General Kinematics

With reduced commodity pricing being a recurring theme lately for the non-ferrous scrap industry, scrap processors are looking for a way to increase their return on investment without spending large amounts of capital on additional resource recovery systems. 

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General Kinematics, manufacturer of custom engineered vibratory process equipment, has announced a new company in Bangalore this week. Located in India for 8 years, this new company space for General Kinematics India provides the firm with increased ability to meet the needs, at all levels, for GK customers in the region. GK has a solid reputation in India as a unique solutions provider and their highly technical team is able to solve a variety of industry process challenges. Their mission is to offer technology solutions that contribute to improving their customers’ processes and outcomes in the short, medium and long term.

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General Kinematics, manufacturer of custom engineered vibratory process equipment, has announced the hire of Mr. Jim Egan to Director of North American Sales.

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General Kinematics recently completed installation of advanced vibratory equipment, including an SXS Screen and De-Stoner, for Peconic Recycling and Transfer Station in New York. Peconic’s state-of-the-art sorting system is part of the company’s new C&D and MSW waste processing system. The facility has been in the works for nearly eight years, with services now to include waste collection, commercial services and recycling of both material streams.

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This past June, Illinois-based General Kinematics (GK) shipped components for a new C&D system installation for KLF Holdings, located in Camellia, New South Wales, Australia. KLF started in recycling approximately 15 years ago with a staff of two, and now produces a large C&D waste stream, consisting of wood, concrete and aggregate, metals, plastic and soils. With their previous system, KLF was processing approximately 30 to 40 tons per hour. The company operates on a small site, and says there are always large stockpiles of materials to maneuver. Running six days per week, it was a challenge to keep up with incoming material, and because their equipment and systems were being pushed to the limit, they were experiencing frequent downtime due to jump-ups and equipment failures. A system was required that could handle higher capacities.

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Learn more in the October issue of Recycling Product News.

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General Kinematics shipped out several pieces of equipment for a new International Construction & Demolition system. The location for this new system boasts a large C&D waste stream and therefore a system that can handle these capacities. GK designed the vibratory equipment solutions that are the heart of this sorting system.

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General Kinematics (GK) says they have developed many feeders for a variety of applications since the company’s inception in 1960. Their latest feeder, the PARA-MOUNT IV, GK says, is unparalleled. This high stroke feeder is specifically engineered for metals recovery and improves separation of non-metallics, using a new optimized design that features dynamic response to negate surge loads as well as enhance material presentation for superior recovery.

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William ‘Gup’ Guptail, a 46 year employee of General Kinematics Corporation, has officially announced his retirement.   

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In auto shredding facilities, scrap material comes in all shapes and sizes. One main component that tends to be a costly maintenance issue are “pokers”: cylindrical metal pieces that are 18 inches or more in length. Pokers can cause downtime, added maintenance costs and material handling issues. Bridging in storage piles or silos, jamming at 90 degree transitions, and damaging optical sorters and belts are just a few of the many problems pokers present. Safety also becomes an issue as pokers enter the high speed belt portion of the sorting process and literally become projectile hazards, with the potential to damage equipment and jeopardize safety. Increased savings and uptime can be achieved if pokers are accurately and efficiently removed from the other metals and processed separately.

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