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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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ARC WELDING SOLUTIONS
ARCWORLD – Motoman ArcWorld® solutions are standard, pre-engineered arc welding cells with one to four arc welding robot(s), welding equipment, part positioners and workcell safeguarding that are all fully integrated and designed to work together. Depending on throughput requirements, ArcWorld solutions may have one or two part loading/unloading stations. Models are available for welding parts fixtured on stationary tables from a single side, rotary indexing tables, trunnions, and complex multi-axis positioners. The extensive ArcWorld family has models to accommodate approximately 85% of typical welding applications for a wide variety of part sizes and shapes (generally up to 3 meters long and 1.2 m wide/diameter) at medium to high part volumes.
FABWORLD - designed for large parts (up to 3 or 4 meters long) that require medium- to heavy-deposition welding. Modular FabWorld® is a flexible approach that allows customers to configure the fully integrated robotic arc welding solution that best meets their needs from standard, pre-engineered modules.
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Finally, an affordable entry into robotic welding – Marathon Mini-Z
Marathon’s new “personal weld cell” is the answer to repetitious manual applications. The Mini-Z can deliver the same punch as the bigger cells – at a fraction of the cost! The Mini-Z is a competent, stand-alone, option for short-run shops, or can be easily integrated into large scale production manufacturing operations.
A small footprint gives the unit ease of mobility and accessibility for tooling changeover. Shipped assembled and ready for immediate installation and production, the Mini-Z is a flexible alternative to manual welding.
The Mini-Z welder comes complete with:
• Compact footprint
• Lean cell design
• Work window 24” x 16” (W x H)
• Easy-to-program Kawasaki robot
• User friendly Teach Pendant controls
• Fronius weld control
• 3D weld path modeling
• Turnkey tooling/fixturing
• DeviceNet options.
Profit from over twenty years of industry experience and let Marathon Welding Automation guide your process! For further information please call 1-800-816-9661 or visit www.orbitform.com.
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ROBOT P6: 6 axes
Robotic palletizing cells with application engineering.
Characteristics:
Palletizing systems by means of industrial robots, versatile for either bags, boxes, drums, sheets and pallets handling.
Possibility to attend several picking lines simultaneously.
Grip device for bags handling.Central-type or side-type grips according to the bags and patters to be confectioned.
Wide range of packages handling.
Capability to attend several packages lines, forming several pallets simultaneously (multi-palletization).
Wide range of industrial applications apart from palletizing itself: bag-in-box systems, picking, etc.
Integration of other machinery and processes inside the palletizing island such as box forming and closing or wrapping.
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Flexpicker
Flexpicker is a high speed parallel arm picking and placing robot supplied by ABB. FlexLink integrates the robot into applications requiring that products be picked to be placed or packed according to a specific pattern. The FlexLink products include conveyors, supports and control system.
Using its vision tecnology, the system is accurate in that it only selects perfect objects. If, for example, a cookie, a piece of chocolate or a pill is defect the robot will ignore it.
Flexpicker readily handles 150 picks per minute, corresponding to a cycle time of 0.4 seconds.
The IRB 340 robot used is also available in a stainless steel version, making it ideal for for operations requiring extra clean environments. This robot is highly suitable for use in food, pharmaceutical, medical and electronics applications. The IRB 340 is certified for clean-room applications, clean-room class between 2 and 3 after DIN EN ISO 14644 part 1 + 2.
Pick and place units
Using standard elements, FlexLink can supply a wide range of pick & place units, for handling everything from small lightweight goods such as plastic bottles, up to heavier applications in the automotive industry. Loads up to 50 kg are possible.
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What does it do?
- Our Swing Machine has the ability to pack bags AND cartons in stand-up AND lay-down configurations on the SAME machine!
How does it work?
- horizontal configuration (applies to standard swing machine only):
Product is collated into a group using one of our custom collation methods. The product is then picked by a specially designed end-effector. The fully servo-driven robot ensures smooth placement into the secondary container.
- vertical configuration:Begins with collation and the picking of the product just as the lay-down configuration. Instead of loading directly into the secondary container, the product is placed flat into an intermediary cassette. Cases are tipped towards the cassette and the entire stack is side-loaded into the secondary container.
How productive is it?
- The top loader can pack up to 300 bags per minute when using our Smart-Trak™ collation and up to 400 bags per minute when using our Smart-Bin™ collation system. Even higher speeds can be reached with rigid containers.
How is the changeover?
- End-effectors can be changed out within 30 seconds using a simple clamping mechanism. Most settings can be created from the operator panel and saved as unique product codes. The robotic motion is also easily changed and saved as unique product codes.
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Using vacuum cups or mechanical grippers, a Bosch delta robot can be created to suit nearly any application. Two forms of pick and place robots are available from Bosch. One of which is a Top Loader, the other is a Feed Placer. In Top Load applications, the product is picked from an incoming flow and placed in a case, carton, or tray. Feed Placers pick product from an incoming flow and place it directly into your wrapper infeed, thermoformer infeed, bucket chain conveyor, or nearly any form of a flighted or pitched conveyor.
The Paloma-D2 pick-and-place robot aligns and places product into cartons, cases or trays. Its stainless steel construction meets many current hygiene standards and regulations for food handling. Fast production changeovers of less than 5 minutes are made possible with the new Gemini 3.0 software and tool-free changeable form sets.
Facts:
- Stainless steel construction is standard
- Meets many current hygiene standards and regulations for food processing
- Quickly clean with ingress protection rating of IP65 up to 1.5M high and splash proof area of IP54 above 1.5M
- Available with 1, 2 or 3 arms, the Paloma D2 picks products at speeds up to 290 products per minute
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System: Workpiece and Electrode Handling
Application: Milling; EDM; Wire-EDM and other technologies
Connection to CNC: Serial; M-Function; Parallel I/O bit
Workpiece Identification: EWIS(TM) Rapid
Technical data
Transferweight: 80 Kg (180 lbs)
Axistravel X: 1200 mm (to left and right!)
Axistravel Z: 1450 mm
Turning range: 190°
Voltage: 3x400 V+PE
Pneumatics: 200 l/min with 5 bar minimal
Magazine configurations
Various mixes of tooling with automatic gripper change.
ITS 50; ITS 148; PC 210; UPC 320; MTS 400
Maximum amount of magazin positions: 270
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System: Workpiece and electrode handling
For single or twin machine operation
Transferweight: 30 Kg
Application: Milling, EDM sinking and Wire EDM, other processiong technologies
Machine interface: Serial; M-Function; Parallel I/O Bit
Workpiece identification: EWIS Rapid
Technical data
Transferweight: 30 Kg (workpiece and pallet)
X Axis travel: 1200 mm
Electrical supply: 3x400V+PE
Pneumatic: 200 l/min at5 bar minimal pressure
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This robotic handling system is designed for load and unloading plates for the shearing of test-tubes.
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WIRING CELLS FOR LIGHTING SECTOR
With 20 year experience in the automation of wiring and assembly of light fittings with linear fluorescent lamps, System Robot Automazione has developed original operative solutions which, with the efficiency of software packages, with friendly programming combined with 6 axis Kawasaki robots, allow short production times, optimal results and cost reduction.
The combination of the robot with an originally designed wiring head permits all the operations necessary for the preparation of the cables to be inserted into the terminals of the components.
Easy “macro” software functions enable all operations just using one program or through one control push-button.
Modular solutions guarantee future production development without important changes on the system.
The product range includes:
-solutions aimed at the automation of the wiring process only
-automatic test stations in the wiring cell to carry out tests on the wired luminaries
-integrated automation systems for the mounting of components
-integrated systems for the positioning and fixing of ballast
-integrated systems for gasketing
-customized solutions
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The Panasonic arc welding robot cell PerformArc ET (Electric Turntable) is of a modular concept, developed using standard reliable Panasonic components. The Panasonic standard cell is also available in the following specifications:
PerformArc MT (Manual Turntable)
PerformArc ET-XL (large work envelope)
PerformArc ET-XXL (extra large work envelope)
PerformArc ET-2PD (work envelope with 2 external axes PanaDice 200)
Technical Data:
• 2 worktables, 500mm deep and 570 mm wide, maximum payload 250 kg
• Maximum size of workpiece including fixture 1,000 x 600 x 500 mm
• L x B x H: approx 5.65 x 2.2 x 2.3 m, weight: approx. 3.100 kg
Options:
• TAWERS welding system with integrated power source TA-1400/1600/1800WG
• Panasonic industrial robot TA-1600/1800G2
• Panasonic MIG/MAG pulse power sources YD-350GE2 or YD-500AF2
• Panasonic DC TIG power sources YC-300BZ3
• Fume hood, Torch cleaning unit, Water-cooled welding torch
• Service & extended warranty package
• DTPS off-line programming & simulation software
Customer benefits:
• Economical and flexible complete system solution.
• Fully proven and tested before delivery.
• All components mounted to a common base for easy shipment, quick set-up and future possible location change by use of forklift truck.
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Automated Casting Pouring Stations
Automatic Pouring Basin Manipulator
The automatic pouring basin manipulator, controlled and powered by the automatic ladler, completes the automation of the pouring operation by lifting the pouring basin from one flask, inverting the basin for blow-out, and setting the basin in place on the next flask.
Features
One (1) Automatic Ladler
Pouring capacity to 200 pounds (91 kg.) of aluminum
Radius of approximately 80 inches (2030 mm)
Maximum 270 degree rotation capability
Includes mechanical operating unit, hydraulic power unit, and electrical controls.
Mechanical Operating Unit
A heavy steel base plate supports the hydraulic rotary actuator and rotating superstructure. The rotating base carries the ladle support arms and the hydraulic cylinders, which raise the arms and tilt the ladle. Electronic position feedback and proportional control valves are used on all motions.
All bearings used on the hot end of the ladle support arms are nitrided H-13 tool steel. Sheet steel shielding is used to guard all operating components at the base of the unit. Two fabricated steel ladle cups are included with the mechanical operating unit.
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Robotized system for heating and positioning samples for Hopkinson benches.
Hopkinson benches are test benches for the characterization of materials under dynamic mechanical solicitations.As temperature has a key role in materials behaviour, it is therefore quite important to perform those tests at different temperatures.The system described below allows automated heating and manipulation of the tested samples, without any change in the temperature of the extremities of the Hopkinson bars, improving significantly the test conditions and providing so much more relevant results.
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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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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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Ehcolo supplies robotic systems, based on MOTOMAN robots. And based on our yearlong experience with our own manufactured gantry robots, we manufacure and supply pick-up units and the pheriferical equipment like conveyors etc.
Our goal at start of using robots in palletising was, that we should reach a performance quality as close as possible to our own palletisers, a level of quality, we have not been able to see elsewhere. So we designed and manufacured a pick-up unit, which compensated for the shortages, which the robot by nature has, e.g. automatic layer height measuring and top-pressing. So it is not posible to palletise any better with robot, than we do now, regardless if it is overlapping or side-by-side palletising.
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The robotised cell of palletisation can handle up to 4 lines of production at high speeds.
According to the speed, the machine can put the products on the pallet per unit, per row or per layer.
The interleaves and the pallets are gripped and laid whether by the gripping unit or the peripheral equipment.
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We have the solutions others are still thinking about
Everybody talks about automation, but it's much more than just a trendy word. We ourselves have developed from a machine manufacturer to a process provider because we believe that the decisive criterion for automated efficiency is the integration of the entire environment and periphery. Thus, what began with economical pallet changing and intelligent handling systems now culminates in highly advanced robot solutions. We have long been able to convert a machine into a flexible manufacturing cell.
Based on our products, we offer automation solutions, handling systems, pallet changers, turnkey solutions, individual option packets and innovative control units.
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Vacuum Former Loading
The RTS Solution
-High speed vision guided robot picking to load a variety of items into vacuum formed trays
-Progressive filling across multiple robot cells
-Line balancing ensures that the upstream process is balanced with the packaging equipment
-Can be applied to green field sites or small footprint enables retro-fitting to existing lines
-Gripper expertise to pick a variety of products, including meat, fish, cheese and bakery items
The benefits:
-Attractive payback : Reduces labour and improves profit per unit
-Flexibility : new marketing variants can be introduced with minimal re-programming
-Quality : Shelf life of raw food items can be increased with the suppression of manual handling
-Quality : Vision inspection enables products outside specified limits to be rejected
-Increased efficiency : Line balancing to optimise plant throughput
-Yield : for some applications, in-line checkweighing enables yield savings
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Pick and Place Robot
Rational top loading of products into cases, trays or crates.
A fully automatic unit suitable for top loading of products into cases, trays or crates. Products that can be lifted with vacuum, magnetic tool or gripper can also be packed. The machine consists of tooth belt driven linear units for X and Z movements mounted in a stainless steel frame with interlocked guarding. Products and package conveyors with guides included.
The nominal capacity is up to 30 cycles per minute depending on weight and travel distance. Control is done by a PLC and operator panel for easy operation. Format changes are carried out by adjustments, change parts and a Teach-In programme.
- High efficiency
- Easy to operate
- Flexible layout
- High technology
- Have tools for lifting single products or complete pack patterns
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Robotized line for truffles picking.
Manufactured for a famous name of Belgian chocolate, this line is placed immediately after the cooling unit of the truffles and the units of flow wrapping.
This automated cell fills 7 kinds of blisters from 3 kinds of products.
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This machine loads automatically non-uniform or packed products in:
- a horizontal flow-wrapper
- a cartoner
- a thermoformer
- a tray, a crate
- a carton or a pre-formed carton…
A vision system can be added providing changeover flexibility and also controls the quality.
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Storage and transfer line for automotive laminated windshields.
This cell is located between the windshield furnace bending the glasses and the washing machine. It allows to:
* turn up and transfer the products to the washing equipment,
* store a maximum of 60 products when the downstream assembly line is not available and re-introduce products when line is available again,
* re-introduce products when missing supply from furnace,
* pick up a product for periodic quality control purposes and replace it onto the conveyor after inspection.
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The main advantages are numerous:
- The capacity to conform to the geometrical differences of pieces that are obtained with foundry or stamping processes and, therefore, that are not perfectly equal one to the other.
- The possibility of vary the working pressure according to the necessity to speed up the cycle time, making constant the final quality of the product, from the first to the last piece that is worked and optimizing the consumption of the tools.
- The possibility of working completely independent without the regular presence of an operator and therefore with a further reduction of the cost per hour of the system.
- Remarkable saving of the consumption material.
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Robotized Deburring
You've heard the saying "deburring is a tedious job..." ‑ why not automate it?
Fastems' DBL (Deburring and Loading Cell) is a modular robot cell designed for deburring and automatic loading applications. Deburring, which often is a dusty, noisy, unconfortable and repetitive task becomes a thing of the past. And simultaneously, the deburring quality, which often varies significantly with manual deburring, can be consistant and easily maintained at the required level. The DBL can be used as a stand-alone unit or it can be integrated with a flexible manufacturing system (FMS).
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 see the results for the following category : Fuel cells |
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