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The RML-MX is the solution for automatically loading the magazines of your packaging machinery. Each RML-MX is designed to your specific project requirements, but they all feature a multi-axis articulated arm robot, which provides the ultimate in flexibility and reliable operation. With fast, pre-programmed changeovers and customizable end-of-arm tooling, the RML-MX can be configured to load an assortment of different packaging machinery magazines, including case erector, tray former, carrier erector and cartoner magazines. Plus, as your needs change, the RML-MX can change with you.
For loading knocked-down cases into a Pearson case erector, pallets of knocked-down bundles of corrugated cases are transferred into the cell. Once in place, the multi-axis robot picks a bundle of knocked-down cases from the pallet and places the bundle in a secondary device that cuts and removes the banding. Once the banding is removed, the bundle is lowered into place on the magazine of the case erector.
For loading knocked-down carriers or cartons into a magazine, the multi-axis robot picks case of carriers or cartons from the pallet and places it on a secondary device designed by Pearson. The device inverts the case and positions the blanks onto the magazine of the carrier erector or cartoner. Once empty, the case is lifted from the magazine and removed for disposal. The carriers or cartons are then advanced into the machine.
Features:
- Highly reliable robotic arm design with MTBF of over 60.000 hours
- Fully-interlocked perimeter guard package
- Flexibility to accommodate layout requirements
- Fast, pre-programmed changeovers
- Customizable end-of-arm tooling
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DMG offers you the complete spectrum of automation technology, starting with the automatic pallet changer, across to manufacturing cells from 2x to 30x pallet storage, up to systems with pallet and workpiece handling by means of portal loaders or robots. In addition, turn key projects for mass production with integrated complementary processes such as parts cleansing, deburring or quality assurance belong to the expertise of DMG AUTOMATION.
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This robotic system is designed for interlock assembly hot-press in the automotive industry
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Fastems' RPC (Robotized Production Cell) is a modular robot cell designed for tending applications of various CNC machines such as lathes, machining centers and other machine tools.
With standard options, the RPC can be easily adapted for applications such as finishing work pieces, cleaning, gauging and even light machining. The main structure of the RPC cell consists of a single transferable unit that enables fast installation. It is easy to relocate if required.
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Robotized fixing of rings of water-heater.
This robotized cell makes it possible to take rings of water-heater since a conveyer and to hang them to the flight, by the technique of the "conveyer alignment", with a hook interdependent of an air conveyer which forwards them to a cabin of painting.
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ROBOTIC CELL FOR CNC TOOL MACHINE
Components:
6 axis Kawasaki Articulated robot
Vision system with integrated camera Cognex In Sight 5400
Management software InSight by PC
Our loading/unloading robotic cells fit to any CNC tool machine. The vision system with integrated camera recognize exactly the position and the orientation of the particular at work on the belt conveyor.
Upon request, the entering workpieces can be loaded by a completely automatic feeding and recovery unit.
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RPC-G
Fastems RPC-G is a modular robot cell designed for loading and unloading workpieces to CNC machines, especially lathes. The RPC-G cell consists of a single transferable unit that enables fast installation and, if necessary, easy relocation of the system. Both new and existing machines can be automated with a minimum of effort. The gantry concept provides good accessibility to the machine tool in manual mode-, as well as easy implementation of diverse material feed designs that can be geared to the workpieces, quantities, and physical size.
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This flexible, high speed machine sorts, collates, orients, and places products in a precise manner. When the machine's vision system senses the orientation of randomly placed products moving rapidly down the eight foot conveyor, the robot picks up the product, properly orients it and deposits it into a bucket conveyor, cartoning operation or other downstream machine. The picking cell performs its functions in a smooth, organized fashion, and integrates seamlessly with other machines on the production line.
End user flexibility is a core feature of this machine. With minimal or no changeover, the picking cell can handle a wide array of products as well as create variety packs. The re-deployable cell can easily be re-tooled to serve a different line, product application or new production need.
Features and Benefits
- Speeds up to 180 picks per minute
- Flexible product handling, collating, and transfer capabilities
- Eliminates traditional hand loading of bulk product
- Stand alone system
- Quick, easy electronic change-over
- Re-configurable for future applications
- Unpicked product can be re-circulated
- Features the world's fastest robot
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Automated Loading Options__Robot Load System.
The Drake robot load system for grinders features an adjustable infeed conveyor and grippers designed by Drake for maximum flexibility. The entire grinding and load/unload process is programmed into the machine control by Drake. The system provides consistent handling and maximum throughput for increased productivity.
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Number of pallet stations
depending on the length of the magazine and the height of the work pieces, may be configured according to customer requirements
Change of gripper possible
External tools Changing external tools from the magazine directly into the spindle of the machine or the local tool changer is possible
Work piece weight maximum 150 kg (including the pallet)
Weight without pallets app. 1500 kg per unit of magazine
Space saving linear pallet changer and external tool changer for automation of one or several machines
Integration of machines from other suppliers possible, for example measuring machines
Chip identification optionally available
Very simple construction, reliable, robust and with little maintenance
Length of magazine may be set up as necessary
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robomation is the flexible standard module robot cell which will increase your productivity in manufacturing with workload capacity up to 1kg. The robomation is available in two flexible load/unload versions:
- robomation F100 equipped with a fixed robot ceiling mounted for loading / unloading of your machine through a key hole.
Fast availability and short delivery
Compact, space-saving design
Market leading robot solutions from 30 years of Seckler experience
- robomation LM100 equipped with a gantry mounted robot for direct loading/unloading of your machine tool.
For applications in wet, dirty environments or in dry areas
Efficient and reliable integration to peripheral modules.
Constantly upgradeable, easily modified, always reusable
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Handling and process cells
Rea Robotics designs and manufactures cells with the aid of robot control and quality control vision systems.
Analysis of various production processes:
• deburring;
• siliconizing;
• palletizing;
• forging press tending;
• CNC machine tending;
• transfer tending;
• plastic injection machine tending;
• automatic storage system tending;
• assembly.
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Articulating Robots
For applications that demand complex movement in space such as multiple repositioning of parts for inspection purposes, or where accessibility from the top is limited, Wes-Tech uses articulating robots from proven manufacturers as an integral part of the automated solution.
Benefits
- Wider application range with standard equipment.
- Low implementation risk “been there, done it before.”
- Improved return-on-invested capital.
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Diecasting cells
Rea Robotics uses ABB, KUKA and FANUC robots, which are resistant to the action of lubricants, dust and heat, to produce flexible cells for the following production processes:
- press unloading;
- part cooling and control;
- die lubrication;
- shearing machine tending;
- palletizing of castings.
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