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Robotic Resources

Case Studies

Application: Material Handling

Schmalz large area grippers also excelling

POSTED: 04/02/2015

America’s largest manufacturer of hardwood plywood and hardwood veneer products was able to resolve the issues with their feeder. The new handling solution installed in one of the facilities proved that this advanced gripping technology was the right choice. This is the 3rd generation evolution of Schmalz large area grippers. The

Efficient handling of metal sheets

POSTED: 04/02/2015

Holding force, lateral force absorption, adaptability to the work piece, long life, environmentally friendly design and a clear reduction in costs: With the suction pads series SAXM, the German producer of vacuum technology J. Schmalz GmbH, sets new standards in sheet metal processing. The requirements of the automotive and sheet metal

Simple Solutions for Multi-carriage Tracks

POSTED: 02/09/2015

Kawasaki Robotics US

Intelligrated integrates Alvey robotic and conventional palletizing system to handle Hershey’s wide range of product

POSTED: 03/17/2014

Intelligrated integrates Alvey robotic and conventional palletizing system to handle Hershey’s wide range of product   Please note: Intelligrated acquired Alvey® palletizing products through its purchase of the North and South American operations of FKI Logistex® in June 2009.   At the Hershey manufacturing facility where packaging systems engineer Alex

Automated Assembly System

POSTED: 01/09/2014

Automated Knurling Machine

POSTED: 01/09/2014

Midwest Engineering Systems Inc. provided a valve plate knurling machine for a metal fineblanking company. This machine is used to fully automate the knurling process for an automotive industry application. The Challenge

Case Study - Manufacturing, Robotics, Material Handling

POSTED: 11/19/2013

Tech-Con Automation develops robotic rack transfer system utilizing FANUC robots to provide fully automated production. A globally diversified automotive supplier was in need of adding a system to their production line that would increase overall productivity. The purpose of this system was to provide automated component rack

Solar Wafer Production in Horizontal Furnace

POSTED: 10/04/2013

800x600 Modern micro-electronics and photovoltaic “live“ on coated silicon chips. The most cost-effective way to produce them is to cut out individual transistors, CPU chips and solar cells from large units known as silicon wafers. This means that the highly sterile silicon wafer has to be accurately

Compliance in Motion - an Automotive Parts Application

POSTED: 10/04/2013

Creative Automation, Inc. headquartered in Whitmore Lake, Michigan, provides turnkey automation solutions for industry. The company is in the process of building and commissioning the materials handling systems for eight gear machining work cells for a major automotive parts

Carnegie Mellon Successfully Exploiting Manufacturing Robots with Robotmaster

POSTED: 09/18/2013

Client Profile:   Carnegie Mellon University (CMU) is a global research university with campuses located in Pittsburgh, Qatar and Silicon Valley.  The Carnegie Mellon School of Architecture in Pittsburgh has consistently ranked in the top ten professional architecture degree programs, with a reputation for being

Robotic Press Break-Automated Metal Bending

POSTED: 08/14/2013

Midwest Engineering Systems Inc. (MWES) provided a Robotic Brake Press Tending System to automate the metal part bending process of a Bystronics Brake Press for a metal fabricator.  The goal is to completely automate the brake press to bend a variety of different parts. The Challenge: ·     

Grippers that Hold Up in Extremely Tough Environments

POSTED: 05/10/2013

Bremen Castings, a precision CNC machine shop and foundry located in Bremen, Indiana, has a tough job to do. Producing gray iron castings from recycled material is a job

Robot saves man years at dairy

POSTED: 12/28/2012

Multi-Application Robot Arm is 'Child's Play' to Programme

POSTED: 12/28/2012

Traditional robots can substantially boost productivity but generally they are large devices that are application-specific and complex to programme.  They need high production volumes to justify both capital cost and integration time.  For a manufacturer new to robotics this can be off-putting and also uneconomical if products and batch sizes


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