Two solid imagers in one for unprecedented versatility.

3D Systems’ new Viper si2 SLA system is our first solid imaging system to combine standard AND high-resolution part building in the same system. Now, with one machine, you can tackle an unequalled range of solid imaging applications. And you can take advantage of scores of cost-saving, productivity-enhancing innovations, including state-of-the-art components, improved system software, and much more.

A dual-resolution and longer life laser -- another 3d systems first. The Viper si2 system lets you choose between standard resolution mode, for the best balance of build speed and part resolution, and high resolution (HR) mode for ultra-detailed small parts and features -- all from a carefully integrated digital signal processor (DSP) controlled high speed scanning system with a single, solid-state laser that delivers 100 mW of available power.

Build superior quality parts for every application. The Viper si2 system builds parts with a smooth surface finish, excellent optical clarity, high accuracy, and thin, straight vertical walls. It’s ideal for a myriad of solid imaging applications, from rapid modeling and prototyping, to injection molding and investment casting.

Lower your cost of ownership thanks to scores of design improvements. Longer laser life is just the beginning. Optimized for the proven CIBATOOL® SL materials, the system’s new solid-state Viper laser delivers fast draw speeds, and high throughput. What's more, the entire system – from optics and electronics to the external enclosure – has been designed from the ground up for maximum productivity, reliability and serviceability.

Upgraded software, upgraded capabilities. The Viper si2 system comes fully equipped with upgraded versions of 3D Lightyear™ part preparation and Buildstation™ control software, with Buildstation software continuing to provide unparalleled control over the build process.

Tackle all these industries and applications with one machine:

• Small to medium-sized concept and communications models
• Small to medium-sized prototypes
• Patterns for injection molding
• Patterns for investment casting
• Precision builds of extremely detailed parts
• Parts with extremely fine details

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