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With every system
- Install & training printhead calibration + WaxJetPrint onboarding
- Starter wax set red casting wax + dissolvable support to first patterns
3D printers, Business 3D Printers, DLP 3D Printers, Manufacturing 3D Printers, Resin 3D printers · MultiJet Printing (MJP) / Wax Jetting
Flashforge WaxJet 530 Wax 3D Printer – Investment Casting Patterns | 11.4×8.2×5.9 in / 289×208×150 mm
The Flashforge WaxJet 530 is a triple-printhead wax jetting (MJP) 3D printer that produces investment-casting patterns at 2900 × 2900 × 1700 DPI with 15 µm layers across an 11.4 × 8.2 × 5.9 in / 289 × 208 × 150 mm build area — built for jewelry and dental casting bureaus running batch production.
- ✓ Three synchronized piezoelectric printheads — up to 12 kg of wax patterns per month, 24/7
- ✓ Red casting wax + hands-free dissolvable support wax — ±0.04 mm / 20 mm dimensional accuracy
- ✓ Lead time: 4–6 weeks — configured to order
Price held 7 days after order.
Install + training included
Tailored service plan
What your casting engineer actually checks
What your casting engineer actually checks
Resolution you can cast
At 2900 DPI and 15 µm layers, the WaxJet 530 resolves prongs, pavé seats, and dental margins — then burns out clean at under 0.01% ash. Pattern accuracy is ±0.04 mm / 20 mm, so what you model is what you cast, lot after lot.
An applications engineer on the line
Questions on wax selection, dissolvable support, flask, or burnout? Our engineers run casting workflows — not a remote ticket queue. Sub-4h reply, NDA standard. Use the Talk to an applications engineer button above.
2900 DPI
Resolution
15 µm
Layer thickness
11.4×8.2×5.9 in
Build volume
±0.04 mm/20 mm
Accuracy
About this product
The Flashforge WaxJet 530 is a triple-printhead wax jetting (MultiJet / MJP) 3D printer that prints 100% castable wax patterns for lost-wax investment casting — jewelry, dental, and precision small parts. Three synchronized piezoelectric printheads lay down 15 µm layers at 2900 × 2900 × 1700 DPI across an 11.4 × 8.2 × 5.9 in / 289 × 208 × 150 mm plate, so a single machine can turn out up to 12 kg of patterns a month running around the clock.
What Is the WaxJet 530: Wax Jetting for Investment-Casting Patterns
The WaxJet 530 is a production wax 3D printer built for casting bureaus. Instead of curing resin, it jets molten casting wax layer by layer and prints a separate dissolvable support wax, so finished patterns are true wax — they burn out clean in a standard investment flask with no ash-forming residue. It targets high-mix, high-volume jewelry and dental casting where fine detail, repeatable dimensions, and hands-off support removal decide throughput. See full specifications below.
Why casting bureaus choose the WaxJet 530
Detail, throughput, and burnout behavior — the things a casting operation actually measures.
2900 DPI, 15 µm layers
Resolves prongs, filigree, pavé seats, engraving, and dental margins that lower-resolution wax printers blur.
Triple-printhead throughput
Three synchronized piezoelectric heads sustain up to 12 kg of wax patterns per month running 24/7.
±0.04 mm / 20 mm accuracy
Tight, repeatable patterns with 0.7% linear shrinkage — sprue, invest, and cast without chasing dimensional drift lot to lot.
Hands-free dissolvable support
White support wax dissolves away in a warm solvent bath — no manual pick-off that nicks delicate patterns, and less finishing labor.
Print Resolution & Pattern Quality
At 2900 × 2900 × 1700 DPI with a 15 µm layer height, the WaxJet 530 holds the surface detail investment casting depends on: sharp stone seats, thin walls, readable text, and clean bezel edges. Dimensional accuracy is stated at ±0.04 mm per 20 mm, with 0.7% linear and 1.1% volumetric shrinkage on the red casting wax — predictable enough to build compensation into your CAD library once and reuse it. Material utilization runs 58–60%, and the printer nests full plates of parts for batch runs rather than one model at a time.
Casting Wax Materials & Burnout Workflow
The WaxJet 530 runs a two-wax system: a red model wax and a white, fully dissolvable support wax.
| Material | Role | Key properties |
|---|---|---|
| Red casting wax (FFWJ1200) | Model / pattern | Melting point 68 °C · softening 63 °C · 0.7% linear / 1.1% volumetric shrinkage · ash content < 0.01% · 3.0 kg/bottle |
| White support wax (FFWS3200) | Dissolvable support | Melting point 55 °C · hands-free removal in a warm solvent bath · 3.6 kg/bottle |
Because both are true waxes with very low ash, patterns go straight into a standard gypsum investment flask and burn out cleanly for lost-wax casting — no resin-style residue or expansion surprises. Additive Plus supplies both waxes and can advise on flask, burnout, and casting parameters.
How we deliver it
Configured, installed, and dialed in for your casting workflow — not drop-shipped in a box.
Step 01
Configure
We spec the WaxJet 530 with red casting wax and dissolvable support, sized to your bench space, power, and monthly pattern volume.
Step 02
Install & train
Install, calibrate the three printheads, and train your team on WaxJetPrint nesting plus the dissolve-and-invest workflow.
Step 03
Validated patterns
Dialed-in profiles for jewelry and dental casting so patterns leave the plate ready to sprue, invest, and cast.
Software, Connectivity & Monitoring
Jobs are prepared in WaxJetPrint (STL and SLC input, Windows 7/10 64-bit) and sent over Ethernet (RJ-45), USB, or Wi-Fi. A built-in 2K HD camera lets operators watch long batch runs remotely, with job history and temperature diagnostics available through the software platform — useful when a machine runs unattended overnight to hit a 12 kg/month cadence.
Typical applications
Where a high-resolution wax pattern printer earns its place on the floor.
Jewelry casting
Rings, pendants, filigree, pavé settings
Dental casting patterns
Copings, crowns, bridge frameworks
Batch production
Full nested plates for high-volume bureaus
Signet & engraved pieces
Crisp lettering, monograms, relief
Design prototyping
Wax proofs before committing to metal
Precision investment casting
Small industrial components
Not sure wax jetting is the right fit?
Compare with castable-resin platforms we stock for pattern work.
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Industrial SLANexa3D NXE 400View printer →
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Tell us your part mix, detail requirements, and monthly volume — an applications engineer will recommend wax jetting or castable resin for your casting workflow. Sub-4h reply, NDA standard.
Why Source the WaxJet 530 Through Additive Plus
- Application engineering included — we help match wax, flask, and burnout parameters to your parts, not just ship a machine.
- Install, printhead calibration, and WaxJetPrint training with every system.
- Both consumable waxes (red casting wax and dissolvable support) supplied and kept in stock.
- Full casting-pattern chain under one partner: wax printer, castable resins, and post-processing.
- <24h response · 200+ qualified systems delivered across 23 countries.
| Brand | Flashforge |
| Technology | MultiJet Printing (MJP) / Wax Jetting |
| Build Volume | 11.4×8.2×5.9 in / 289×208×150 mm |
| Layer thickness | 15 µm |
| Max Resolution | 2900 × 2900 × 1700 DPI |
| Printing Speed | ≥6.35 mm/h |
| No. of printing heads | 3 synchronized piezoelectric printheads |
| Material | Red casting wax (FFWJ1200), White dissolvable support wax (FFWS3200) |
| Software | WaxJetPrint (STL, SLC) |
| Connectivity | Ethernet (RJ-45) · USB · Wi-Fi |
| Operating system | Windows 7 / Windows 10 (64-bit) |
| Dimensions | 53.2×30.5×63.0 in / 1352×775×1600 mm |
| Weight | 1058 lbs / 480 kg |
| Country of origin | China |
Product videos
Want proof before you commit?
Send your STL We print a benchmark patternCast it yourself
Send us your jewelry or dental model and we'll print a paid benchmark wax pattern on the WaxJet 530 in California — inspect the detail and burnout behavior before you buy the machine.
Other products teams run alongside Flashforge WaxJet 530 Wax 3D Printer – Investment Casting Patterns | 11.4×8.2×5.9 in / 289×208×150 mm
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Unedited feedback from jewelry and dental production teams.
★★★★★
We moved batch casting patterns off resin and onto the WaxJet 530 — burnout is cleaner and our scrap from investment cracking dropped noticeably.
DR
Daniel R. Production Manager · Jewelry Casting Bureau
★★★★★
The dissolvable support is the real win. No more picking wax out of pavé seats — patterns come out of the bath ready to sprue.
ML
Mei L. Model Shop Lead · Fine Jewelry Manufacturer
★★★★★
Three printheads keep it running overnight, and the camera means I can check a plate from home. It hits the volume we need for dental copings.
AS
Andre S. Lab Director · Dental Casting Lab
Common questions
Don't see yours? Email [email protected] — NDA standard, typical reply within 4 hours.
What technology does the Flashforge WaxJet 530 use, and what does it print?
The WaxJet 530 uses MultiJet Printing (MJP) — it jets molten casting wax through three synchronized piezoelectric printheads, building patterns in 15 µm layers. It prints 100% castable red wax models with a separate white, dissolvable support wax. Because the output is true wax rather than cured resin, patterns go straight into a standard investment flask and burn out cleanly with under 0.01% ash. It is designed for lost-wax investment casting in jewelry, dental, and precision small-part production.
What is the build volume and resolution of the WaxJet 530?
The WaxJet 530 has a build volume of 11.4 × 8.2 × 5.9 in / 289 × 208 × 150 mm and prints at 2900 × 2900 × 1700 DPI with a 15 µm layer thickness. Dimensional accuracy is rated at ±0.04 mm per 20 mm. That resolution resolves fine jewelry detail — prongs, filigree, pavé seats — and dental margins, while the plate is large enough to nest full batches of patterns for production rather than one piece at a time.
How fast is the WaxJet 530 and how many patterns can it produce?
The WaxJet 530 builds at up to 6.35 mm/h using its three synchronized printheads. Running continuously 24/7, a single machine produces up to 12 kg of wax patterns per month. Because it nests full plates, throughput scales with how densely you pack the build area, which makes it suited to high-volume jewelry and dental casting bureaus rather than occasional one-off work.
What wax materials does the WaxJet 530 use?
The WaxJet 530 runs a two-part system: red casting wax (FFWJ1200) as the model material and white support wax (FFWS3200) that dissolves hands-free. The red wax melts at 68 °C with 0.7% linear and 1.1% volumetric shrinkage and under 0.01% ash for clean burnout. The support wax melts at 55 °C and dissolves in a warm solvent bath, so no manual pick-off is needed. Additive Plus stocks both waxes and can advise on flask and burnout parameters.
How is support removed, and does it damage fine patterns?
Support on the WaxJet 530 is a separate white wax that dissolves in a warm solvent bath — there is no manual breaking or cutting. This matters for jewelry and dental patterns, where prying off support can nick prongs, thin walls, or margins. Hands-free removal also cuts finishing labor and makes results repeatable across operators, which is why Flashforge quotes a meaningful reduction in post-processing time versus manually supported wax patterns.
Is the WaxJet 530 suitable for dental casting as well as jewelry?
Yes. The WaxJet 530's 15 µm layers and ±0.04 mm / 20 mm accuracy suit dental casting patterns such as copings, crowns, and bridge frameworks, in addition to jewelry rings, pendants, and pavé settings. The castable red wax burns out cleanly for lost-wax casting in either workflow. Additive Plus can help match the machine and wax to your specific indications and casting alloys — talk to an applications engineer about your part mix before you commit.
What software and connectivity does the WaxJet 530 use?
Jobs are prepared in Flashforge's WaxJetPrint software, which imports STL and SLC files and runs on Windows 7 or 10 (64-bit). The printer connects over Ethernet (RJ-45), USB, or Wi-Fi, and a built-in 2K HD camera lets operators monitor long batch runs remotely, with job history and temperature diagnostics available in the software. That remote visibility is useful for unattended overnight runs when the machine is working toward its 12 kg/month output.
What is the price and lead time for the WaxJet 530?
The WaxJet 530 is configured to order and priced per configuration, so pricing is provided on quote rather than listed. Typical lead time is 4–6 weeks. Additive Plus includes installation, printhead calibration, and WaxJetPrint training, and supplies both casting waxes. Request a quote to confirm current pricing, delivery timing, and any financing or demo options for your casting operation.
Place your order, or talk to an engineer first
Order Flashforge WaxJet 530 Wax 3D Printer – Investment Casting Patterns | 11.4×8.2×5.9 in / 289×208×150 mm direct, or talk to materials engineer