Robotic Assembly
Assemble It
Motion Controls Robotics can develop high speed robotic assembly cells using vision to locate all parts and subassemblies, descramble and determine a pick orientation for proper assembly. A high speed robotic assembly system provides a variety of benefits including reduced labor, ergonomic issues and scrap, as well as increased quality and throughput. A robotic assembly cell using vision is more flexible and cost effective than a fixed hard automation solution. The flexibility of a robotic system can accommodate process variation for hot or cold plastic parts. A six axis robot equipped with a force sensor can insert subassemblies and handle more difficult assemblies such as clutch plate assemblies.
Assembly Options
- 2D and 3D vision for location and assembly of parts
- High accuracy assembly
- High speed assembly
- Force sensors for difficult assemblies
- Vision inspection after assembly for quality assurance
Assembly Benefits
Increased Throughput
- High reliability, repeatability and uptime 80,000 hours mean time between failures
Reduced Costs
- Labor savings
- Reduces worker compensation costs and improves ergonomics
Flexible and Precise
- Vision system eliminates process variables
- Precise, 6-axis servo-controlled system
- Quick changeover using quick change tooling and stored recipes
Programmable
- Built-in operator pendant with stored recipes
- Menu selection for pattern
- Process adjustments on-the-fly
- Stores recipes and allows for easy retrieval
Increased Quality
- Reduces handling damage and scrap
- Improves product consistency and accuracy
- Vision to inspect product before and after assembly
News & events
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MCRI Participating in Robotics Industry Virtual On-Line Conference - Customers Invited to Attend!
Motion Controls Robotics, Inc. - August 25, 2010
Motion Controls Robotics is pleased to announce its participation in the upcoming virtual event, “New Applications for Industrial Robotics – Robotics Trends’ Virtual Conference and Exposition Series 2010”, on Wednesday October 27, 2010. The event will focus on best-in-class industrial robotics solutions for materials handling and robotic manufacturing.
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End Of Arm Tooling - Manual vs Automatic Adjustment
Motion Controls Robotics, Inc. - August 16, 2010
Motion Controls Robotics, Inc. (MCRI) recently received a purchase order to upgrade an end-of-arm-tool (EOAT) from a long term customer in the building supply industry. The EOAT is used to palletize various sized bundles of residential and commercial insulating products.
