Objet260 Connex1

Stratasys’ Objet260 Connex1 takes on-site 3D printing to the next level. With hot-swappable material bays that can handle three different model materials simultaneously, it can combine them in a single part, or print a mixed tray of multiple models with a combination of all three materials. Designed for use with rigid, flexible, heat-resistant and even bio-compatible materials, it’s a versatile, compact device capable of printing parts up to 200mm tall.

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Work more efficiently

With the Objet260 Connex1’s hot-swap capacity, you don’t need to power down your printer when you want to change material. Its convenient, fuss-free cartridge system, which can handle eight cassettes at a time, lets you load three different materials simultaneously, and replenish them as needed for uninterrupted productivity.
Choose from a range of 17 photopolymers for more versatile builds, with heat-resistance, simulation of over-moulding and full control over rigidity and opacity. The range includes rubber-like material for flexible parts, opaque materials in four colours, and smooth transparent material for prototyping covers, lenses and light guides.
This printer is also suitable for use with bio-compatible material for producing medical-grade prototypes. An ideal material for applications requiring prolonged skin contact of more than 30 days or short-term mucosal-membrane contact of up to 24 hours.

Easy to accommodate

The Objet260 Connex1 is a compact, office-friendly printer, yet can still produce parts up to 255 x 252 x 200mm, with build layers down to 16-micron, making it the perfect choice for entry level product prototyping. It ships with Objet Studio 3D printing software, which runs on Windows 7 or 8 and connects to the printer over a regular Ethernet network.

Takes complex designs in its stride

Compatible with SUP706 soluble support, and SUP705 standard support, the Objet260 Connex1 simplifies the production of intricate or complex parts with overhanging geometry, and reduces the need for hand finishing in post-production. The result is a model with smooth sides and crisp edges that accurately reproduces what you see on screen.