The material handling technology area encompasses systems and equipment for handling coil, sheet, plate, profiles, tube and pipe, raw materials, and scrap. It also covers peripheral accessories such as C-hooks, clamps, die storage systems, hoists, lifters, and sheet stackers and destackers.
July 13, 2010
In April 2010, more than 100 wordsmiths from 30 countries traveled from as far away as New Zealand and Australia to the picturesque hills of County Monaghan, northwest of Dublin, to visit Combilift, a forklift manufacturer that manufactures locally, but sells globally.
November 2, 2009
Most fabricating operations have an overhead crane, but just what do these companies know about these material handling tools? This feature provides the answers to their questions.
October 26, 2009
Pipe-Valves Inc., a distributor of industrial pipes and valves in Columbus, Ohio, had a small facility and stored all of its products outdoors. The products were prone to weather damage and the storage layout required handling some products two or three times. A move to a bigger facility and the purchase of two Combilift sideloading industrial trucks have made the company approximately 30 percent more efficient.
April 28, 2009
Scrap handling is one important issue that is sometimes left out of the planning stage, but if not integrated into the project properly, scrap handling can cost you operating time and money. By asking—and answering—these five questions first: Can I install the equipment in the floor space I have? Do I want to drop the scrap through the bolster or convey it away from the bolster? Do I want to convey the scrap to a central collection area or near the press at floor level? What size pit do I need and how will I collect the scrap when it gets to the remote scrap area?—you can prevent costly problems.
October 14, 2008
When fabricators decide to automate material handling in their laser cutting operations, they have several choices to make. The decision on whether to automate—and what kind of system makes the most sense—will depend on the shop's capabilities, its production capacity, and available floor space. The options cover the full spectrum, from basic systems that simply unload one pallet and bring in another to large racking systems that maintain a full inventory of raw material and cut parts and can transfer those parts to other machines in the shop.
May 13, 2008
Fineblanking operations require a heavy-duty press and special tooling. To produce straight, flat strip for the press and feed, stampers need a coil cradle, coil end peeler, debender, and hold-down arm, straightener, loop control.
November 6, 2007
To the naked eye, conveyor design doesn't look looks it has progressed much in 40 years. The conveyors of today are engineered with unique design elements and innovations that make them more versatile than ever for today's metal stamping applications. A conveyor with the latest technologies is good only if it is running properly. Simple preventive maintenance techniques can save stampers time, money, and a lot of headaches.
August 8, 2007
Using conventional rack and shelving systems to store and retrieve dies is inefficient and can cause damage to dies. Five critical areas of concern are space utilization, worker productivity, potential for die damage, ergonomics and cost justification. Shops can reach new lean levels by improvements in these areas.
August 8, 2007
The rugged-duty "Slugger" Model 850B Transporter Conveying System, by Vibro Industries, has been reengineered to provide several distinct benefits that improve quality and reduce operating costs.First, the Slugger 850B now provides 100% oil-less operation and is 100% air operated (no springs)....
August 8, 2007
The storage requirements for warehouses and distribution centers are unique to each operation. The most productive and cost-effective system may necessitate several different types of rack-storage working in unison. After analyzing customer needs, the optimum system is designed, manufactured and...
July 10, 2007
When a machine operator cut a bundle of barstock open to load into a saw, the bands popped, moving the blocks that were put there to safely contain the bars. The bars fell on the operator's foot and trapped it. Not wanting to duplicate that nightmare, engineers at Kirsan Engineering, Kenosha, Wis., set about to create a method of loading barstock that relied on lift trucks, not cranes.