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MJP 300W

FLEXIBLE, FAST, AND HIGH-QUALITY JEWELRY WAX PATTERNS 3D PRINTER

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Casting Quality

Mission

The MJP 300W utilizes VisiJet® 100% wax materials to produce flexible and durable, high-quality jewelry patterns. These materials are designed to ensure reliable performance and consistent results when used with existing lost-wax casting processes and equipment. 

VisiJet wax materials melt like standard casting waxes, resulting in defect-free castings with zero ash content. They are highly durable, making them ideal for handling and casting intricate features. Additionally, their high contrast colors enable easy visualization of fine details. 

Expanded print mode options on the MJP 300W 3D printer optimize quality for various design styles and types of jewelry including improved surface quality.

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High Productivity

Vision

The MJP 300W 3D printer adjusts to your manufacturing workflow with increased flexibility, efficiency and quality in jewelry casting patterns production. Choose from four printing modes to match the level of speed, geometric complexity and surface quality your designs require. It enables high-volume production or rapid single-lane printing at fast print speeds, resulting in improved casting room efficiency. With its large build volume capacity and 24/7 operation, this next generation wax 3D printer ensures high productivity, leading to fast amortization and a high return on investment. 

Optimize your file-to-pattern workflow with the advanced capabilities of 3D Sprint® software. Benefit from the printer’s fast and versatile MJP print speeds, along with batch support removal, to deliver high-quality, ready-to-cast jewelry patterns.

Choose the ideal print mode to maximize productivity for various styles and types of jewelry. 

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High Resolution Patters

Vision

Produce jewelry patterns with precise, razor-sharp edges, and exceptionally crisp details that faithfully replicate the original CAD designs. The MJP 300W’s superior resolution, along with its dissolvable and meltable supports, ensures excellent surface quality leading to reducing the need for extensive finishing labor, costly polishing of precious metals and enabling greater design freedom where geometries make surfaces inaccessible to polishing. These fine wax patterns are printed directly, eliminating the time, costs, and geometric constraints associated with traditional tooling.

Applications

  • Pre-series and series production of jewelry metal pieces

  • Customized jewelry metal pieces manufacturing

Benefits

  • Expanded printing modes to optimize surface quality and productivity

  • Get more patterns faster to keep up with your metal casting workflow

  • High fidelity patterns you can rely on including fine feature definition and sharp edges

  • Greater geometric freedom with effective supports removal

  • High performance durable casting wax

  • Low Total Cost of Ownership (TCO)

Tech Specs

  • MultiJet Printing (MJP) technology

  • Max build envelope capacity (W x D x H): 294 x 211 x 144 mm (11.6 x 8.3 x 5.6 in)

  • 100% wax metal casting patterns for use with standard processes

  • Streamlined file-to-print workflow with the 3D Sprint software capabilities

  • Cloud connectivity for predictive and prompt service with 3D Connect™

  • Fast and easy post-processing with dissolvable support 

High throughput production of pure wax jewelry patterns for lost wax casting

Get high-quality, precision jewelry casting patterns with the MJP 300W 3D printer. This 100% wax printer adjusts to your workflow, delivering several short-run batches a day or larger builds the next day with fast print speeds and large build volume capacity. This printer is perfect for high-volume production of fine jewelry casting patterns with unique productivity, efficiency, quality and design freedom

XHD Printing Mode

  • Resolution: 1200 x 1200 x 1600 DPI

  • Layer thickness: 16 µm

  • Single Lane Build

    • Productivity: 147 cm3/hr (9 in3/hr)

    • Time for 1 in/2.54cm height: 4 hr

  • Two Lane Build    

    • Productivity: 141 cm3/hr (8.6 in3/hr)

    • Time for 1 in/2.54cm height: 8 hr

  • Three Lane Build    

    • Productivity: 134 cm3/hr (8.2 in3/hr)

    • Time for 1 in/2.54cm height: 12 hr

QHD Printing Mode

  • Resolution: 2000 x 1800 x 2900 DPI

  • Layer thickness: 8.8 µm

  • Single Lane Build

    • Productivity: 27.3 cm3/hr (1.7 in3/hr)

    • Time for 1 in/2.54cm height: 22 hr

  • Two Lane Build    

    • Productivity: 37.2 cm3/hr (2.3 in3/hr)

    • Time for 1 in/2.54cm height: 31 hr

  • Three Lane Build    

    • Productivity: 41.4 cm3/hr (2.5 in3/hr)

    • Time for 1 in/2.54cm height: 40 hr

 

ZHD Printing Mode

  • Resolution: 1200 x 1200 x 3200 DPI

  • Layer thickness: 8 µm

  • Single Lane Build

  • Productivity: 75 cm3/hr (4.6 in3/hr)

  • Time for 1 in/2.54cm height: 8 hr

  • Two Lane Build    

  • Productivity: 72 cm3/hr (4.4 in3/hr)

  • Time for 1 in/2.54cm height: 16 hr

  • Three Lane Build    

  • Productivity: 69 cm3/hr (4.2 in3/hr)

  • Time for 1 in/2.54cm height: 24 hr

UHD Printing Mode

  • Resolution: 1200 x 1200 x 1000 DPI

  • Layer thickness: 25 µm

  • Single Lane Build

  • Productivity: 240 cm3/hr (14.6 in3/hr)

  • Time for 1 in/2.54cm height: 2.5 hr

  • Two Lane Build    

  • Productivity: 230.4 cm3/hr (14.1 in3/hr)

  • Time for 1 in/2.54cm height: 5 hr

  • Three Lane Build    

  • Productivity: 220.8 cm3/hr (13.5 in3/hr)

  • Time for 1 in/2.54cm height: 7.5 hr

 

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