Equipment for robotics - Import export

Protected seams, if needed. ASP’s robot protection covers are washable and repairable. M1 fire rating. High tear resistance. High resistance to spark projections. Custom-made covers tailored to the robot’s equipment. Ventilation options available, based on the robot’s size. Protection designed for robot movements. Possibility to incorporate reinforcements in highly exposed areas.

Our protective covers for foundry/forging/spot welding robots are manufactured with reinforced seams and can be quickly and easily repaired in the event of wear or damage. Ideal protection against moisture, dirt, and lubricants. Thermal protection for the robot: high resistance to extremely high temperatures in forges during the production process (200°C to 600°C, depending on the exposure time). The covers are custom-made according to the equipment fitted on the robot and its trajectories. The fabrics used are fire-rated M1. Resistant to aluminum-brass-magnesium. Oil-repellent. Water-repellent.

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

Overview for triflex® advantages Other information triflex® RSP Continuously adjustable retraction force triflex® RSP triflex® RSE Infinitely adjustable retraction force for small robots triflex® RSE Triflex® R-Set Universal module for all motions on the robot Triflex® R-Set Fiber rod modules Intelligent problem solution through directed pretension. Fiber rod modules Universal assembly kit Offers the potential to mount the fiber rod module in the desired position on the robotic arm. Universal assembly kit Strain reliefs for large cross sections Secure mounting also in the use of cables with large cross section. Strain reliefs Gliding feed-through Available with and without swivel bearing Gliding feed-through Protectors Well protected in extreme applications. Protectors Heat shield Protection against weld and metal spills up to 600°C Heat shield CF Robot special cables Special cables for long service life in robotic applications. CF Robot special cables iF-Design Award for "TRC"- and "TRL"-Design Cleanroom environments on request Series TRC electrically conductive ESD/TEX versions possible UL94-V2classification Overview for triflex® advantages Other information Application examples Interesting applications from a variety of industrial sectors Triflex® R Configure interior separation Define cables, select chain and configure interior separation. Now also for all Triflex® R series! Internal separation configurator Triflex® R QuickRobot Equipment support for various types of robots. Simplified ordering of complete systems. QuickRobot TRC.30 Inner height Bi 1: 12 mm Inner height Bi 2: 10 mm Bending radius R: 50 mm Pitch: 11.3 mm e-chain® TRC.40 Inner height Bi 1: 15 mm Inner height Bi 2: 13 mm Bending radius R: 58 mm Pitch: 13,9 mm e-chain® Installation instructions Instructions for the joining and separating of the triflex® R - TRC. Assembly Instructions TRC.60 Inner height Bi 1: 22,5 mm Inner height Bi 2: 19,5 mm Bending radius R: 87 mm Pitch: 20,4 mm e-chain® TRC.70 Inner height Bi 1: 28 mm Inner height Bi 2: 24 mm Bending radius R: 110 mm Pitch: 25,6 mm e-chain® TRC.85 Inner height Bi 1: 33 mm Inner height Bi 2: 28 mm Bending radius R: 135 mm Pitch: 30,6 mm e-chain® TRC.100 Inner height Bi 1: 37.5 mm Inner height Bi 2: 32.5 mm Bending radius R: 145 mm Pitch: 34.5 mm e-chain® TRC.125 Inner height Bi 1: 43,3 mm Inner height Bi 2: 43,3 mm Bending radius R: 182 mm Pitch: 44,6 mm e-chain® Standard mounting bracket for TRC / TRE / TRL. Also possible with strain reliefs and as intermediate connection. Standard mounting brackets Light mounting bracket Standard for the TRL version. Also compatible with TRC / TRE; possible with strain reliefs and as intermediate connection. Light mounting bracket TRCF.85 Inner height Bi 1: 30 mm Bending radius R: 135 mm Pitch: 30.6 mm e-chain® TRCF.100 Inner height Bi 1: 37,5 mm Bending radius R: 145 mm Pitch: 34,5 mm e-chain® Standard mounting bracket for TRC / TRE / TRL. Also possible with strain reliefs and as intermediate connection. Standard mounting brackets Light mounting bracket Standard for the TRL version. Also compatible with TRC / TRE; possible with strain reliefs and as intermediate connection. Light mounting bracket TRE.30 Inner height Bi 1: 12 mm Inner height Bi 2: 10 mm Bending radius R: 50 mm Pitch: 11,3 mm e-chain® TRE.40 Inner height Bi 1: 15 mm Inner height Bi 2: 13 mm Bending radius R: 58 mm Pitch: 13,9 mm e-chain® Installation instructions Instructions for the joining, separating and filling of the triflex® R - TRE. Assembly Instructions TRE.60 Inner height Bi 1: 22,5 mm Inner height Bi 2: 19,5 mm Bending radius R: 87 mm Pitch: 20,4 mm e-chain® TRE.70 Inner height Bi 1: 28 mm Inner height Bi 2: 24 mm Bending radius R: 110 mm Pitch: 25,6 mm e-chain®. TRE.85 Inner height Bi 1: 33 mm Inner height Bi 2: 28 mm Bending radius R: 135 mm Pitch: 30,6 mm e-chain® TRE.100 Inner height Bi 1: 37,5 mm Inner height Bi 2: 32,5 mm Bending radius R: 145 mm Pitch: 34,5 mm e-chain® TRE.125 Inner height Bi 1: 43,3 mm Inner height Bi 2: 43,3 mm Bending radius R: 182 mm Pitch: 44,6 mm e-chain® Standard mounting brackets for TRC / TRE / TRL. Also possible with strain reliefs and as intermediate connection. Standard mounting brackets Light mounting bracket Standard for the TRL version. Also compatible with TRC / TRE; possible with strain reliefs and as intermediate connection. Light mounting bracket TRE.40.B Inner height Bi 1: 15 mm Inner height Bi 2: 13 mm Bending radius R: 58 mm Pitch: 13.9 mm e-chain® TRE.60.B Inner height Bi 1: 22,5 mm Inner height Bi 2: 19,5 mm Bending radius R: 87 mm Pitch: 20,4 mm e-chain® Assembly instruction Instructions for the joining, separating and filling of the Triflex® R - TRE-B version. Assembly instruction TRE.70.B Inner height Bi 1: 28 mm Inner height Bi 2: 24 mm Bending radius R: 110 mm Pitch: 25,6 mm e-chain® TRE.85.B Inner height Bi 1: 33 mm Inner height Bi 2: 28 mm Bending radius R: 135 mm Pitch: 30,6 mm e-chain® TRE.100.B Inner height Bi 1: 37,5 mm Inner height Bi 2: 32,5 mm Bending radius R: 145 mm Pitch: 34,5 mm e-chain® Standard mounting brackets for TRC / TRE / TRL. Also possible with strain reliefs and as intermediate connection. Standard mounting brackets Light mounting bracket Standard for the TRL version. Also compatible with TRC / TRE; possible with strain reliefs and as intermediate connection. Light mounting bracket Assembly tool triflex® R B-version Assembly tool for disassembly of triflex® R B-version Assembly tool triflex® R B-version TRL.30 Inner height Bi 1: 12 mm Inner height Bi 2: 10 mm bending radii R: 50 mm Pitch: 11,3 mm e-chain® TRL.40 Inner height Bi 1: 15 mm Bending radius R: 58 mm Pitch: 13.9 mm e-chain® Installation instructions Instructions for the joining, separating and filling of the Triflex® R - TRL. Assembly Instructions TRL.60 Inner height Bi 1: 23 mm. Bending radius R: 87 mm. Pitch: 20.4 mm e-chain® TRL.70 Inner height Bi 1: 28 mm Bending radius R: 110 mm Pitch: 25.6 mm e-chain® TRL.100 Inner height Bi 1: 38 mm Bending radius R: 145 mm Pitch: 34.5 mm e-chain® Standard mounting brackets for TRC / TRE / TRL. Also possible with strain reliefs and as intermediate connection. Standard mounting brackets Light mounting bracket Standard for the TRL version. Also compatible with TRC / TRE; possible with strain reliefs and as intermediate connection. Light mounting bracket TRLF. 65 Inner height Bi 1: 24.4 mm Bending radius R: 100 mm Pitch: 23.1 mm e-chain® TRLF. 85 Inner height Bi 1: 32.8 mm Bending radius R: 135 mm Pitch: 31 mm e-chain® Assembly instruction Instructions for the joining, separating and filling of the Triflex® R - TRLF. Assembly instruction TRLF. 100 Inner height Bi 1: 38 mm Bending radius R: 145 mm Pitch: 34,5 mm e-chain® Standard mounting brackets for TRC / TRE / TRL. Also possible with strain reliefs and as intermediate connection. Standard mounting brackets Light mounting bracket Standard for the TRL version. Also compatible with TRC / TRE; possible with strain reliefs and as intermediate connection. Light mounting bracket triflex® RSP Continuously adjustable retraction force triflex® RSP triflex® RSE Infinitely adjustable retraction force for small robots triflex® RSE Triflex® R-Set Universal module for all motions on the robot Triflex® R-Set Fiber rod modules Intelligent problem solution through directed pretension. Fiber rod modules Universal assembly kit Offers the potential to mount the fiber rod module in the desired position on the robotic arm. Universal assembly kit Strain reliefs for large cross sections Secure mounting also in the use of cables with large cross section. Strain reliefs Gliding feed-through Available with and without swivel bearing Gliding feed-through Protectors Well protected in extreme applications. Protectors Heat shield Protection against weld and metal spills up to 600°C Heat shield CF Robot special cables Special cables for long service life in robotic applications. CF Robot special cables This system is especially suited for: First choice for multi-axis industrial robots Three versions are available: TRC: closed design; TRE: "Easy" design, very easy to fill in from outside; and TRL: the "Light" version, likewise with "easy" design Universally applicable in general mechanical engineering Secure energy supply system Multi-axis (3D movements) High torsional stability Can be shortened and lengthened as required due to the individual elements Large filling space Doesn't get stuck in the interfering edges Small bending radius Simple cable routing for three-dimensional applications with ball-and-socket system for absorption of high tensile strength Cables easy to install and replace (TRE/TRL version) Fiber rod module for partial reinforcement and to give direction TRL - One-piece element, extremely light High tensile strength without additional elements like steel cables, spring elements, etc. Typical industrial sectors and applications First choice for industrial robots Machine tools Handling equipment 6-axis Material handling system General mechanical engineering iF-Design Award for "TRC"- and "TRL"-Design Cleanroom environments on request Series TRC electrically conductive ESD/TEX versions possible UL94-V2classification

With a fixed storage tray, the ProFeeder Light palletizing robot from EasyRobotics is ideally suited for automated processes of small series. A cost-effective application that sets new standards in precision machining when combined with a robot from Universal Robots. Equipped with special software and the help of UR+ Caps, set-up times as well as machining times can be greatly reduced. In addition, employees can concentrate more on more important activities and increase productivity.

The pick-and-place robot ProFeeder from EasyRobotics consists of a basic module and two carriages, which guarantee a big range of workpiece pick-up options. A cost-effective application that sets new standards in precision machining when combined with a robot from Universal Robots. Equipped with special software and the help of UR+ Caps, set-up times as well as processing times can be greatly reduced. In addition, employees can concentrate more on more important activities and increase productivity.

The handling robot ProFeeder Table from EasyRobotics is a perfect assistant for processes in the field of grinding, polishing and deburring. A cost-effective application that sets new standards in precision machining when combined with a robot from Universal Robots. Equipped with special software and the help of UR+ Caps, set-up times as well as processing times can be greatly reduced. In addition, employees can concentrate more on more important activities and increase productivity.

At AIS EURELO, we understand that expert robot installation is integral to enabling automation and maintaining the high levels of productivity and efficiency that give you a competitive edge. Our robot installation service provides a turnkey approach that includes logistics, offloading, lifting the robotic equipment into position, robot installation and robot commissioning. And, of course, as you’d expect from AIS EURELO, we can do all of that anywhere in Europe and across borders.

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

These can optionally be equipped with lifting frames or robots. Automatic powder coating booths Automatic powder coating booths can be used for a very wide range of applications today. Depending upon the planned application, they can be equipped with lifting frames or also robots. The component geometry can be precisely determined via upstream light curtains in order to apply the powder to the desired places and to avoid excessive use of powder. Rippert is naturally also well-versed in explosion protection.

The "hand spraying robot" with EJ86 spray head was developed to provide a uniform and reproducible spray pattern in the forging process. It is based on a KUKA robot of the 20 kg class with a specially developed, simplified user interface! With this operating concept, available exclusively from Jerko, time-consuming and expensive robot training at the manufacturer is a thing of the past. Equipped with all necessary interfaces, the robot can be "safely" integrated into new or existing forging lines. Each robot has "Safe Operation" to spray safely even on manually operated presses.

Painting in cleanrooms according to the DIN EN ISO 14644 standard Cleanroom technology Many processes for the application of technically functional coatings for increased resistance to scratching (hardcoat), UV stability, lotus effects, anti-fog or other thin-film applications place high demands on the implementation and function of the coating plant and its components. Thanks to a modular design, optimum plants are conceived in close cooperation with customers and users that minimise faulty coatings caused by particle inclusions and the resulting product scrap or rework expenditure. The plants are designed strictly in accordance with the DIN EN ISO 14644 the standard. In designing the filter stages we orientate ourselves to a particle size with a diameter of 0.5 µm. Built-in components such as conveying equipment, robotics, application technology etc. are adapted by careful selection of the appropriate task. A further criterion in the conception of the plants is fast and efficient cleaning and maintenance, in order to obtain long plant operation times with a constantly good yield. Traditional applications are the coating of diffusers or cover glasses for car headlights or polycarbonate glazing.

Mobile, compact and multifunctional. Whether as manual spraying equipment or on a fully automatic robot spraying system, the compact supply tank with its 45 litre stainless steel tank is suitable for all tasks. Equipped as standard with a pneumatic lifting device, handling is particularly easy. By using proven components, the sprayer is perfectly suited for continuous operation. The device is suitable for spraying lubricants or coatings with a high solid content. To change the tank or clean it, the complete tank cover with all attachments is lifted pneumatically.

The MOT7 incremental encoder is distinguished by the minimal dimensions. It is especially suitable for use in miniaturized devices. Typical applications are medical robots, medical equipment and special robots. Ø7 mm housing Up to 400 ppr 2 channels and index Size: 7,2x 8 mm (housing, DxL) 1,5x 3mm (shaft, DxL) Mass: 5g Open collector output Supply voltage 5 V Ball bearings

Despite the small size of 13x22mm (DxL) the MOT13 incremental encoder allows high resolution up to 16000 pulses per revolution. It is especially suitable for use with low space requirement. Typical applications are medical robots, medical equipment and special robots. Ø13 mm housing 100…16000 ppr 2 channels and index TTL, open collector or line driver output Supply voltage 5 V Ball bearings Also, with hollow shaft Size: 13x20mm (Housing D x L) 1,5 x 10 mm (Shaft D x L) Mass: 10g

Kawasaki's BA Series and RA Series arc welding robots use the latest arc welding technology to compete with the quality of a trained human welder. The robots are equipped as standard with special arc welding software that allows quick and easy programming of the process path. An adaptive welding function is available to change the position of the robot, the shape of the weld seam and the speed during welding in the case of variable weld connections. Their built-in intelligence, flexibility and high accuracy make Kawasaki's arc welding robots ideal for a wide range of arc welding applications.

The new CX series all-purpose large robots are equipped with a light and large arm with a hollow structure and a new universal control unit. They are large all purpose robots for a variety of applications for assembly, spot friction welding, machine loading, material handling, material removal, sealing/metering, spot welding, material handling, etc.

The new CX series all-purpose large robots are equipped with a light and large arm with a hollow structure and a new universal control unit. They are large all purpose robots for a variety of applications for assembly, spot friction welding, machine loading, material handling, material removal, sealing/metering, spot welding, material handling, etc.

The new CX series all-purpose large robots are equipped with a light and large arm with a hollow structure and a new universal control unit. They are large all purpose robots for a variety of applications for assembly, spot friction welding, machine loading, material handling, material removal, sealing/metering, spot welding, material handling, etc.