User-Friendly Workflow

24/7 Printing,
Unattended & Continuous

Enhanced Wax, Ideal
for Complex Designs

Contact-Free Support Removal,
Easier Post-Processing
Technical Parameter
Printing Technology
289*208*100mm
XHD:2900*2900*1700 DPI layer thickness:15um
±0.04mm/20mm
AC220-240V,50Hz,4KW
1352*775*1600mm
480kg
630kg
1530*900*1837mm
WaxJetPrint
stl/.slc
√
500G
Network 10/100/1000Ethernet/USB
Windows7/Windows 10(64bit)
Temperature:18-26℃; humidity: 30-70%
Material Specifications
FFWJ1200
FFWJ3200
Part material
Support material
1.5kg/bottle
1.6kg/bottle
100% wax
Wax support materia
Red
White
0.79g/cm°
0.85g/cm
68℃
55℃
63℃
-
1.1%
-
0.7%
-
9
-
<0.01%
-
High-precisioncasting wax materia
Hands-free dissolvable support material
*Conditions: ①Volumetric Shrinkage SH/T 0588-1994; ②Needle Penetration Hardness GB/T 4985-2010; ③Ash Content GB/T 14235.3-1993
Technical Parameter
MultiJet Printing (MJP)
Material Name
FFWJ1200
FFWJ3200
289*208*100mm
Material Type
Part material
Support material
XHD:2900*2900*1700 DPl; layer thickness:15um
Net Weight
1.5kg/bottle
1.6kg/bottle
±0.04mm/20mm
Composition
100% wax
Wax support material
AC220-240v,50hz,4kw
Color
Red
White
1352*775*1600mm
Density@95°C(Liquid)
0.79g/cm³
0.85g/cm³
480kg
Melting Point
68℃
55℃
630kg
Softening Point
63℃
—
1530*900*1837mm
Volumetric Shrinkage
1.1%
—
WaxJetPrint
Linear Shrinkage
0.7%
—
.stl/.slc
Needle PenetrationHardness
9
—
√
Ash Content
<0.01%
—
500g
Description
High-precision castingwax
Hands-free dissolvable
support material
Network 10/100/1000 Ethernet/UsB
Windows7 /Windows 10(64bit)
Temperature:18-26°C; humidity: 30-70%
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Check out the most common questions our customers asked. Still have questions ? Leave us a message — we'll get back to you within 24 hours!

What are the key features and advantages of the Flashforge WaxJet 510 wax 3D printer?
The Flashforge WaxJet 510 is an industrial-grade wax 3D printer designed specifically for high-precision jewelry manufacturing. Its core advantages include:
- Industry-leading 2900×2900×1700 DPI ensures crisp detail, perfect for micro-pavé and filigree designs.
- 15μm minimum layer height enables smooth surfaces and intricate features.
- Dimensional accuracy of ±0.04mm/20mm meets the demands of precision casting.
- 289×208×100 mm printing size supports batch production at industrial scale.
- Ideal for detailed, high-value, and customized wax patterns in gold and silver casting.
- Delivers stable output and consistent results for professional manufacturers.
This makes the WaxJet 510 a top choice for jewelry brands and service providers seeking both quality and efficiency.
Where can I find the price for WaxJet 510?
Flashforge collaborates with regional distributors around the world, so prices may vary by country. To get an accurate quote and product consultation, simply leave us a message—we’ll respond within 24 hours.
What’s the best 3D wax printer for jewelry in 2024–2025?
The Flashforge WaxJet 510 is widely regarded as the top 3D wax printer for jewelry in 2024–2025. It was ranked No.1 in global sales for MJP wax 3D printers in 2024, making it one of the most trusted and popular choices among professional jewelry manufacturers worldwide.
Its ultra-high resolution, precision performance, and large build volume make it ideal for producing high-quality wax models for casting—especially in applications like micro-pavé, filigree, and custom fine jewelry.
How many printheads does the Flashforge WaxJet 510 have?
The Flashforge WaxJet 510 is equipped with one printhead.
What software does the WaxJet 510 use?
The WaxJet 510 uses WaxJetPrint, a proprietary slicing and control software developed by Flashforge specifically for the WaxJet series of 3D printers. It’s designed to optimize print quality, support generation, and workflow efficiency for high-precision wax modeling.
What are the printing resolution and build volume of the WaxJet 510?
The Flashforge WaxJet 510 offers ultra-high resolution of 2900 × 2900 × 1700 DPI, with a minimum layer thickness of 15μm and dimensional accuracy of ±0.04mm/20mm.
Its build volume is 289 × 208 × 100 mm, making it ideal for high-precision, batch jewelry production.