Compact Desktop Wax 3D PrinterCompact Desktop Wax 3D Printer

WJ51CWJ51C

Desktop Size – Industrial OutputDesktop Size – Industrial Output

4 Challenges in Jewelry Manufacturing4 Challenges in Jewelry Manufacturing

Space Limitations

Limited workspace restricts the installation of large-scale equipment.

High Investment

High equipment cost for industrial wax 3D printers results in heavy upfront investment.

Rising Labor Costs

Increasing post-processing labor costs are eroding profitability.

Unstable Output

Traditional production methods struggle to maintain stability and consistency.

An Integrated Solution for Small-Scale Jewelry ProductionAn Integrated Solution
for Small-Scale Jewelry Production

An Integrated Solution for Small-Scale Jewelry Production

Desktop SizeDesktop Size

An entire room, then.An entire room, then.
Just a desktop, now.Just a desktop, now.
VS

An entire room, then.

Just a desktop, now.

Industrial Output

Industry-Leading Resolution

Industry-Leading ResolutionIndustry-Leading Resolution

2900*2900*1700DPI

Build Volume

Build VolumeBuild Volume

Impressive Printing Speed

Impressive Printing SpeedImpressive Printing Speed

Industry-Leading Wax Utilization

Industry-Leading Wax UtilizationIndustry-Leading Wax Utilization

Built-in HD Camera

Built-in HD CameraBuilt-in HD Camera

13-inch HD Touchscreen

13-inch HD Touchscreen13-inch HD Touchscreen

Industry-Leading Resolution

Industry-Leading ResolutionIndustry-Leading Resolution

2900*2900*1700DPI

Build Volume

Build VolumeBuild Volume

Impressive Printing Speed

Impressive Printing SpeedImpressive Printing Speed

Industry-Leading Wax Utilization

Industry-Leading Wax UtilizationIndustry-Leading Wax Utilization

Built-in HD Camera

Built-in HD CameraBuilt-in HD Camera

13-inch HD Touchscreen

13-inch HD Touchscreen13-inch HD Touchscreen

Spend Less. Produce More.

56%

* Data from Flashforge Lab, for reference only.

* Data from Flashforge Lab, for reference only.

With its compact design, the printer maintains industrial-grade performance while reducing equipment investment.

Redesigned material supply enables on-demand wax usage, reducing waste and preventing degradation.

Industrial-grade precision ensures smooth and detailed wax patterns, minimizing manual post-processing work.

24/7

3kg/mo.

≥ 57%

Optimized algorithms enhance fine details and ensure consistently higher print quality.

The new red wax blocks provide higher strength, better toughness, and lower risk of cracking.

A more compact design improves space efficiency while delivering higher overall performance.

Two Key Applications for WJ51CTwo Key Applications for WJ51C

Two Key Applications for WJ51C

WJ51C is a practical, business-ready solution for jewelry studios. Its compact desktop design fits small spaces, while the intuitive system enables fast production with minimal training and low upfront investment.

Technical Parameter

WJ51C Specifications

Print Technology MultiJet Printing (MJP)
Build Volume 235 × 138 × 100 mm
Resolution 2900 × 2900 × 1700 DPI; layer thickness: 15 μm
Dimensional Accuracy ± 0.04 mm / 20 mm
Material Utilization Part wax utilization rate ≥ 57%
Print Speed Single-channel: 7 mm/hour; Dual-channel: 3.2 mm/hour
Slicing Software WaxJetPrint
Supported Input Formats STL, SLC
Connectivity RJ-45, USB (Wi-Fi expandable)
Software Supported Operating Systems Windows 10 / Windows 11 (64bit)
Power Supply AC 100-250V, 50-60Hz, 2.2KW
Operating Environment Temperature: 18-26°C; humidity: 30-70%
Equipment Dimensions 865 × 510 × 654 mm
Equipment Weight 115 kg
Packaging Dimensions 1020 × 660 × 905 mm
Packaging Weight 140 kg

Material Specifications

Material Name FFWJ1200 FFMS3200
Material Type Part material Support material
Net Weight 72g/block 180g/block
Composition 100% wax Wax support material
Color Red White
Density@90°C (Liquid) 0.79g/cm³ 0.79g/cm³
Melting Point 68°C 55°C
Softening Point 63°C /
Volumetric Shrinkage 1.1% /
Linear Shrinkage 0.7% /
Needle Penetration 9 /
Ash Content <0.01% /
Description High-precision castable wax material Hands-free dissolvable support material

WJ51C Specifications

Print Technology MultiJet Printing (MJP)
Build Volume 235 × 138 × 100 mm
Resolution 2900 × 2900 × 1700 DPI; layer thickness: 15 μm
Dimensional Accuracy ± 0.04 mm / 20 mm
Material Utilization Part wax utilization rate ≥ 57%
Print Speed Single-channel: 7 mm/hour; Dual-channel: 3.2 mm/hour
Slicing Software WaxJetPrint
Supported Input Formats STL, SLC
Connectivity RJ-45, USB (Wi-Fi expandable)
Software Supported Operating Systems Windows 10 / Windows 11 (64bit)
Power Supply AC 100-250V, 50-60Hz, 2.2KW
Operating Environment Temperature: 18-26°C; humidity: 30-70%
Equipment Dimensions 865 × 510 × 654 mm
Equipment Weight 115 kg
Packaging Dimensions 1020 × 660 × 905 mm
Packaging Weight 140 kg

Material Specifications

Material Name FFWJ1200 FFMS3200
Material Type Part material Support material
Net Weight 72g/block 180g/block
Composition 100% wax Wax support material
Color Red White
Density@90°C (Liquid) 0.79g/cm³ 0.79g/cm³
Melting Point 68°C 55°C
Softening Point 63°C /
Volumetric Shrinkage 1.1% /
Linear Shrinkage 0.7% /
Needle Penetration 9 /
Ash Content <0.01% /
Description High-precision castable wax material Hands-free dissolvable support material

* Actual wax utilization depends on the model design; the stated rate reflects internal test averages.

Get a Quote for Free Sample

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Please leave your inquiry details for a chance to get a free sample print, and we will respond within 24 hours.

FAQFAQ

The WJ51C is a compact desktop wax 3D printer designed for jewelry studios and small manufacturers. Based on MJP technology, it enables one-click printing of high-precision wax patterns for rapid prototyping and small-batch production.

It delivers industry-leading resolution and enhanced surface quality through optimized hardware and software, producing smooth, detailed, and casting-ready wax models with ease.

With a build volume of 235 × 138 × 100 mm, industry-leading resolution of 2900 × 2900 × 1700 DPI, and a 15 μm layer thickness, the WJ51C delivers excellent detail and smooth surface quality. Its dimensional accuracy of ±0.04 mm / 20 mm ensures reliable, casting-ready results.

The WJ51C offers a build volume of 235 × 138 × 100 mm, making it ideal for high-precision jewelry patterns, rapid prototyping, and small-batch production.

WJ51C is a compact desktop wax 3D printer designed for small to medium jewelry workshops, while Waxjet 510 is an industrial floor-standing system built for larger-scale production. The core difference lies in flexibility versus production scale.

In terms of size and installation, WJ51C measures 865 × 510 × 654 mm and weighs 115 kg, making it easy to place on a desktop. In contrast, Waxjet 510 is significantly larger at 1352 × 775 × 1600 mm and weighs 480 kg, requiring dedicated floor space. This makes WJ51C much more space-efficient.

For build volume, WJ51C offers 235 × 138 × 100 mm, while Waxjet 510 provides a larger 289 × 208 × 100 mm, making it more suitable for batch production.

Regarding printing performance, both machines feature the same resolution of 2900 × 2900 × 1700 DPI with a 15μm layer thickness. However, WJ51C achieves improved surface quality through system optimization.

Both printers use the same materials, including FFWJ1200 (red) for model material and FFMS3200 (white) for support material. The difference lies in packaging: WJ51C uses smaller wax blocks (72g and 180g), while Waxjet 510 uses larger bottle formats (1.5kg and 1.6kg).

The WJ51C is designed for the gold jewelry manufacturing market, particularly for producing wax patterns used in gold (including traditional and 5G craftsmanship), K gold, as well as silver and copper jewelry. It primarily targets specialized customer groups such as sample wax developers and small-batch wax production providers, including gold and K gold factories, partner manufacturers for jewelry brands, wax 3D printing studios, silver and copper jewelry factories, integrated printing service providers, casting houses, and jewelry equipment distributors.

The WJ51C uses solid wax materials in block form, including structural wax and support wax. These materials are optimized for MJP printing and investment casting workflows.

The support wax can be dissolved using a dedicated solvent solution at controlled temperature, allowing safe and clean removal without damaging fine details.

Yes, the WJ51C features user-friendly software and a streamlined workflow, enabling one-click printing and easy operation even for users new to wax 3D printing.

Compared to resin printers, the WJ51C produces true wax patterns with better burnout performance, smoother surfaces, and more reliable casting results, especially for high-end jewelry.

To get an accurate quote and professional consultation, simply leave us a message. we’ll respond within 24 hours. Alternatively, you can contact a local distributor in your country to inquire about the WJ51C cost directly.