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HANDLING ROBOTS:
Motoman offers application-specific and general-purpose robot models that are ideal for a wide variety handling applications.
APPLICATION-SPECIFIC: The EH-series “Expert Handling” robots set a new standard for speed with a large robot. Compared to general-purpose robots, the EH-series offers up to a 22% increase in speed, depending on model. These high-speed, high-payload robots are specifically designed for high duty cycle material handling and offer superior performance in machine tending and material handling applications. Large work envelopes and the ability to bend over backwards, allow tools to be stored behind the robot, allowing better clearance for maintenance. These handling robots include an IP67 rated wrist for protection in machining environments.
GENERAL PUPOSE: With payloads from 3-600 kg (6.6-1,323 lbs), Motoman’s dynamic, high-speed HP-series “High-Performance” robots are extremely versatile, general-purpose manipulators that excel at a wide variety of applications, including machine tending, welding, material handling, assembly, dispensing and a host of others. Full six-axis flexibility also allows them to perform complex handling motions and other operations in a multi-function workcell. HP-series robots can be floor-, ceiling- and shelf-mounted to provide highly flexible layouts, and extended-reach versions are available.
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The Presto MR20 robot features an unique 7-axis design that has the industry's largest payload capacity (30kg). Its unique 7th axis design allows the robot to closely emulate the motions of a human arm enabling it to perform more complicated work processes in constricted work areas. Cooperative motion allows multiple arms to work together for assembly processes or increased payload capacities.
Benefits & Features
- Compact design has a powerful arm
- Wrist torque 1.5 times greater than that of comparable-sized robots
- Arm design avoids singularity motion by providing multiple posture solutions for the same work TCP
- Horizontal reach of 1260 mm
- +/-0.1mm repeatability
- Arm can be inverted or floor mounted
- IP65 compliant
- Supports slides, tooling, and positioners
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The FANUC product line includes a broad robot range (0.5kg to 1350kg) able to manage a wide range of handling application. The vast choice, the excellent program possibilities and the fact that FANUC is the world’s biggest robot producer are for partners decisive factors for the choice of a robot supplier.
A distinctive point at FANUC is the superiority in ‘Vision’ technology. Thanks to the vision system, the product handling is coupled with the camera, which gives the position of the product with very high precision.
Therefore, it is unnecessary to present the product in a pre-programmed position. This strongly reduces the programming effort.
With ROBOGUIDE, FANUC also offers a high-quality offline simulation and programming system which includes all FANUC robot types. Complete handling projects can be simulated and programmed, including the integration of external cells.
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· From 6 up to 800 kg payload
· Reduced overall dimensions and wide working volume
· Rapidity and flexibility to optimize the cycle time
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Small Robots
Whether it's the speedy 4-axis SCARAs or the flexible 6-axis jointed-arm robots, these compact, space-saving robots from KUKA are among the fastest and most reliable robots in their class. All of them utilize the advantages of the world's most dependable and best-selling PC-based control platform KRC. And it goes without saying that this diverse range of 4-axis and 6-axis KUKA robots can be freely combined within a single system - always with the benefits of using the same control platform.
Medium Payloads (30 kg to 60 kg)
Popular applications for medium payload robots range from simple handling tasks to complex operations such as measuring air currents in the wind tunnel or sewing leather seat covers.
Heavy Duty (360 kg to 1000 kg)
With payloads of up to 1000 kg, these robots can e.g. handle side panels in automotive body-in-white construction or, in the palletizing variant, carry out tasks in the beverage or building materials industries.
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MOTOMAN offers the widest range of robotic products with the number of controlled axes ranging from 4 to 13, including application dedicated robots for welding, palletising, handling, painting and clean room applications, with payloads ranging from 3 to 600 kg.
MOTOMAN installs turnkey systems and customised manufacturing solutions with the highest level of quality.
All manipulators/robots are fully electrical controlled by servo power.
The latest control system is capable of synchronised motion & control of up to four robots or 36 axes in total.
MOTOMAN also offers service, maintenance and training.
MOTOMAN, the robotic division of Yaskawa Electric Corporation, has its European headquarters in Kalmar, Sweden and Allershausen, Germany.
Interested in knowing more? Please contact us!
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* Available for various angles with the swivel arm(360˚ rotation)
* Unnecessary replacement of level spring holder
* Various strokes are available with the spacer
* Quick/Eash installation and reinstallation
* Cost reduction(recycle of all parts)
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The FANUC product line includes a broad robot range (2 to 1350kg) able to manage a wide range of handling application. The vast choice, the excellent program possibilities and the fact that FANUC is the world’s biggest robot producer are for partners decisive factors for the choice of a robot supplier.
A distinctive point at FANUC is the superiority in ‘Vision’ technology. Thanks to the vision system, the product handling is coupled with the camera, which gives the position of the product with very high precision.
Therefore, it is unnecessary to present the product in a pre-programmed position. This strongly reduces the programming effort.
With ROBOGUIDE, FANUC also offers a high-quality offline simulation and programming system which includes all FANUC robot types. Complete handling projects can be simulated and programmed, including the integration of external cells.
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With the various robot series of the vertical-, horizontal articulated-arm robots and the linear robots as well as combined kinetmatics REIS ROBOTICS executes complete solutions for automated handling, tending and assembly of components. Gripper systems, additional handling axes and image processing complete our choice of products for the production, assembly and packing process.
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ROBOTIC SYSTEM FOR HANDLING OF SLIDERS FOR ZIPPERS
The system allows to automatically proceed to the handling of sliders for zippers.
The operator places the pieces to handle on a conveyor.
The Fanuc robot picking the slider through a vision system.
The slider is inserted then in a special loader.
The operator has his disposal a graphic interface with the system with the possibility to set the parameters of job and to visualize diagnostic messages.
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With KURTZ ProRob EPS handling system, EPS processors create completely new opportunities for material handling and for the further processing of EPS products. The ProRob product line not only adapts to almost any handling application, but also can be used in process steps such as edge processing, contour cutting, and product manufacturing, among others.
ProRob - Applications
* Destacking device
* Stacking device
* Removal of upper sheets
* Removal of bottom sheets
* Palletising device
* Edge processing machine
* Contour cutter
* Loading and unloading of production machines
* Production of elements for prefabricated houses
* (SIP's)
ProRob - Advantages of ProRob
* Attractive price performance ratio
* Several processes can be carried out by one machine
* Short setting times due to automatic mould change
* No complicated transportation devices
* High flexibility even in small buildings
* High throughput
* Safe handling of thin sheets
* Remaining sheets are no problem when the products are changed
* Upper sheets are easily fed in the production process
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Auto Stocker
For automatic production systems a parts feeder to robot is one of an important element. If orientation and position of workpieces are not accurate, automatic system will not run efficiently. Frequently, sensitive or odd-shaped parts are not suitable for bowl feeders and vision systems will not be economical solution. These parts should be presented by trays which are available in the market and easy to transfer an reuse.
Hirata’s Auto Stocker solves your tray feeding problem economically. The Auto Stocker is designed as tray changing system to palletize or depalletize workpieces by robot. Its accurate positioning, fast tray change time and sufficient storage of trays meet the requirement of your automatic production system. The typical applications for the Auto Stocker are for assembly operation, palletizing for injection molding machines and loading/unloading workpieces for machine tools.
If the buffer capacity of two piles of full trays and one pile of empty trays not enough you can attach additional buffer segments to the basic tray feeder. If a pile of full trays is heavier than 15 kg in case of frequent tray change respectively maximal 25 kg in case of once in a while it is forbitten by law that the operator carries the tray stack. In such cases it is possible to add on a docking station for a cart which feeds in and out the the trays. In the full automated version of the tray feeder you can connect the Autostocker with an AGV.
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Innovative multi-axis robots for product assembly.
Up to four X-Y-Z-W 4-axis robots can be used in combination, allowing for a maximum 16-axis composition. Despite their compact size, these robots are able to realize a wide range of operations. Each robot works interactively, and is able to handle an object up to 120kg speedily and precisely. Their used include assembling work for large flat-screen TV.
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The gantries are built in 5 different sizes for linear gantries and 3 sizes for area gantries for workpiece weights between 0,5 and 1,000 kg. Each size is a modular system with individual adaption possibilities for the respective application.
The axis is driven via a gear rack through a three phase servo motor. Controls are supplied by all known and reputable suppliers.
Gantries offer multiple possibilities for transportation, handling, loading and unloading as well as storage. Based on the use of R&M and FMEA-measures they are exceptionally low maintenance.
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Great compatibility between the various sections, linear guidance and systems of drive, enable us to produce gantries of all sizes according to the uses.
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Material handling typically requires fast top speed for covering a large area quickly, as well as a large and efficient work envelope. The Nachi SC Series robot has this combination of high top speed, fast acceleration, and high accuracy to move efficiently. Nachi's conveyor synchonization option provides the ability to track along a moving conveyor or table.
Nachi robotic series applicable to material handling:
SH Series
SC Series
SG Series
VS05 Series
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Stäubli RX130 robot rotary transfer machine
Stäubli RX130 robot rotary transfer machineLoading/unloading with double gripper.
Intermediate part setting down and picking up station.
Part feed and removal on conveyor belt.
Machine cycle time: 90 seconds
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ABB has the market's broadest offer for robot-based packaging automation, comprising specialized robots for picking, packing and palletizing.
In addition, we provide a wide range of standard robots for those applications that do not call for dedicated solutions.
Great focus is also put on the handling of food and bevarages, medical products, pharmaceuticals, cosmetics, personal care products and electronic products.
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Since YASKAWA Electric released the first all-electric industrial robot in Japan in 1977, the MOTOMAN, we have continued to lead the international industrial robot industry.
A wide range of industrial robots has been released since, especially in our core field of welding robots, but also for handling, assembly, painting and cleanroom applications. Today, they are hard at work around the world.
We were one of the first robotics companies to work on semiconductor manufacturing technology, and the development of mechatronic equipment led to the clean/vacuum robot and wafer handling devices. We will continue to develop technology to answer the requirements of shrinking IC geometry and growing wafer size
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