S390 Wax 3D Printer

3D Materials

Safety Data Sheets

Peripherals

Fine detail
3D printing
jewelry perfection

The high precision wax model 3D printers built exclusively for jewelers, the desktop Solidscape S300 series creates ultra-accurate, directly castable wax models with complex geometries, clean burnout and superior surface finish.

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Introducing the new S325

The S325 delivers the extraordinary precision jewelers need, at the right price. With all the S300 Series’ best-in-industry castability, model quality, AND production performance, this could very well be the Solidscape high precision 3D wax for you.

Introducing the new S325

The S325 delivers the extraordinary precision jewelers need, at the right price. With all the S300 Series’ best-in-industry castability, model quality, AND production performance, this could very well be the Solidscape high precision 3D wax for you.

Directly
Castable
Our wax pattern 3D printers pave a direct route to finished investment casting — 100% castable in gold, platinum and all castable metals.

High precision,
ultra accuracy
Stunning symmetry, exacting wall thickness and extreme detail that is repeatable and consistent, time after time.

Superior
surface finish
Automatically generated non-toxic support melts away completely, hands-free — leaving smooth molds and virtually no finishing.

Design freedom

Innovate without limits, eclipse the competition.
“
For every profession out there, having the right tools is extremely important. Solidscape machines are worth their weight in gold.
- Hagop Matossian, Bostonian Jewelers and Manufacturers
”
Which S300 Series 3D printer is right for your business?
for jewelry manufacturers and retailers
The Solidscape S325, S350, S370 and S390 are engineered specifically for custom jewelry production
 
S325
S350
S370
S390
Business modelSmall manufacturer of fine jewelry requiring excellent model quality and 25 micron resolution
Manufacturer of high-end jewelry requiring the highest resolution
Manufacturer of high-end jewelry more throughput
Manufacturer of fine jewelry for whom design freedom and speed are both important
Production VolumeProduction volume of precise pieces per day

Production volume of precise pieces per day
High production volume of precise pieces per day
Highest production volume of precise pieces per day
Lifetime Printhead WarrantyNoNoNoYes
The Solidscape S325, S350, S370 and S390 are engineered specifically for custom jewelry production
 Business modelProduction VolumeLifetime Printhead Warranty
S325Small manufacturer of fine jewelry requiring excellent model quality and 25 micron resolutionProduction volume of precise pieces per dayN/A
S350Manufacturer of high-end jewelry requiring the highest resolutionProduction volume of precise pieces per dayN/A
S370Manufacturer of high-end jewelry more throughputHigh production volume of precise pieces per dayN/A
S390Manufacturer of fine jewelry for whom design freedom and speed are both importantHighest production volume of precise pieces per dayYes
Find your 3D printer
S325 Wax Model 3D Printer for Jewelry
The Solidscape® S325 delivers the extraordinary precision you need at the right price. Jewelers are free to design innovative custom jewelry without limits and manufacture with less work than with other technologies.
S350 Wax Model 3D Printer for Jewelry
The Solidscape® S350 is THE high precision 3D printer for the manufacturing of wax patterns for jewelry. The most accurate 3D printer for jewelers, the S350 is a high resolution 3D printer delivering significant production gains for precision custom designs in 3D printed jewelry models.
S370 Wax Model 3D Printer for Jewelry
The Solidscape® S370 delivers significant production gains while producing wax jewelry models of intricate designs with ultra-fine feature detail and a smooth surface finish — ideal for wax masters for 3D printed jewelry models. The S370 high resolution 3D printer brings the jeweler’s bench to the retail shop, where users can produce their own 100% castable intricate wax patterns.
S390 Wax Model 3D Printer for Jewelry
The Solidscape® S390 has the fastest print speed and delivers Solidscape’s extraordinary precision and accuracy. The S390 enables jewelry manufacturers who produce an average of 10 – 12 models per day to significantly ramp up output, slash prototyping and production time, and maximize both personnel and printer resources.
S325 Wax Model 3D Printer for Jewelry
The Solidscape® S325 delivers the extraordinary precision you need at the right price. Jewelers are free to design innovative custom jewelry without limits and manufacture with less work than with other technologies.
S350 Wax Model 3D Printer for Jewelry
The Solidscape® S350 is THE high precision 3D printer for the manufacturing of wax patterns for jewelry. The most accurate 3D printer for jewelers, the S350 is a high resolution 3D printer delivering significant production gains for precision custom designs in 3D printed jewelry models.
S370 Wax Model 3D Printer for Jewelry
The Solidscape® S370 delivers significant production gains while producing wax jewelry models of intricate designs with ultra-fine feature detail and a smooth surface finish — ideal for wax masters for 3D printed jewelry models. The S370 high resolution 3D printer brings the jeweler’s bench to the retail shop, where users can produce their own 100% castable intricate wax patterns.
S390 Wax Model 3D Printer for Jewelry
The Solidscape® S390 has the fastest print speed and delivers Solidscape’s extraordinary precision and accuracy. The S390 enables jewelry manufacturers who produce an average of 10 – 12 models per day to significantly ramp up output, slash prototyping and production time, and maximize both personnel and printer resources.

Pristine, reliable, repeatable wax models

Inches
Resolution5000 × 5000 dots/inch in X, Y
Precision and Accuracy±0.005" for 1st inch, ±0.001" per inch each additional inch X,Y and Z
Layer Thickness0.00025" to 0.003" at 0.00025 inch increments
Build Volume6" × 6" × 4"
Millimeters
Resolution197x197 dots/mm in X,Y
Precision and Accuracy127 µm for first 25.4 mm ±25.4 µm each additional inch X,Y and Z
Layer Thickness0.00635 mm to 0.0762 mm at 0.00635 mm increments
Build Volume152.4 × 152.4 × 50.8 mm

Layer Thickness:0.001 inch (0.0254mm)
Resolution:5000 dots/inch (197 X 197 dots/mm) in X, Y
Accuracy:±0.005 inch (127 μm) for 1st inch (25.4 mm), ±0.001 inch/inch (25.4 μm) each additional inch X,Y and Z
Surface Finish:Layer thickness-dependent, up to 32 micro-inches (RMS)
Start Process:Fully automated, one-touch operation
Status Monitoring:Fully automated fault detection, restarts build from point of interruption
Calibration Capacity:Quicker calibration and ability to select calibration frequency means less wasted material

Dimensions:21.4 x 18 x 16 inches (558 x 495 x 419 mm)
Build Envelope:6 x 6 x 4 inches (152.4 x 152.4 x 101.6 mm)
Weight:80 lbs (36 kg)
Power:100 - 240 V Required
Operating Temperature:60° to 75°F (16° to 24°C)
Humidity:40-60%
Agency Compliance:CE Certified, FCC Class B approved, TUV certified EN 60950 Compliant

Midas Castable Material:Proprietary model material formulated for clean burnout, producing 100% direct casting results
MeltDissolvable Support:Proprietary support material engineered to dissolve completely, hands-free, resulting in superior surface finish
Material Capacity:Larger tanks require less filling and allow for longer print runs
Material Monitoring:Display indicates build and support material levels accurately in 10% increments

One-Click Software:Automatically formats CAD files for 3D printing
CAD File Input:.stl and .slc files
System:Windows, PC-to-printer connectivity via high-speed USB 2.0 or Ethernet

Layer Thickness:User Selectable – 0.00025 inch (0.00635 mm) to 0.003 inch (0.0762 mm) at 0.00025 (0.00635 mm) increments
Resolution:5000 dots/inch (197 X 197 dots/mm) in X, Y
Accuracy:±0.005 inch (127 μm) for 1st inch (25.4 mm), ±0.001 inch/inch (25.4 μm) each additional inch X,Y and Z
Surface Finish:Layer thickness-dependent, up to 32 micro-inches (RMS)
Start Process:Fully automated, one-touch operation
Status Monitoring:Fully automated fault detection, restarts build from point of interruption
Calibration Capacity:Quicker calibration and ability to select calibration frequency means less wasted material

Dimensions:21.4 x 18 x 16 inches (558 x 495 x 419 mm)
Build Envelope:6 x 6 x 4 inches (152.4 x 152.4 x 101.6 mm)
Weight:80 lbs (36 kg)
Power:100 - 240 V Required
Operating Temperature:60° to 75°F (16° to 24°C)
Humidity:40-60%
Agency Compliance:CE Certified, FCC Class B approved, TUV certified EN 60950 Compliant

Midas Castable Material:Proprietary model material formulated for clean burnout, producing 100% direct casting results
MeltDissolvable Support:Proprietary support material engineered to dissolve completely, hands-free, resulting in superior surface finish
Material Capacity:Larger tanks require less filling and allow for longer print runs
Material Monitoring:Display indicates build and support material levels accurately in 10% increments

One-Click Software:Automatically formats CAD files for 3D printing
CAD File Input:.stl and .slc files
System:Windows, PC-to-printer connectivity via high-speed USB 2.0 or Ethernet

Layer Thickness:User Selectable - 0.001 inch (0.0254 mm) to 0.002 inch (0.0508 mm) at 0.00025 (0.00635 mm) increments
Resolution:5000 dots/inch (197 X 197 dots/mm) in X, Y
Accuracy:±0.005 inch (127 μm) for 1st inch (25.4 mm), ±0.001 inch/inch (25.4 μm) each additional inch X,Y and Z
Surface Finish:Layer thickness-dependent, up to 32 micro-inches (RMS)
Start Process:Fully automated, one-touch operation
Status Monitoring:Fully automated fault detection, restarts build from point of interruption
Calibration Capacity:Quicker calibration and ability to select calibration frequency means less wasted material

Dimensions:21.4 x 18 x 16 inches (558 x 495 x 419 mm)
Build Envelope:6 x 6 x 4 inches (152.4 x 152.4 x 101.6 mm)
Weight:80 lbs (36 kg)
Power:100 - 240 V Required
Operating Temperature:60° to 75°F (16° to 24°C)
Humidity:40-60%
Agency Compliance:CE Certified, FCC Class B approved, TUV certified EN 60950 Compliant

Midas Castable Material:Proprietary model material formulated for clean burnout, producing 100% direct casting results
MeltDissolvable Support:Proprietary support material engineered to dissolve completely, hands-free, resulting in superior surface finish
Material Capacity:Larger tanks require less filling and allow for longer print runs
Material Monitoring:Display indicates build and support material levels accurately in 10% increments

One-Click Software:Automatically formats CAD files for 3D printing
CAD File Input:.stl and .slc files
System:Windows, PC-to-printer connectivity via high-speed USB 2.0 or Ethernet

Layer Thickness:User Selectable - 0.001 inch (0.0254 mm) to 0.002 inch (0.0508 mm) at 0.00025 (0.00635 mm) increments
Resolution:5000 dots/inch (197 X 197 dots/mm) in X, Y
Accuracy:±0.005 inch (127 μm) for 1st inch (25.4 mm), ±0.001 inch/inch (25.4 μm) each additional inch X,Y and Z
Surface Finish:Layer thickness-dependent, up to 32 micro-inches (RMS)
Start Process:Fully automated, one-touch operation
Status Monitoring:Fully automated fault detection, restarts build from point of interruption
Calibration Capacity:Quicker calibration and ability to select calibration frequency means less wasted material

Dimensions:21.4 x 18 x 16 inches (558 x 495 x 419 mm)
Build Envelope:6 x 6 x 4 inches (152.4 x 152.4 x 101.6 mm)
Weight:80 lbs (36 kg)
Power:100 - 240 V Required
Operating Temperature:60° to 75°F (16° to 24°C)
Humidity:40-60%
Agency Compliance:CE Certified, FCC Class B approved, TUV certified EN 60950 Compliant

Midas Castable Material:Proprietary model material formulated for clean burnout, producing 100% direct casting results
MeltDissolvable Support:Proprietary support material engineered to dissolve completely, hands-free, resulting in superior surface finish
Material Capacity:Larger tanks require less filling and allow for longer print runs
Material Monitoring:Display indicates build and support material levels accurately in 10% increments

One-Click Software:Automatically formats CAD files for 3D printing
CAD File Input:.stl and .slc files
System:Windows, PC-to-printer connectivity via high-speed USB 2.0 or Ethernet
S325

Layer Thickness:0.001 inch (0.0254mm)
Resolution:5000 dots/inch (197 X 197 dots/mm) in X, Y
Accuracy:±0.005 inch (127 μm) for 1st inch (25.4 mm), ±0.001 inch/inch (25.4 μm) each additional inch X,Y and Z
Surface Finish:Layer thickness-dependent, up to 32 micro-inches (RMS)
Start Process:Fully automated, one-touch operation
Status Monitoring:Fully automated fault detection, restarts build from point of interruption
Calibration Capacity:Quicker calibration and ability to select calibration frequency means less wasted material

Dimensions:21.4 x 18 x 16 inches (558 x 495 x 419 mm)
Build Envelope:6 x 6 x 4 inches (152.4 x 152.4 x 101.6 mm)
Weight:80 lbs (36 kg)
Power:100 - 240 V Required
Operating Temperature:60° to 75°F (16° to 24°C)
Humidity:40-60%
Agency Compliance:CE Certified, FCC Class B approved, TUV certified EN 60950 Compliant

Midas Castable Material:Proprietary model material formulated for clean burnout, producing 100% direct casting results
MeltDissolvable Support:Proprietary support material engineered to dissolve completely, hands-free, resulting in superior surface finish
Material Capacity:Larger tanks require less filling and allow for longer print runs
Material Monitoring:Display indicates build and support material levels accurately in 10% increments

One-Click Software:Automatically formats CAD files for 3D printing
CAD File Input:.stl and .slc files
System:Windows, PC-to-printer connectivity via high-speed USB 2.0 or Ethernet
s350

Layer Thickness:User Selectable – 0.00025 inch (0.00635 mm) to 0.003 inch (0.0762 mm) at 0.00025 (0.00635 mm) increments
Resolution:5000 dots/inch (197 X 197 dots/mm) in X, Y
Accuracy:±0.005 inch (127 μm) for 1st inch (25.4 mm), ±0.001 inch/inch (25.4 μm) each additional inch X,Y and Z
Surface Finish:Layer thickness-dependent, up to 32 micro-inches (RMS)
Start Process:Fully automated, one-touch operation
Status Monitoring:Fully automated fault detection, restarts build from point of interruption
Calibration Capacity:Quicker calibration and ability to select calibration frequency means less wasted material

Dimensions:21.4 x 18 x 16 inches (558 x 495 x 419 mm)
Build Envelope:6 x 6 x 4 inches (152.4 x 152.4 x 101.6 mm)
Weight:80 lbs (36 kg)
Power:100 - 240 V Required
Operating Temperature:60° to 75°F (16° to 24°C)
Humidity:40-60%
Agency Compliance:CE Certified, FCC Class B approved, TUV certified EN 60950 Compliant

Midas Castable Material:Proprietary model material formulated for clean burnout, producing 100% direct casting results
MeltDissolvable Support:Proprietary support material engineered to dissolve completely, hands-free, resulting in superior surface finish
Material Capacity:Larger tanks require less filling and allow for longer print runs
Material Monitoring:Display indicates build and support material levels accurately in 10% increments

One-Click Software:Automatically formats CAD files for 3D printing
CAD File Input:.stl and .slc files
System:Windows, PC-to-printer connectivity via high-speed USB 2.0 or Ethernet
s370

Layer Thickness:User Selectable - 0.001 inch (0.0254 mm) to 0.002 inch (0.0508 mm) at 0.00025 (0.00635 mm) increments
Resolution:5000 dots/inch (197 X 197 dots/mm) in X, Y
Accuracy:±0.005 inch (127 μm) for 1st inch (25.4 mm), ±0.001 inch/inch (25.4 μm) each additional inch X,Y and Z
Surface Finish:Layer thickness-dependent, up to 32 micro-inches (RMS)
Start Process:Fully automated, one-touch operation
Status Monitoring:Fully automated fault detection, restarts build from point of interruption
Calibration Capacity:Quicker calibration and ability to select calibration frequency means less wasted material

Dimensions:21.4 x 18 x 16 inches (558 x 495 x 419 mm)
Build Envelope:6 x 6 x 4 inches (152.4 x 152.4 x 101.6 mm)
Weight:80 lbs (36 kg)
Power:100 - 240 V Required
Operating Temperature:60° to 75°F (16° to 24°C)
Humidity:40-60%
Agency Compliance:CE Certified, FCC Class B approved, TUV certified EN 60950 Compliant

Midas Castable Material:Proprietary model material formulated for clean burnout, producing 100% direct casting results
MeltDissolvable Support:Proprietary support material engineered to dissolve completely, hands-free, resulting in superior surface finish
Material Capacity:Larger tanks require less filling and allow for longer print runs
Material Monitoring:Display indicates build and support material levels accurately in 10% increments

One-Click Software:Automatically formats CAD files for 3D printing
CAD File Input:.stl and .slc files
System:Windows, PC-to-printer connectivity via high-speed USB 2.0 or Ethernet
s390

Layer Thickness:User Selectable - 0.001 inch (0.0254 mm) to 0.002 inch (0.0508 mm) at 0.00025 (0.00635 mm) increments
Resolution:5000 dots/inch (197 X 197 dots/mm) in X, Y
Accuracy:±0.005 inch (127 μm) for 1st inch (25.4 mm), ±0.001 inch/inch (25.4 μm) each additional inch X,Y and Z
Surface Finish:Layer thickness-dependent, up to 32 micro-inches (RMS)
Start Process:Fully automated, one-touch operation
Status Monitoring:Fully automated fault detection, restarts build from point of interruption
Calibration Capacity:Quicker calibration and ability to select calibration frequency means less wasted material

Dimensions:21.4 x 18 x 16 inches (558 x 495 x 419 mm)
Build Envelope:6 x 6 x 4 inches (152.4 x 152.4 x 101.6 mm)
Weight:80 lbs (36 kg)
Power:100 - 240 V Required
Operating Temperature:60° to 75°F (16° to 24°C)
Humidity:40-60%
Agency Compliance:CE Certified, FCC Class B approved, TUV certified EN 60950 Compliant

Midas Castable Material:Proprietary model material formulated for clean burnout, producing 100% direct casting results
MeltDissolvable Support:Proprietary support material engineered to dissolve completely, hands-free, resulting in superior surface finish
Material Capacity:Larger tanks require less filling and allow for longer print runs
Material Monitoring:Display indicates build and support material levels accurately in 10% increments

One-Click Software:Automatically formats CAD files for 3D printing
CAD File Input:.stl and .slc files
System:Windows, PC-to-printer connectivity via high-speed USB 2.0 or Ethernet
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