Robot manipulators - Import export

"for workshop or construction site allows you to Transport, Handle, Turn over any glass surface from floor to ceiling. It can be used with our EV 300 electro-pneumatic lifting beam. Very compact construction. For very easy transport on site, it is possible to assemble it on the site of use"

Gearbox lubrication of heavily loaded, relatively slow-running toothed gearing when grease is used instead of oil due to leaks For heavily loaded and impact-loaded drives Chain lubrication, e.g. of hollow-pin chains in the conveyance and transport sector, for exposure to water and steam and at higher operating temperatures Bearing lubrication of friction and rolling bearings in annealing yards and drying systems, manipulators and robots, cooling-bed and conveyor systems, machines in food packing industry, steam sterilisers etc. Advantages and benefits Excellently suited for corrosive operating conditions with high operating temperatures and high pressure and impact loads Economical due to optimised formula Enables wear reduction, decreasing failure times and enabling long-term lubrication Long-acting, highly adhesive, temperature-stable and waterproof, noise-damping, impact and pressure resistant

Lubrication of highly stressed and relatively slowly running gears where due to leakage a grease must be used instead of oil For drives under high and shock load Chain lubrication of e.g. hollow pins, chains in the conveyor and transport field, under the influence of water and vapour and at higher operation temperatures Bearing lubrication of roller and plain bearings at annealing furnaces and drying equipments, manipulators and robots, conveyor and cooling systems, machines of preserve industry, steam sterilizers, etc. Advantages and benefits Best use in corrosive operation conditions with high operation temperatures and high pressure and shock load Economically due to optimum formulation Reduces wear and thereby downtime and enables long-term lubrication Ropy, strongly adhesive, temperature and water resistant, noise dampening, high-load and shock absorbing

The industrial laser engraver is designed to operate 24/7, with the VIN marker achieving a perfect typeface at high speeds. The robust and compact integration laser, with IP 54 protection class, is one of the most compact lasers on the market with only 0.012 m³. Easy integration supports integration into new or existing production lines on industrial robots, manipulators or balancers. Inexpensive and powerful - depending on project implementation, it takes only 15 seconds to engrave a complete VIN and is more economical than many other systems. The VIN marker can also engrave hard metals such as titanium, hardened steel, cast aluminum or others without any problems.

FXE-M electro-permanent load lifting magnet modules can be combined with MCF control units to form modular load lifting systems. For example, a single FXE-M module with an MCF 1-channel control unit can be used on the crane of a flame-cutting machine, or 4 FXE-M modules, controlled together or individually by an MCF 4-channel control unit, can operate in a fully automatic sectional steel plant. In use on cranes, manipulators, conveyors and robots, FXE-M modules have proven themselves thousands of times over. FXE-M modules are manufactured using monoblock technology and are extremely stable. As with the other products in the FXE series, a choice can be made between different pole types in order to use the appropriate magnet module depending on the load, dimensions and surface.

Robonet: Network operation and remote access ISDES embedded: Weld seam and operating data acquisition system Smartstep: Generating robot programs iPAT: manipulation and the assembling of robot programs i4i: Visualisation of system status Robonet igm software for network operation and remote access from an arbitrary PC to the robot control Transfer of data to one or more machines Remote monitoring of welding and operating data Teach pendant display can be viewed on your notebook or PC ISDES embedded ISDES EMBEDDED is a weld seam and operating data acquisition system for monitoring, documentation and quality assurance of welding processes, as well as for the evaluation of operating data at partially, or fully automated welding robot systems. The ISDES integrated on the control system offers the possibility to record, monitor and evaluate the parameters decisive for the quality as well as the operationally relevant data. isdes embedded functions directly integrated into the...

The autonomous XL-GEN can be configured in different ways: without arm, ready to integrate an arm from Kinova or with 7 or 6 DOF arm with the option to integrate a 2 or 3 finger gripper. Due to the low power consumption of the arm, this mobile platform has an autonomy of up to 10 hours. Furthermore, XL-GEN, that uses open architecture and modular control ROS, can mount different sensors as lasers and cameras, among others. The robot has two possible kinematic configurations. The omnidirectional configuration mounts mecanum wheels on an independent suspension system. The mecanum wheels can be easily replaced by conventional wheels (rim mount), thus allowing easy switch from the indoor omnidirectional configuration to the versatile skid-steering configuration, both indoors and outdoors. XL-GEN has been designed for several research applications in fields like inspection, medicine, logistics or remote monitoring.

As per robotic applications for welding, there are specific welding machines (MIG/MAG, TIG) that feature real-time machine-robot communication. The robot may change its parameters or select one of the machine’s preset programs. There are also the automatic wire feeder located on the robot for its proper feeding, the welding pincer and the automatic pincer cleaner that guarantees consistent welding quality even after many hours of operation. One additional component used is a shock sensor, which ensures that the robot will stop in case of collision. Another feature of these robots is that they can control the welding pathway by means of special sensors. Robots may also manipulate external axes and expand their work envelope, and thus facilitate welding in difficult parts of pieces. Also, by means of a positioner, the system acquires increased flexibility and registers huge increase in productivity.

Our custom blow molded parts such as containers, air conduction tubes, connection tubes and drainage tubes are 3D blow molded, suction blow molded and manipulated by a robot (3-D Roboter Blow Moulding Machine). They are 100 percent leak-proof and guarantee consistent wall thickness. Since the blow molds are developed by and tailored to customer specific requirements, a perfect fit is guaranteed, the number of assembly steps is reduced, weight is reduced and the risk of leakage is minimized. Available materials / maximum operating temperature: PE / -40°C up to + 70°C PP / -40°C up to +105°C Dimensions: max: 900x500x300mm min: 50x20x100mm eight/pc.: 10-3.000 Gramm diameter: min. 8-10 mm Application: Industrial applications, such as home appliances, air conditioning, medical technology, etc.

High-torque electric motors of types 2MTA, 3MTA, 4MTA, 4MTB, 5MT are designed for feeding mechanisms of CNC machine tools, robots, trans-manipulators and other mechanisms. Electric motors of the MT series have the following typical designations: - 2MTA: 2MTA-C, 2MTA-P, 2MTA-K, 2MTA-CP, 2MTA-CK; - 3MTA: 3MTA-C, 3MTA-P, 3MTA-K, 3MTA-CP, 3MTA-CK; - 4MTA: 4MTA-C, 4MTA-P, 4MTA-K, 4MTA-CP, 4MTA-CK; - 4MTB: 4MTB-C, 4MTB-P, 4MTB-K, 4MTB-CP, 4MTB-CK; - 5MT: 5MT-C, 5MT-P, 5MT-K, 5MT-CP, 5MT-CK. Decoding of type designations on the example of “4MTA-CPK” where: “4” - symbol of the moment; "M" is the engine; "T" - a series; “A” - modification by moment; "C" - electromagnetic brake; "P" - resolver with multiplier; "K" - photoelectric raster converter (pulse encoder, encoder). All electric motors of types 2MTA, 3MTA, 4MTA, 4MTB, 5MT have a degree of protection IP-44 and are equipped with a four-pole tachogenerator of direct current 4P (20V / 1000min-1).

RB-VOGUI is a general purpose mobile platform designed to target logistics tasks. The robot has a relevant mobility and is able to follow a human operator autonomously and to navigate autonomously indoor and outdoor. In this sense, RB-VOGUI is suitable for logistics tasks in warehouses or pick & transport & place applications. The robot traction uses steerable motorwheels, thus allowing different kinematic configurations: single/dual Ackermann or omnidrive crawling. The control architecture is open-source and modular, based on ROS.

RB-KAIROS+ is a mobile manipulator designed for the plug&play integration of Universal Robots e-Series arms. Its software and hardware are fully prepared to mount the arm OEM DC e-series and thus turn the robotic arm into an autonomous mobile manipulator. This allows unlimited expansion of the cobot workspace and an excellent way to improve the productivity of any factory. It is extremely useful for industrial applications such as pick and place, part feeding, metrology, quality control, operations on large parts or packaging, cleaning, polishing, screwing, drilling, etc.In addition, RB-KAIROS+ has been designed to be a collaborative mobile manipulator able to work in industrial environments. Thanks to its safety laser scanners (optional), the robot can safely share the workspace with the operators. RB-KAIROS+ has a robust steel design and can carry up to 250 Kg. The mobile platform has omnidirectional kinematics based on 4 high-power drive wheels. RB-KAIROS+ is a UR+ certified.