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E6M+ BlackPower®, a 156 mm x 156 mm silicon solar cell, features high energy yields and sustainable efficiencies of more than 17%.
In addition, these ersol monocrystalline cells are easy to use, exhibit high mechanical stability and perform well under diffuse light. Thanks to their uniform black exterior, E6M+ cells are specially suited to solar systems with critical architectural requirements. |
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E6+ multicrystalline solar cells offer excellent properties for the exploitation of solar radiation. These 156 mm x 156 mm silicon cells achieve up to 16% efficiency and perform well under diffuse light conditions.
Because our large-format cell technology provides cost benefits for module assembly, the E6+ is an attractive component for module manufacturers as well as for assemblers and end users of photovoltaic systems. |
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Features:
- First-class yields with an efficiency of up to 17 percent.
- Proven formats of 125 x 125 mm (diagonally: 165 mm) and 156 x 156 mm (diagonally: 200 mm).
- Homogeneous, black appearance due to an especially uniform surface.
- Uniformly high production quality due to strict quality guidelines.
- Smooth production cycle during further processing due to high quality standard.
- Clear characterisation of each cell according to its electrical properties by sorting into precisely defined current classes.
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Features:
- First-class yields with an efficiency of up to 15.5 percent.
- Proven formats of 125 x 125 mm and 156 x 156 mm.
- Homogeneous, blue appearance due to an especially uniform surface.
- Uniformly high production quality due to strict quality guidelines.
- Smooth production cycle during further processing due to high quality standard.
- Clear characterisation of each cell according to its electrical properties by sorting into precisely defined current classes.
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Traditional sources of energy such as oil, coal and gas are limited and pollute the environment. Why then not turn to an energy source which will last a lot longer: the prospects for solar energy have never been better.
As the world leader in germanium, a very rare material, Umicore has been active in this sector for quite some time: our extremely thin and pure germanium substrates (or wafers) are very popular as the base material for solar cells in space, where size, efficiency and power are crucial. These substrates are used in the majority of the satellites launched today ... satellites that have turned the world into the global village it is now, using modern means of communication.
These rare germanium-materials are also descending to earth: using an array of lenses and mirrors, solar beams are concentrated on a tiny germanium wafer. This requires a lot less germanium and limits the cost difference with silicon, which is cheaper but less efficient.
Umicore has also developed a unique production method allowing for a significant reduction of the cost of producing very pure silicon, to be used in solar cell applications.
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| ... products without technical information |
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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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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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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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| ... products without technical information |
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E/R82 & P85: The best range of ruggedized M8 sensor for assembly lines
Robust Metal M8 sensor
Perfectly sealed IP67
Through beam (E/R 82) or Direct Sensing (P85)
Simple: No adjustment
Sensing range:
- E/R82 = 2m
- P85 = 5cm
Cable or M8 connector
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EX-30 series: Threaded miniature photoelectric sensors
The EX-30 series has a radically new form developed in response to the many calls for sensors that are easier to install. This new form which fits into the mounting holes for the new M4 thru-beam type and M6 reflective type of sensors with their standard fibre sizes represents an improvement in previous design and installation techniques, so that these new sensors can be incorporated into the production line as is.
Characteristics:
Screw mounted (M4 for thru-beam type, M6 for reflective type)
Response time 0.5ms or less
Red LED
Sensitivity adjuster (Reflective type)
Bright 2-color indicator
IP67
Accessories:
Slit mask
Mounting bracket |
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Vis-a-vis the limits imposed up to now by the miniature detectors, such as: difficult elimination of the background or cable of connection difficult to integrate in the applicatif environment, MINOS is the answer: a new series of opto-electronic detectors in versions energy reflex camera, reflex camera with elimination of the background, polarized barrier reflex camera or simple barrier.
Equipped with a ultra-compact case of dimensions 8 X 10,8 X 16,2 mm resistant to the shocks and vibrations, these detectors are smallest (size) market proposing an elimination of the adjustable background. They integrate a function Teach-in statics or dynamics, either integrated, or via an external entry. The response time is lower than 0,5 ms.
On the version reflex camera with elimination of the background, the low limits of size do not prevent the adjustment of the suppression of the background to 60 Misters.
An algorithm of suppression of the mutual disturbances authorizes the assembly close to several detectors, allowing their integration in reduced environments.
These detectors are equipped with an exit cables or connector off-set M8 4 poles; thanks to the alternatives left cable axial and left cable radial, the position of the cable is not any more one concern!
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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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Robotic Cell Provides Flexible Welding Solutions
The Z-Weld dual fixed-table robotic welding cell is for manufacturers looking to enhance productivity on small- to medium-sized welded parts. Shipped assembled and ready for immediate installation and production, the Z-Weld is particularly suited as an alternative to semi-automatic welding.
Marathon’s Z-Weld is adaptable to all models of robots and welding power supplies and can be pre-programmed to meet specific material and application needs. The cell’s 85 by 105 inch footprint minimizes floor space usage, and its forklift compatible base allows portability for flexible manufacturing layouts.
Designed to provide versatile automation, Marathon’s robotic cell can be used to weld various materials, including aluminum, steel, and stainless. Features include:
• Customer specific power supply and robot
• Two 30 x 40 inch tables mounted on a common machine base
• Manual or automatic doors at load/unload stations
• Full perimeter guarding with maintenance access door
• Air- or water-cooled torch assembly
• WatchdawgTM for Welding
• Torch reamer, exhaust hood, side access doors.
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The soldering robotic cell RC500 designed and produced by mta automation ag is controlled by an industrial PC, allowing the automation of selective point-to-point soldering operations. This cell enables micro-soldering tasks to be carried out rapidly with the optimum quality and repeatability.
The 3 or 4 axes can be fully programmed, as are the soldering parameters for each soldered point.
In order to avoid production interruptions during loading or unloading the components to be soldered, a version with a two or four position rotary table is available.
Thanks to its modular concept, this cell can be easily integrated into existing lines or pallet conveyors can be integrated into the cell.
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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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FLEXIBLE AND AUTOMATIC BENDING PRODUCTS
ASTRO CELL it is designed to be the perfect automatic bending system. Long running scheduled automatic operations are possible, with the automatic tools layout changer, automatic handling-jig changer, automatic work-piece gripper changer, even if they are small quantity batches. Coping with different kinds of small quantity products offers a vast improvement in productivity, and shortens delivery time. The bending process times can be reduced, and an improvement in the quality can be obtained.
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Nowdays the request for bending cells is growing, nonetheless had GASPARINI picked up, since several years, the philosophy for creating an automated bending isle, responding ahead of time both to safety rules and productivity requirements.
The suppleness own of GASPARINI robotized bending isles makes them convenient not only for medium – large production but also for repeated small allotments.
All models can be integrated in a bending cell
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Innovative concept:
Consists in spraying a fluid (water or oil) at a pressure between 300 and 3500 bar (4,400 to 50,700 psi), depending on the material to be deburred.
It removes burrs left after the machining process, and allows cleaning of the surface of the parts. |
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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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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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Sartorius is more than just a supplier of products.
Working together with you, we will engineer a solution for integration of a weighing sensor (or a force sensor) into your equipment or machine.
Put us to the test – just contact us!
The overview of our range of weigh and load cells will help you narrow down your selection and give you an impression of the capabilities we can offer you.
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Weigh cell MTC-ZER series cover the measuring range up to 50 g. They are applied in those areas where smallest weights at low piece counts have to be determined industrially. The major applications are 100% quality-control or the production-accompanying sampling-control in the pharmaceutical industry. Smallest dimensions, by separating the electronics box and mechanical system of the weigh cell, provide clearly advantages for the installation where space is limited.
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Very High speed load cell interface that was especially designed for WIM application either trucks or trains. The LCIC-WIM comes with embedded application calculates "on the fly" the axle weight, axle speed and distance between axles. With 52000 samples per second high resolution A/D and powerful DSP that runs the WIM application on board, it consider to be the fastest and most intelligent Load Cell Interface that is available today in the market. The LCIC-WIM equipped with USB and RS232/485 and comes with drivers and full examples on how to communicate with the board and our monitoring package that helps to analyze the scale behavior under different speeds.
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