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Articulated Robots target assembly applications.
May 17 2005-
AdeptViper(TM) Robots combine 6-axis arm design with SmartControl(TM) software platform, allowing 6-axis robotics to be used in small part assembly and material handling manufacturing. Models s650 and s850 are designed for either table-mounting or ceiling-mounting and have 5 kg payload capacity.
Vision Guidance System integrates with SCARA robots.
May 10 2005-
PC-based iSight combines application toolset, vision software, vision and vision-to-robot calibration wizards, camera, lens, and accessories. Vision technology is based on HexSight Locator featuring multi-model and built-in calibration support. System works seamlessly with Cobra i-series SCARA robots, facilitating development and use of vision location, guidance, and inspection applications.
Robot targets material handling, packaging, and testing.
May 4 2005-
AdeptViper(TM) 6-axes articulated robots are available in 2 models, AdeptViper s650 and AdeptViper s850, and are designed for precision assembly applications. AdeptViper s650 has 653 mm reach and 12 in. cycle time of 0.49 sec. AdeptViper s850 has 854 mm reach and 0.59 sec. Both robots can be either table-mounted or ceiling-mounted and have 5 kg payload capacity.
Machine Vision Software suits robot guidance and inspection.
Dec 23 2004-
HexSight v3.3 PC-based machine vision library is available as ActiveX controls with support for .NET development environment, and DLL or static C++ libraries for integration into vision applications. Model-based Locator provides accurate location of sub-features of varying scale and rotation. Tools such as Edge Locator, Caliper, Blob Analyzer, and Geometric Finder are used once acquisition device has processed images and parts have been positioned by Locator.
SCARA Robots suit entry level applications.
Jun 17 2004-
Cobra® i-series consists of SCARA robots with controller built into robot arm. Models i600 and i800 can run completely standalone under MicroV+ OS and programming language, without external controller, electronics, or breakout box. They can be controlled from PC programs, digital I/O, or PLC. Robots are suited for applications employing automation or manual labor such as mechanical assembly, part transfer, material handling, packaging, and palletizing.
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