Robotized installations - Import export

Other information iF-Design Award for easy triflex® Design UL94-V2 classification Torsional movements possible Other information Installation instructions Join, separate and fill the easy triflex®. Assembly Instructions Application examples Applications in various industrial sectors and in the igus® test laboratory. Triflex® E332.25 Inner height hi: 25 mm Inner width Bi: 25 mm Bending radii R: 48 - 200 mm Pitch: 14.5 mm e-chain® E332.32 Inner height hi: 32 mm Inner width Bi: 32 mm Bending radii R: 75 - 250 mm Pitch: 25 mm e-chain® E332.50 Inner height hi: 50 mm Inner width Bi: 50 mm Bending radii R: 100 - 250 mm Pitch: 30 mm e-chain®. E332.75 Inner height hi: 75 mm Inner width Bi: 75 mm Bending radii R: 140 - 300 mm Pitch: 36 mm e-chain® E333.25 Inner height hi: 25 mm Inner width Bi: 25 mm Bending radii R: 48 - 200 mm Pitch: 14.5 mm e-chain® E333.32 Inner height hi: 32 mm Inner width Bi: 32 mm Bending radii R: 75 - 250 mm Pitch: 25 mm e-chain® E333.50 Inner height hi: 50 mm Inner width Bi: 50 mm Bending radii R: 100 - 250 mm Pitch: 30 mm e-chain®. E333.75 Inner height hi: 75 mm Inner width Bi: 75 mm Bending radii R: 140 - 300 mm Pitch: 36 mm e-chain® This modular joint system is especially suited for: Three-axis movements of machines For simple robotic applications Quick installation of cables with "easy" system Simple filling from both sides Where rectangular shapes are required Combination of different bending radii and moving directions Shortening or lengthening possible at "any point" KMA mounting brackets with integrated strain relief Typical industrial sectors and applications Machine tools Robotics Handling equipment Material handling system Plastics industry Construction machinery Vehicle manufacturing General mechanical engineering Medical Equipment Office furniture iF-Design Award for easy triflex® Design UL94-V2 classification Torsional movements possible

The PRINCIPAL-P, a high-performance portal palletizer, combines the high speed of the PRINCIPAL-H with a gripper adapted to the respective application, e.g. combined grippers for palletizing bags and boxes. The great advantage of the PRINCIPAL-P is that it does not push bags, but lays them down and can therefore palletize them overlapping. Furthermore, the bags are pressed from all four sides to obtain a well-structured layer pattern. Boxes are also lifted, laid and afterwards the layer is formed. When arranging the bags or boxes, it is ensured that the bags or boxes are brought into the required position, e.g. barcodes can be read from the outside. In addition, a robot can be installed for possible depalletizing work. Further options enable the PRINCIPAL-P to be optimally adapted to customer requirements.

• Small required space • Integration in injection molding machines, especially for in-mold-decoration • Easy installation on robots, linear axle and brackets • Separate 24V control of compressed air and CO2 • Liquid CO2 supply with CO2 cylinder bundles including dip tube or CO2 tanks • Short response time due to additional CO2 valve on the nozzle • Automated cleaning of injection molds, metal and plastic parts

Operational availability of the robot installation for production is increased by using an off-line system for generating robot programs. While saving time, programs may be prepared more conveniently in an office environment and simulation test runs (accessibility, computation of cycle time) may be performed. Collisions of the robot with the workpiece or fixtures may be detected at an early stage. Offline programming - Online working Simple robot programming is available through the self developed PC-based off-line programming system, using the original software of the robot control system and the teach pendant K6. Offline programming involves work piece oriented programming in 3D mode using a PC and simulation software. The workpiece is first imported into the programming system as 3D-CAD geometry, then the movements of the robot are determined. For path generation and definition of the processing parameters, a number of automatic functions as well as data bases stored in the...

The RB-ROBOUT mobile robot is the solution for transporting heavy loads up to 1 tonne in weight, in indoor industrial environments such as factories or warehouses. Its ergonomic, low height and compact mouse-like design makes the RB-ROBOUT the ideal mobile robot for transporting both material trolleys and loads directly on the platform. It has a robust steel design and the dolly has omnidirectional kinematics based on 4 high power drive wheels. Thanks to the safety lasers, the RB-ROBOUT is an autonomous and collaborative robot able to share the working space with the operators in an intelligent way by detecting obstacles, searching for alternative routes and optimising trajectories. The robot is capable of operating with different types of localization: SLAM (map-based navigation) or philoguided (for very high precision requirements), and is able to use different modes in the same installation. All Robotnik robots are modular and their architecture is based on ROS.

Since 1994, the 100% Venjakob affiliated company Nutro, USA has designed and installed turnkey robotic paint lines with robots from the most well- recognized and trusted robot suppliers such as ABB, Fanuc, Kuka, Motoman, and Staubli. Robotic paint lines provide the ultimate in precision and repeatability in painting performance. Due to the reduction in downtimes, training and personnel costs, a robotic paint system is ideally suited for paint application lines where uniform coating of complex 3-dimensional parts is needed. In addition to the solid construction, these robotic paint lines offer the safety needed for robots with the latest PLC and PC interfaces. This makes programming and operating simple and error-free for paint line personnel. Robot painters by Nutro are used for the following parts: Venjakob can provide your company with a complete new line or integrate a robot painter into an existing finishing line.