
Front view shows X:Z proportions. Depth Y is stated numerically. Supports and clearance reduce usable space.
Compare this machine →Manufacturer listing reviewed · confirm configuration
At a glance
What is it?
Raise3D Forge1 is a bound-metal filament printer: print with metal-filled filament, then debind and sinter to reach dense metal parts.
How does it print?
Bound metal extrusion: a printer deposits metal-filled feedstock that is later debound and sintered in a furnace.
When might I consider it?
Consider it when a low-entry-cost print-and-sinter route fits — and price the debinding and sintering step, in-house or outsourced, before comparing to LPBF.
What public specs cannot tell you: finished-part speed, cost, quality or fit for your exact application.
New to AM? Start with the 5-minute guide →
Material extrusion · bound-metal extrusion · Raise3D
Availability and review notes
Source review: . Source-specific review dates appear beside each fact.
Published capabilities
| Capability | Source-backed detail |
|---|---|
| Build volume | 300 x 300 x 300 mm (single nozzle) / 255 x 300 x 300 mm (dual nozzle) per a dealer specification tableTHIRD-PARTY ↗ · Source reviewed |
More published specifications and source notes
| Published detail | Evidence |
|---|---|
| Layer height | 0.1–0.25 mm; nozzle 0.4 mm default, 0.2/0.6 mm available; 1.75 mm filamentTHIRD-PARTY ↗ · Source reviewed |
| Machine size | 620 x 626 x 1,390 mm (W x D x H); net weight approx. 80.6 kgTHIRD-PARTY ↗ · Source reviewed |
| Workflow | Metal-filled filament printed with an oxide support, then debound and sintered (MetalFuse-style workflow); furnace/debind equipment is a separate purchase decisionOEM ↗ · Source reviewed |
| Public price | US$9,999 printer offer at a US dealer (observed 2026-09-30); the OEM page displays a €7,499 ex-VAT printer context in the European region — printer-only, regional variation appliesTHIRD-PARTY ↗ · Source reviewed |
Public price evidence
LIST · 2026 OBSERVED $9,999 printer (US dealer, 2026 observation)
A US dealer displayed $9,999 for the printer (observed 2026-09-30); the OEM page shows a €7,499 ex-VAT printer context in the European region. Printer-only: the complete debind-and-sinter workflow price is quote-based, so the headline number does not buy finished metal production.
Precision 3D Works listing (observed 2026-09-30) ↗
More public price data and record types · Ready to talk to a supplier about this machine? Send a structured RFQ — free, no account required.
What still needs a supplier answer
| Purchasing question | Evidence gap |
|---|---|
| All-in delivered machine price | Current quote required |
| Build time for your part | Not verified for your geometry |
| Alloy and parameters | Confirm the exact qualified combination |
| Application fit | Confirm tolerances, finishing, inspection and local support |
Source review dates identify when the cited material was reviewed. A source review is not a performance test; genuine third-party corroboration is identified separately.
Prepare a useful quote request
Send your exact alloy, dimensions, orientation, supports, inspection criteria and finishing route. Ask for usable build space and effective build time for that configuration. Include installation, training, service, software, gas supply and qualification in the delivered quote. Unverified fields on this page can be used as questions to confirm directly with the manufacturer before purchase.