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Visit MagneMotion at the Clinical Lab Expo, Booth 1131,
July 27-29, 2010 in Anaheim, CA
Visit MagneMotion at the Pack Expo, Booth 4166,
Oct 31-Nov 3, 2010 in Chicago
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MagneMotion's QuickStick® Linear Synchronous Motors (LSMs) provide a highly adaptable transport and positioning solution that uses electro-magnetic force to propel, control, and track payloads through automated manufacturing and assembly automation processes.
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MagneMotion's QuickStick™ Linear Synchronous Motors (LSMs) serve as an alternative to belt and chain-based conveyor systems, offering higher throughput and production capacity by incorporating the functionality of conveyors and third-party positioning and control systems into standard, linear motor-based building blocks. By handling propulsion, indexing, queuing, and position sensing functions electro-magnetically, the QuickStick LSM System optimizes process efficiency while eliminating a level of system cost and complexity. QuickStick LSM modules easily integrate into existing manufacturing applications or serve as a platform for next-generation assembly or process automation solutions. To learn more about how the QuickStick LSM System can serve as a simpler, more efficient, and more reliable alternative to conventional conveyor systems, visit the QuickStick Main Page.
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The new MagneMover™ LITE system (patent pending) incorporates the proven control technology of the QuickStick LSM product line into a wide array of standard, modular track components to provide a high performance, turnkey transport solution for payloads weighing 2 kg or less.
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The MagneMover LITE specifically addresses applications requiring the movement of smaller, lighter payloads, found in industries such as lab automation, pharmaceutical, packaging and small parts assembly markets. The motors contain the propulsion and built-in intelligent routing control elements typical of the entire QuickStick line, along with attachment features for the guidance and structural supports for rapid assembly and track configuration. The system is ideally suited for environments requiring clean operation and/or wash down capability. It can also support "track and trace" requirements as each puck is uniquely identified and constantly tracked throughout the system. To learn more, please visit the MagneMover LITE Main Page. |
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MagneMotion's LSM-based MagneLift elevator systems can be designed according to the customer's unique specifications for optimal operation in military, commercial and industrial applications.
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MagneMotion's engineering expertise brings greater functionality to elevator systems, enabling the use of multiple cabs in a single shaft, higher speeds, horizontal movement between trunk ways, and vertical extension without the limits often imposed by hydraulics, counterweights, and cable systems. MagneMotion's LSM-based elevator motor and control systems can be tailored to any commercial elevator application, from the smallest loads in a residential or urban setting to industrial or military systems designed to lift loads greater than 25 tons. For more information on LSM-based MagneLift technology, please visit the Elevators Main Page. |
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MagneMotion Maglev (M3) utilizes patented advances in magnetic levitation technology resulting in the design and implementation of highly efficient, safe, and cost-effective LSM-based transportation systems.
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MagneMotion's novel approach to maglev vehicle and guideway design makes it ideal for urban commuter transport or as an automated people mover (APM) for large campuses, airports, and vacation resorts. MagneMotion's maglev system is unique in that it handles propulsion, guidance, and magnetic levitation using a single electro-magnetic structure. Key design factors include optimized control for shorter travel time; safer, smaller maglev vehicles; continuous position tracking for improved safety controls; and lower operating and capital costs. Details on MagneMotion's magnetic levitation technology and links to other maglev development projects can be found on MagneMotion's maglev page. MagneMotion can also deploy its LSM technology for wheel-based people movers to replace legacy propulsion methods used for light rail, or personal rapid transit systems (PRT). The company's LSM-based integrated propulsion and control system includes anti-collision capabilities for optimal, fail-safe operation. Visit the Maglev/Transit Main Page for more information.
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In today's highly competitive manufacturing environment, a tremendous amount of resources are dedicated to developing optimal, simple, and efficient solutions for the process automation, assembly automation, and material handling processes. MagneMotion's scalable LSM systems exceed the capabilities and efficiency of many conventional manufacturing solutions, simplifying and increasing productivity while reducing energy usage and maintenance. Systems for automated materials management and conventional assembly line machines often require multiple third party mechanical actuators and constant maintenance to operate properly. In most manufacturing environments, MagneMotion's LSM solutions reduce the level of complexity of the overall system while increasing throughput capacity and functionality. The end result in all of MagneMotion's work is an optimized, fault tolerant, intelligent, emission-free propulsion system for a variety of transport applications.
MagneMotion's scalable solutions provide the optimal transport, queuing and positioning process wherever linear actuation or movement is required. The company's goal is to offer the industries we serve the highest level of optimization possible. Whether creating a more efficient transport and positioning process than assembly line machines, reducing the need for added tooling in automated materials management systems, or creating LSM-based elevator and maglev transportation systems, MagneMotion's solutions offer greater functionality, throughput, and reliability. |
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