Aerotech’s Launches AGS15000 Series of Linear Motor Cartesian Gantries

Gantries are optimized for precise contouring.

Gantries are optimized for precise contouring.

By DE Editors

 
Aerotech’s Launches AGS15000 Series of Linear Motor Cartesian Gantries

The AGS15000 series of Cartesian gantries from Aerotech are designed for precise,  high-dynamic contouring. The planar design minimizes dynamic pitch errors at the workpoint, according to the company. These gantry systems are designed to provide performance and versatility in a range of automation platforms including precision micromachining, stencil cutting, fuel cell manufacturing,  printed electronics, flat sheet processing, high-speed pick-and-place,  automated assembly, vision inspection, dispensing stations, and high-accuracy inspection.

Aerotech’s BLM and BLMH series brushless linear servomotors drive the AGS15000 to speeds of 3 m/s and accelerations of 5 g. Dual linear motors and encoders are included on the lower axis for ultimate performance and precision. The noncontact optical linear encoders offer resolutions to 1 nanometer when coupled with Aerotech’s encoder multiplier.

The linear motor is a noncontact device with no backlash,  wear, or maintenance issues, according to the company. The bearings are preloaded linear motion guides with wiper seals and grease fittings, and are mounted to provide optimized dynamic stiffness and load distribution. The AGS15000 design keeps the linear motors and linear encoders to the outside of the work area making the gantry less susceptible to debris-induced damage.

The cable management system (CMS) has a large bend radii and high-flex cables to help ensure the AGS15000 provides millions of cycles of maintenance-free operation. A modular design ensures that part replacement is fast and easy.

For more information, visit Aerotech.

Sources: Press materials received from the company and additional information gleaned from the company’s website.

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DE Editors

DE’s editors contribute news and new product announcements to Digital Engineering.
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