Machining robot - Import export

Other information IF -Design Award for Triflex®-Design Torsional movements possible Other information Installation instructions Joining, separating and filling of the Triflex®. Assembly Instructions Application examples Applications in various industrial sectors and in the igus® test laboratory. Triflex® 332.16 Inner height hi: 16 mm Inner width Bi: 16 mm Bending radii R: 38 - 100 mm Pitch: 13.3 mm E-Chain®. 332.32 Inner height hi: 32 mm Inner width Bi: 32 mm Bending radii R: 75 - 250 mm Pitch: 25 mm E-Chain®. 332.50 Inner height hi: 50 mm Inner width Bi: 50 mm Bending radii R: 100 - 250 mm Pitch: 30 mm E-Chain®. 332.75 Inner height hi: 75 mm Inner width Bi: 75 mm Bending radii R: 140 - 300 mm Pitch: 36 mm E-Chain®. 352.50 Inner height hi: 50 mm Inner width Bi: 50 mm Bending radii R: 10 - 250 mm Pitch: 30 mm E-Chain®, snap-open 333.16 Inner height hi: 16 mm Inner width Bi: 16 mm Bending radii R: 38 - 100 mm Pitch: 13.3 mm E-Chain®. 333.32 Inner height hi: 32 mm Inner width Bi: 32 mm Bending radii R: 75 - 250 mm Pitch: 25 mm E-Chain®. 333.50 Inner height hi: 50 mm Inner width Bi: 50 mm Bending radii R: 100 - 250 mm Pitch: 30 mm E-Chain®. 333.75 Inner height hi: 75 mm Inner width Bi: 75 mm Bending radii R: 140 - 300 mm Pitch: 36 mm E-Chain®. 353.50 Inner height hi: 50 mm Inner width Bi: 50 mm Bending radii R: 10 - 250 mm Pitch: 30 mm E-Chain®, snap-open This modular, rugged joint system is suitable for: Three-axis movements for machines of any type For dirt-filled environments High tensile strength Where rectangular shapes are requested Completely closed - reliable protection against dirt and chips Combination of different bending radii and axes Connection and separation possible at any chain Flanged mounting brackets or brackets, galvanized steel Snap-open Series 352 and 353 Combination of Series 353/333 possible Typical industrial sectors and applications Machine tools Robotics Material handling system Plastics industry Construction machinery Vehicle manufacturing Medical equipment IF -Design Award for Triflex®-Design Torsional movements possible

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

high performance coating of sophisticated parts

The mobile robot ER Work from EasyRobotics is a compact robot station which can be used for handling work or CNC assembly. The ER Work is most often used in combination with the ProFeeder Compact. Here the ProFeeder Compact serves as a kind of parts store. In this case the ER Work loads and unloads the machine. Of course, the ER Work can also do its work alone in front of a CNC machine.

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.

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 ProFeeder Compact from EasyRobotics is a robust robotic cell with compact dimensions that can be easily moved in your production. The ProFeeder Compact is placed separately in front of the machine to be operated. Then an ER Work or an ER Pedestal is positioned in front of the machine. The robot is located on the ER Work / ER Pedestal. The robot now takes workpieces from the ProFeeder Compact and loads and unloads the machine. It then loads the workpieces back into the ProFeeder Compact. This results in advantages for you, such as more space in your production, quick adaptability for different workpieces and a mobile robot cell. Thanks to the simple design of the drawers of the ProFeeder Compact, workpieces of various sizes and lengths can be processed without major changeover work.

We also create the programs ourselves to “breathe life” into machines and robots. After commissioning, we can run extensive performance tests. Industrial robots are the optimal solution for complex movements or systems with highest flexibility. We integrate and program the appropriate robot such as the Kuka robot and other brands.

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.

Practical examples of repairs with WEICON products, e.g. Renewal of a machine tool bed Repair of the fan housing of a ventilator Fixing of a logo on a sign Repair of a drive shaft Coating of a pump housing Manufacture of axle collars Installation of an abrasion protection made of ceramics in pipe connections Repair of conveyor belts in a quartz sand works Bonding of wheel tyre and gear wheel in a gravel plant Repair of agitators Repair of the end cover of a seawater filter on a yacht Relining of a machine/robot stand base Bonding of polyethylene strips to aluminium rails Internal thread bonding of a jackhammer Bonding of stoneware sewage shafts with plastic channels Repair of a pump bucket wheel Repair of the foundations of a conveyor system in a copper mine Bonding of the radiator of an electric racing car Repair of a polyethylene tank in agriculture Repair and reconstruction of pumps Repair of ships / keels

We also create the programs ourselves to “breathe life” into machines and robots. After commissioning, we can run extensive performance tests. We strive for clearly structured program sequences. User interfaces should be as self-explanatory as possible and intuitive to operate. It is also important to have a well thought-out concept for user authorizations and parameter management.

The incremental digital displays are used in combination with our high-precision displacement sensors 8738. The digital technology of these measuring systems satisfies high demands for precision and long service life, as is required more and more nowadays — in measuring laboratories — in production — in testing laboratories — in workshops and many other areas. Typical uses: —Automatic assembly machines —Semiconductor industry —Keyboard tests —Robot controllers —Testing of shafts and planes —Measurement of differential displacement With its phenomenal resolution of 0.1 µm and the high response frequency of 20 MHz, the 9140 is a powerful display unit with a compact design. The comparator function integrated as standard allows for direct evaluation of measurements almost in real-time; these can be processed further by a higher-level controller. A rather more comprehensive acquisition method is also integrated into the system.

Remote maintenance and troubleshooting over long distances are only possible with a secure remote connection over the Internet. The central component of the Kuhnke remote service system is the IXplatform of our system partner IXON in Overloon, The Netherlands. The IXplatform is a powerful Industrial Internet of Things platform (Industrial IoT) and connects the control in the machine secure with one of the world-wide distributed data servers. The application on the data servers is web-based and can be accessed with any browser from your PC, smartphone or tablet. The VPN connection provides a secure remote connection for monitoring, programming or troubleshooting on the machine control. The IXrouter is a combined Industrial VPN Router and IoT-Edge Gateway and connects your machine controller, HMI, robots and all other industrial devices in your machine.

The optoNCDT 1220 is the entry-level model for precise measurements in industrial automation. This compact laser triangulation sensor measures displacement, distance and position with high precision. Based on an excellent price/performance ratio, this sensor is ideally suited to measurement tasks involving a large number of pieces. Therefore, the sensor can be used in all fields of automation technology, e.g., in machine building, 3D printers or robotics.

Automation has never been so easy! The space miracle from HERMLE enables flexible workpiece handling on only 2 m² - process-safe around the clock. Here, the 6-axis robot unfolds its full automation potential in interaction with the storage unit and machine. Not only the robot has complete freedom of movement, but also the operator. Despite the extremely compact design, nothing is too close, too bulky or too cramped.

This deflectable pneumatic spindle is capable of compensating part and positioning tolerances when machining. This means that it is possible to trace a part contour with constant pressure and achieve uniform removal, even under fluctuating conditions. An optimum application for this system is, for example, the automated deburring of castings or machined components using an industrial robot. Adaptor flange (Order no. 003 012 557) to simplify the mounting of the system is available directly from us. The deflection force is individually infinitely adjustable using air pressure (2-6 bar), even during processing. This enables the removal rate to be perfectly adapted to the thickness of the burr. After deflection the pressurized air piston always returns the tool to the zero position against a positive stop. Hysteresis zero.

GERWAH's Servo-Insert Couplings from the production series 'GWE 5103.1' impress with their compact design. The compensating elements are slotted once and mounted by means of a clamping hub. GWE 5103.1 couplings are electrically insulating, installation-friendly and absolutely fail-safe. Backlash-free Servo-Insert Couplings are used in mechanical engineering, where shock absorption is requested and pluggable coupling solutions are applied. Special Features Backlash-free Pluggable Vibration damping Torques from 0,5 - 650 Nm Compensation of radial, axial and angular misalignment Electrically isolating Common Applications Encoder Precision drives Feed drives Grinding and milling spindles Machine tools Packing machines Robotics Transfer lines Multi-spindle heads Wood processing equipment Textile machinery Conveying equipment Linear motion Measuring equipment and control technology Test rigs Series GWE 5103.1 Miniature servo-insert Coupling with clamping hubs and single...

The GWE 5106 combined the advantage of the GWE 5104 Servo-Insert Coupling with an easy installation. The clamping hubs in split hub design can be mounted lateral at the aligned shaft extensions. Backlash-free Servo-Insert Couplings are used in mechanical engineering, where shock absorption is requested and pluggable coupling solutions are applied. Special Features Backlash-free Pluggable Vibration damping Torques from 0,5 - 650 Nm Compensation of radial, axial and angular misalignment Electrically isolating Common Applications Encoder Precision drives Feed drives Grinding and milling spindles Machine tools Packing machines Robotics Transfer lines Multi-spindle heads Wood processing equipment Textile machinery Conveying equipment Linear motion Measuring equipment and control technology Test rigs Series GWE 5106 Servo-insert coupling with clamping hubs in split hub design Characteristics Hubs made of aluminum, from size 55 made of steel Standard elastomeric spider with 98° A...

The GWE 5107 is a compact designed backlash-free Servo-Insert Coupling with an expanding clamp and a clamping hub. Due to the expanding clamp the GWE 5107 can used for examples in hollow shafts. Backlash-free Servo-Insert Couplings are used in mechanical engineering, where shock absorption is requested and pluggable coupling solutions are applied. Special Features Backlash-free Pluggable Vibration damping Torques from 0,5 - 650 Nm Compensation of radial, axial and angular misalignment Electrically isolating Common Applications Encoder Precision drives Feed drives Grinding and milling spindles Machine tools Packing machines Robotics Transfer lines Multi-spindle heads Wood processing equipment Textile machinery Conveying equipment Linear motion Measuring equipment and control technology Test rigs Series GWE 5107 Servo-insert couplings with clamping hubs and expanding clamps Characteristics Hubs made of aluminum Expanding mandrel and inner cone made of steel Elastomeric spider...

GWE 5102 miniature is a compact miniature coupling constituting the perfect solution for confined spaces or areas which are difficult to access. The element is connected to the shaft by means of radial set screws instead of a clamping hub. The coupling is available with elastomeric spiders of different degrees of shore hardness. But regardless of the chosen features: GWE 5102 miniature is always electrically insulating and vibration-damping. Backlash-free Servo-Insert Couplings are used in mechanical engineering, where shock absorption is requested and pluggable coupling solutions are applied. Special Features Backlash-free Pluggable Vibration damping Torques from 0,5 - 650 Nm Compensation of radial, axial and angular misalignment Electrically isolating Common Applications Encoder Precision drives Feed drives Grinding and milling spindles Machine tools Packing machines Robotics Transfer lines Multi-spindle heads Wood processing equipment Textile machinery Conveying...

The "Metzner RPA 10-SL" is a powerful and flexible press automation system for handling indexable inserts and small ceramic parts for medium to large batch sizes. It has an integrated magazine system for up to ten sintering inserts. Empty sintering inserts are automatically removed from the magazine, loaded and then returned as required. In this way, the powder press automation works independently over a longer period of time without loading and unloading processes leading to a press stop. With its integrated 4-axis SCARA robot, the machine achieves very high system speeds of up to 30 stroke/min. The "RPA 10-SL" is operated conveniently via the integrated control or via the mobile operator terminal. At the push of a button, loaded sintering plates are removed and new ones received. Defined operating data are transferred to the press control via an interface.

To keep pace with a cost-optimised yet flexible manufacturing process, companies are on the lookout for innovative joining technologies. With its servo motor-driven clinching systems, ECKOLD offers a solution with a proven record in large-series production. Avail of the versatile ECKOLD tool range and the compact design of its machines, which allows you to reach points that were heretofore inaccessible – and make use of our efficient quality assurance and process monitoring systems. This offer includes: Servo motor-driven clinching system • Clinching frame, horiz. throat of 300 mm • Control cabinet incl. software ECKOLD VISU • Micro spray system without mounting and connecting lines • Robot-guided stroke release by customer • Tool holders (clinching type R-DF 8) Tools are not included in the scope of delivery. They must be chosen separately, based on the actual task. Contact us for a customised offer – also for special clinching types as shear clinching or CONFIX joining!

ECKOLD extrusion embossing allows for direct screwing in sheet metal and does away with press-fitted or welded nuts. The embossed structure formed in the process increases the number of turns for the screw and thus enhances its grip. In addition, extrusion embossing allows for higher torques than would be possible with simple screwing of multiple sheets. The technique is suitable for use in virtually all industries where sheet metal is machined and joined - stationary, robot-controlled or as a punch press system. This offer includes: Servo motor-driven extrusion embossing system • Embossing punching frame, horiz. throat 150 mm stationary or robot-guided • Servo motor-driven Press force approx. 58 kN Working stroke approx. 100 mm • Tool holder • Control cabinet incl. software ECKOLD VISU Embossing inserts are not included in the scope of delivery. Scrap suction/micro spray system on request. Contact us for a customised offer!

With repetition accuracy of up to ± 0.07 mm, the new high accuracy robot can succeed in even the most demanding of tasks. The deviation from circular diameters of ≤ 10 mm is max. 0.09 mm - half as much as with commercial robots. • Position Accuracy: Highest precision regardless of robot position. • Precision machining: The best choice for laser welding and cutting, TIG, and other tasks requiring high accuracy. The best choice for laser welding and cutting, TIG, and other tasks requiring high accuracy. The main technical specifications at a glance: Number of axes: 6 Working Range (P-Point): R 1664 mm Max. payload capacity: 20 kg Positional repeatability: +/- 0,08mm Drive System: AC Servo Motor Drive Power: 7900 W Weight: 355 kg

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.

The HiFocus 280i neo is one of the most flexible and most powerful high-precision plasma cutting units. It covers a cutting range from 0.5 mm to 70 mm. The latest inverter technology allows the highest marking quality and functionality on the market. The HiFocus 280i neo is ideally suited for steel service centers, steel producers and distributors.It can be combined with 2D or 3D cnc-controlled guiding systems like gas cutting machines, robots and pipe cutting machines. With HiFocus neo the user benefits compared to the competitors from higher speed when cutting and marking electrically conductive materials, ensuring at the same time excellent quality and low process costs. Thanks to optimised technology, the consumables are protected and the plasma cutting process is more efficient. The HiFocus 280i neo is available as standard with the Contour Cut Technology for cutting fine inner and outer contours and small holes in mild steel.

The HiFocus 360i neo is one of the most flexible and most powerful high-precision plasma cutting units. Its wide cutting range from 0.5 mm to 80 mm means a considerably higher flexibility. The latest inverter technology allows the highest marking quality and functionionality on the market. The HiFocus 360i neo is ideally suited for steel service centers, steel producers and distributors because it can be combined with 2D or 3D CNC-controlled guiding systems like gas cutting machines, robots and pipe cutting machines. With HiFocus neo the user benefits compared to the competitors from higher speed when cutting and marking electrically conductive materials, ensuring at the same time excellent quality and low process costs. Thanks to optimised technology, the consumables are protected and the plasma cutting process is more efficient.