Robotics

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Welding cells, industrial robots & further automation technology
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BJB ADS-Basic Robotic Lighting Wiring System
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SONTEC Automatic Tester with Sound Test
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Play
FMB MASCHINENBAU UNIROBOT HP20D-2PW Robot cell
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RETHINK ROBOTICS BR-01 Robot
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Germany, 74348 Lauffen
RETHINK ROBOTICS BR-01 Robot
Industrial robot ABB IRB 6700-235/2.65_grinding_spindle_Fibro_rotary_table
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SCHALTAG blister station
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Switzerland, 2540 Grenchen
SCHALTAG blister station
SONTEC automatic tester with sound test
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Play
SCHALTAG Railroad Station Cage Basket Packaging System
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Robot KUKA KR16/2
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Italy, 10042 Nichelino
Robot KUKA KR16/2
ZIMMER UND KREIM Chameleon Handling Robot
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KUKA KR 60-3 Industrial Robot with SHL Polishing System
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KUKA KR 30-3 Industrial Robot
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Germany, 74348 Lauffen
KUKA KR 30-3 Industrial Robot
ABB IRB 1400H Industrial Robot
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Slovenia, 4221 Škofja Loka
ABB IRB 1400H Industrial Robot
ABB IRB 2400/16 Industrial Robot
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Slovenia, 4221 Škofja Loka
ABB IRB 2400/16 Industrial Robot
GEIGER EA Mini Handling robots
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Germany, 72108 Rottenburg-Ergenzingen
GEIGER EA Mini Handling robots
KUKA KR 150 industrial robot
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Germany, 79713 Bad Säckingen
KUKA KR 150 industrial robot
WEISS TC0120G Rotary Indexing Table
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Switzerland, 2502 Biel/Bienne
WEISS TC0120G Rotary Indexing Table
KR 60/3 industrial robot
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Germany, 79713 Bad Säckingen
KR 60/3 industrial robot
Reserved
UNIVERSAL ROBOTS Ur10 6-Axis Robot Arm
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Reserved
PERLOS Rio cutter 2 Industrial robot
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STAUBLI RX170 ROBOT
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France, region Haute-Savoie
STAUBLI RX170 ROBOT
REIS RV20-16 Industrial robot
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Germany, 04680 Colditz
REIS RV20-16 Industrial robot
REIS RV20-16 Industrial robot
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Germany, 04680 Colditz
REIS RV20-16 Industrial robot
Sold
KUKA KR 150 industrial robot
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Germany, 79713 Bad Säckingen
KUKA KR 150 industrial robot
Sold
KUKA KR 150 - 2 C 2000 industrial robot
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Germany, 79713 Bad Säckingen
KUKA KR 150 - 2 C 2000 industrial robot
Sold
KR 60/3 industrial robot
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Germany, 79713 Bad Säckingen
KR 60/3 industrial robot
Sold
KR 60/3 industrial robot
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Germany, 79713 Bad Säckingen
KR 60/3 industrial robot
Sold
KR 60/3 industrial robot
shape
Germany, 79713 Bad Säckingen
KR 60/3 industrial robot

According to the Association of German Engineers, industrial companies in Germany have a lack of robotics. While big companies in the mechanical engineering, automotive and beverage industries are promoting automation, many SMEs aren’t using any robots. In this respect, precisely small companies could benefit from automated production processes. Investing in robotics, that is changing into handling systems, robotic cells, sort facilities and so on, will be rewarded with a better labor productivity and a lower scrap rate. Even investment costs are kept low when buying second hand robotics and machines at Surplex.

Through industrialisation and automation, robot technology has gained more responsibility. Special companies were brought together to find solutions for these complex tasks. Robot technology allows for the comprehensive rationalisation and automation of manufacturing processes for industrial goods. This increases the quality of the goods, while at the same time saving money and time. Different types of industrial robots are used throughout industry, including jointed armed robots, gantry robots, robot cells, welding robots, painting robots, palletizing robots and loading and unloading robots for machines.

  • Large amount of responsibility due to industrialisation and automation of processes
  • Comprehensive automation of manufacturing processes
  • Structure is designed depending on the robots intended use
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The exact composition of the robot depends on where it will be applied. A painting robot has the task, to mimic the movements human workers undertake during painting tasks. This is the same for the welding robot. Therefore, these robots need to be very mobile. Loading and unloading robots are implemented in special areas and are built differently. Generally, every robot contains a frame with corresponding clamps or gripping arms to transport the workpiece. Robot technology is usually computer controlled. Small servomotors are used to control movement sequences.

Robot technology is used to automate processes usually undertaken by humans. Robot technology was first developed by the military. Its first application in industry was in 1973 in Germany, with 6 operated axles. Robots were implemented in areas that were too dangerous or in unsuitable working environments, like painting and lacquering. Robot technology is not only restricted to industry. In 2004, the first humanoid robots were developed, which undertake more roles than the conventional robot. This all became possible with the development of transistors, circuits and smaller microcomputers. Even nanotechnology and precision engineering were important factors in the development, because the smaller the technology, the more effective the robot technology.

Robot technology is widely implemented in industry to make production processes automatic. They are used to help install complete production lines that can independently process a product up to its final stages. An example of this is in the automobile industry. Welding robots are implemented for the body work and painting robots are used for colouring. The manufacturing of computers without robot technology can no longer be imagined. Robot systems are now being manufactured as modular constructions, which makes them even more versatile.

Several companies have specialised in the manufacturing of robot technology. Some of the most recommended suppliers include:


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