Robot handling - Import export

Other information Series 210 Inner height hi: 21 mm Inner widths Bi: 30 - 120 mm bending radii R: 38 - 200 mm Pitch: 30.5 mm The E4.21 series is identical to 210 series and replaces it. E4.21 - E-Chain® with crossbars at every link Series 220 Inner height hi: 28 mm Inner widths Bi: 40 - 300 mm bending radii R: 55 - 250 mm Pitch: 46 mm E-Chain® with crossbars at every link Series 280 Inner height hi: 32 mm Inner widths Bi: 50 - 400 mm bending radii R: 63 - 300 mm Pitch: 56 mm E-Chain® with crossbars at every link Series 380 Inner height hi: 42 mm Inner widths Bi: 50 - 400 mm bending radii R: 75 - 350 mm Pitch: 67 mm E-Chain® with crossbars at every link Series 400 Inner height hi: 56 mm Inner widths Bi: 50 - 600 mm bending radii R: 135 - 500 mm Pitch: 91 mm E-Chain® with crossbars at every link Series 600 Inner height hi: 108 mm Inner widths Bi: 200 - 600 mm bending radii R: 200 - 1000 mm Pitch: 143 mm E-Chain® with crossbars at every link Series 640 Inner height hi: 112 mm Inner widths Bi: 87 - 562 mm bending radii R: 200 - 1000 mm Pitch: 143 mm E-Chain® with crossbars at every link Series 290 Inner height hi: 32 mm Inner widths Bi: 50 - 400 mm bending radii R: 63 - 300 mm Pitch: 56 mm E-Chain® with crossbars at every other link Series 390 Inner height hi: 42 mm Inner widths Bi: 50 - 400 mm bending radii R: 75 - 350 mm Pitch: 67 mm E-Chain® with crossbars at every other link Series 410 Inner height hi: 56 mm Inner widths Bi: 50 - 600 mm bending radii R: 135 - 500 mm Pitch: 91 mm E-Chain® with crossbars at every other link Series 601 Inner height hi: 108 mm Inner widths Bi: 200 - 600 mm bending radii R: 200 - 1000 mm Pitch: 143 mm E-Chain® with crossbars at every other link Series R760 Inner height hi: 28 mm Inner widths Bi: 50 - 300 mm bending radii R: 63 - 250 mm Pitch: 46 mm E-Tube, swivel lid Series R770 Inner height hi: 32 mm Inner widths Bi: 50 - 300 mm bending radii R: 125 - 300 mm Pitch: 56 mm E-Tube, swivel lid Series R780 Inner height hi: 42 mm Inner widths Bi: 50 - 300 mm bending radii R: 125 - 350 mm Pitch: 67 mm E-Tube, swivel lid Series R880 Inner height hi: 56 mm Inner widths Bi: 75 - 462 mm bending radii R: 150 - 500 mm Pitch: 91 mm E-Tube, swivel lid Series R608 Inner height hi: 108 mm Inner widths Bi: 200 - 500 mm bending radii R: 250 - 1000 mm Pitch: 143 mm E-Tube, swivel lid Assembly tool for E4-series For the practical opening and closing of the E4 series. Big savings in assembly time Assembly tool for E4-series IPA certificate: Clean room ISO class 3 (DIN 14644-1) at v = 1 m/s for Series 280.10.100.0 tested ESD classification: Electrically conductive ESD/Atex versions on request Other information Series 210 Inner height hi: 21 mm Inner widths Bi: 30 - 120 mm bending radii R: 38 - 200 mm Pitch: 30.5 mm The E4.21 series is identical to 210 series and replaces it. E4.21 - E-Chain® with crossbars at every link Series 220 Inner height hi: 28 mm Inner widths Bi: 40 - 300 mm bending radii R: 55 - 250 mm Pitch: 46 mm E-Chain® with crossbars at every link Series 280 Inner height hi: 32 mm Inner widths Bi: 50 - 400 mm bending radii R: 63 - 300 mm Pitch: 56 mm E-Chain® with crossbars at every link Series 380 Inner height hi: 42 mm Inner widths Bi: 50 - 400 mm bending radii R: 75 - 350 mm Pitch: 67 mm E-Chain® with crossbars at every link Series 400 Inner height hi: 56 mm Inner widths Bi: 50 - 600 mm bending radii R: 135 - 500 mm Pitch: 91 mm E-Chain® with crossbars at every link Series 600 Inner height hi: 108 mm Inner widths Bi: 200 - 600 mm bending radii R: 200 - 1000 mm Pitch: 143 mm E-Chain® with crossbars at every link Series 640 Inner height hi: 112 mm Inner widths Bi: 87 - 562 mm bending radii R: 200 - 1000 mm Pitch: 143 mm E-Chain® with crossbars at every link Series 290 Inner height hi: 32 mm Inner widths Bi: 50 - 400 mm bending radii R: 63 - 300 mm Pitch: 56 mm E-Chain® with crossbars at every other link Series 390 Inner height hi: 42 mm Inner widths Bi: 50 - 400 mm bending radii R: 75 - 350 mm Pitch: 67 mm E-Chain® with crossbars at every other link Series 410 Inner height hi: 56 mm Inner widths Bi: 50 - 600 mm bending radii R: 135 - 500 mm Pitch: 91 mm E-Chain® with crossbars at every other link Series 601 Inner height hi: 108 mm Inner widths Bi: 200 - 600 mm bending radii R: 200 - 1000 mm Pitch: 143 mm E-Chain® with crossbars at every other link Series R760 Inner height hi: 28 mm Inner widths Bi: 50 - 300 mm bending radii R: 63 - 250 mm Pitch: 46 mm E-Tube, swivel lid Series R770 Inner height hi: 32 mm Inner widths Bi: 50 - 300 mm bending radii R: 125 - 300 mm Pitch: 56 mm E-Tube, swivel lid Series R780 Inner height hi: 42 mm Inner widths Bi: 50 - 300 mm bending radii R: 125 - 350 mm Pitch: 67 mm E-Tube, swivel lid Series R880 Inner height hi: 56 mm Inner widths Bi: 75 - 462 mm bending radii R: 150 - 500 mm Pitch: 91 mm E-Tube, swivel lid Series R608 Inner height hi: 108 mm Inner widths Bi: 200 - 500 mm bending radii R: 250 - 1000 mm Pitch: 143 mm E-Tube, swivel lid Assembly tool for E4-series For the practical opening and closing of the E4 series. Big savings in assembly time Assembly tool for E4-series E-Chain® selection aids You can find the right E-Chain® quickly by entering concrete parameters and with the aid of a comparison table. Selection aids Installation instructions Joining, separating and opening of the E-Chain® and E-Tubes. Assembly Instructions Application examples Applications in various industrial sectors and in the igus® test laboratory. System E4/00 E4/00-E-Chain® with 4-piece structure The low-noise E4 chain Further noise reduction with sound dampers (E4/101 series) Wide application range Numerous interior separation options Large accessory kits Widths up to 2000 mm through extension links Snap-open along both sides Max. travel distance: Over 200 m Typical industrial sectors and applications Robotics and handling systems Materials-Handling Technology Refrigeration engineering Construction machinery Machine tools Wood working Any type of machines Semiconductor Clean room applications cold storage houses Welding machines Maritime applications General mechanical engineering etc. IPA certificate: Clean room ISO class 3 (DIN 14644-1) at v = 1 m/s for Series 280.10.100.0 tested ESD classification: Electrically conductive ESD/Atex versions on request

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

Overview of E4.1 benefits Additional information Series E4.21 Inner height hi: 21 mm Inner widths Bi: 30 - 120 mm bending radii R: 38 - 200 mm Pitch: 30.5 mm E-Chain® with crossbars at every link Series E4.28 Inner height hi: 28 mm Inner widths Bi: 40 - 300 mm bending radii R: 55 - 250 mm Pitch: 46 mm E-Chain® with crossbars at every link Series E4.32 Inner height hi: 32 mm Inner widths Bi: 50 - 400 mm bending radii R: 63 - 300 mm Pitch: 56 mm E-Chain® with crossbars at every link Series E4.42 Inner height hi: 42 mm Inner widths Bi: 50 - 400 mm bending radii R: 75 - 350 mm Pitch: 67 mm E-Chain® with crossbars at every link Series E4.56 Inner height hi: 56 mm Inner widths Bi: 50 - 600 mm bending radii R: 135 - 500 mm Pitch: 91 mm E-Chain® with crossbars at every link Series E4.80 Inner height hi: 80 mm Inner widths Bi: 50 - 600 mm bending radii R: 150 - 1000 mm Pitch: 111 mm E-Chain® with crossbars at every link Series 1640 Inner height hi: 112 mm Inner widths Bi: 50 - 600 mm bending radii R: 200 - 600 mm Pitch: 143 mm E-Chain® with crossbars at every link E4.112 series Inner height hi: 112 mm Inner widths Bi: 50 - 600 mm bending radii R: 200 - 1000 mm Pitch: 143 mm E-Chain® with crossbars at every link E4.162 series Inner height hi: 162 mm Inner widths Bi: 200 - 600 mm bending radii R: 250 - 1000 mm Pitch: 200 mm E-Chain® with crossbars at every link Series 800 Inner height hi: 200 mm Inner widths Bi: 200 - 600 mm bending radii R: 325 - 1000 mm Pitch: 250 mm E-Chain® with crossbars at every link Series 840 Inner height hi: 204 mm Inner widths Bi: 100 - 563 mm bending radii R: 325 - 1000 mm Pitch: 250 mm E-Chain® with crossbars at every link Series E4.350 Inner height hi: 350 mm Inner widths Bi: 400 - 800 mm bending radii R: 500 - 1000 mm Pitch: 470 mm E-Chain® with crossbars at every link Series H4.32 Inner height hi: 32 mm Inner widths Bi: 50 - 400 mm bending radii R: 63 - 300 mm Pitch: 56 mm E-Chain® with crossbars at every other link Series H4.42 Inner height hi: 42 mm Inner widths Bi: 50 - 400 mm bending radii R: 75 - 350 mm Pitch: 67 mm E-Chain® with crossbars at every other link Series H4.56 Inner height hi: 56 mm Inner widths Bi: 50 - 600 mm bending radii R: 135 - 500 mm Pitch: 91 mm E-Chain® with crossbars at every other link Series H4.80 Inner height hi: 80 mm Inner widths Bi: 50 - 600 mm bending radii R: 150 - 1000 mm Pitch: 111 mm E-Chain® with crossbars at every other link Series H4.112 Inner height hi: 112 mm Inner widths Bi: 50 - 600 mm bending radii R: 200 - 1000 mm Pitch: 143 mm E-Chain® with crossbars at every other link Series R4.28 Inner height hi: 28 mm Inner widths Bi: 50 - 300 mm bending radii R: 63 - 250 mm Pitch: 46 mm E-Tube, swivel lid Series R4.32 Inner height hi: 32 mm Inner widths Bi: 50 - 300 mm bending radii R: 125 - 300 mm Pitch: 56 mm E-Tube, swivel lid Series R4.42 Inner height hi: 42 mm Inner widths Bi: 50 - 300 mm bending radii R: 125 - 350 mm Pitch: 67 mm E-Tube, swivel lid Series R4.56 Inner height hi: 56 mm Inner widths Bi: 75 - 462 mm bending radii R: 150 - 500 mm Pitch: 91 mm E-Tube, swivel lid Series R4.80 Inner height hi: 80 mm Inner widths Bi: 150 - 460 mm bending radii R: 200 - 1000 mm Pitch: 111 mm E-Tube, swivel lid Series R1608 Inner height hi: 112 mm Inner widths Bi: 200 - 400 mm bending radii R: 250 - 600 mm Pitch: 143 mm E-Tube, swivel lid R4.112 series Inner height hi: 112 mm Inner widths Bi: 200 - 400 mm bending radii R: 250 - 1000 mm Pitch: 143 mm E-Tube, swivel lid Assembly tool for E4-series For the practical opening and closing of the E4 series. Big savings in assembly time Assembly tool for E4-series IPA classification -Report IG 1303-640, tested E4.32.10.063.0 41 dB(A) determined at the igus® laboratory, v = 1.8 m/s unsupported ESD classification: Electrically conductive ESD/Atex versions on request System E4.1 proven in long travels e-tubes available as special design with HT material for 850°C hot chips Overview of E4.1 benefits Additional information Series E4.21 Inner height hi: 21 mm Inner widths Bi: 30 - 120 mm bending radii R: 38 - 200 mm Pitch: 30.5 mm E-Chain® with crossbars at every link Series E4.28 Inner height hi: 28 mm Inner widths Bi: 40 - 300 mm bending radii R: 55 - 250 mm Pitch: 46 mm E-Chain® with crossbars at every link Series E4.32 Inner height hi: 32 mm Inner widths Bi: 50 - 400 mm bending radii R: 63 - 300 mm Pitch: 56 mm E-Chain® with crossbars at every link Series E4.42 Inner height hi: 42 mm Inner widths Bi: 50 - 400 mm bending radii R: 75 - 350 mm Pitch: 67 mm E-Chain® with crossbars at every link Series E4.56 Inner height hi: 56 mm Inner widths Bi: 50 - 600 mm bending radii R: 135 - 500 mm Pitch: 91 mm E-Chain® with crossbars at every link Series E4.80 Inner height hi: 80 mm Inner widths Bi: 50 - 600 mm bending radii R: 150 - 1000 mm Pitch: 111 mm E-Chain® with crossbars at every link Series 1640 Inner height hi: 112 mm Inner widths Bi: 50 - 600 mm bending radii R: 200 - 600 mm Pitch: 143 mm E-Chain® with crossbars at every link E4.112 series Inner height hi: 112 mm Inner widths Bi: 50 - 600 mm bending radii R: 200 - 1000 mm Pitch: 143 mm E-Chain® with crossbars at every link E4.162 series Inner height hi: 162 mm Inner widths Bi: 200 - 600 mm bending radii R: 250 - 1000 mm Pitch: 200 mm E-Chain® with crossbars at every link Series 800 Inner height hi: 200 mm Inner widths Bi: 200 - 600 mm bending radii R: 325 - 1000 mm Pitch: 250 mm E-Chain® with crossbars at every link Series 840 Inner height hi: 204 mm Inner widths Bi: 100 - 563 mm bending radii R: 325 - 1000 mm Pitch: 250 mm E-Chain® with crossbars at every link Series E4.350 Inner height hi: 350 mm Inner widths Bi: 400 - 800 mm bending radii R: 500 - 1000 mm Pitch: 470 mm E-Chain® with crossbars at every link Series H4.32 Inner height hi: 32 mm Inner widths Bi: 50 - 400 mm bending radii R: 63 - 300 mm Pitch: 56 mm E-Chain® with crossbars at every other link Series H4.42 Inner height hi: 42 mm Inner widths Bi: 50 - 400 mm bending radii R: 75 - 350 mm Pitch: 67 mm E-Chain® with crossbars at every other link Series H4.56 Inner height hi: 56 mm Inner widths Bi: 50 - 600 mm bending radii R: 135 - 500 mm Pitch: 91 mm E-Chain® with crossbars at every other link Series H4.80 Inner height hi: 80 mm Inner widths Bi: 50 - 600 mm bending radii R: 150 - 1000 mm Pitch: 111 mm E-Chain® with crossbars at every other link Series H4.112 Inner height hi: 112 mm Inner widths Bi: 50 - 600 mm bending radii R: 200 - 1000 mm Pitch: 143 mm E-Chain® with crossbars at every other link Series R4.28 Inner height hi: 28 mm Inner widths Bi: 50 - 300 mm bending radii R: 63 - 250 mm Pitch: 46 mm E-Tube, swivel lid Series R4.32 Inner height hi: 32 mm Inner widths Bi: 50 - 300 mm bending radii R: 125 - 300 mm Pitch: 56 mm E-Tube, swivel lid Series R4.42 Inner height hi: 42 mm Inner widths Bi: 50 - 300 mm bending radii R: 125 - 350 mm Pitch: 67 mm E-Tube, swivel lid Series R4.56 Inner height hi: 56 mm Inner widths Bi: 75 - 462 mm bending radii R: 150 - 500 mm Pitch: 91 mm E-Tube, swivel lid Series R4.80 Inner height hi: 80 mm Inner widths Bi: 150 - 460 mm bending radii R: 200 - 1000 mm Pitch: 111 mm E-Tube, swivel lid Series R1608 Inner height hi: 112 mm Inner widths Bi: 200 - 400 mm bending radii R: 250 - 600 mm Pitch: 143 mm E-Tube, swivel lid R4.112 series Inner height hi: 112 mm Inner widths Bi: 200 - 400 mm bending radii R: 250 - 1000 mm Pitch: 143 mm E-Tube, swivel lid Assembly tool for E4-series For the practical opening and closing of the E4 series. Big savings in assembly time Assembly tool for E4-series IPA Classification Report IG 1303-640, tested series E4.32.10.063.0 E-Chain® selection aids You can find the right E-Chain® quickly by entering concrete parameters and with the aid of a comparison table. Selection aids Assembly instruction video Assembly video with accurate description for joining, splitting and opening e-chains® and e-tubes. Installation instructions Application examples Applications in various industrial sectors and in the igus® test laboratory. E 4.1 E4.1-E-Chain® with 4-piece structure Smooth, cable friendly inner surfaces Low noise operation through integrated "brake" on the radial stop dogs Sound dampers as an additional noise-reducing option Wide application range Numerous interior separation options Large accessory kits Widths up to 2000 mm through extension links To open on both sides Max. travel distance: Over 200 m Typical industrial sectors and applications: Krane Indoor Cranes Composting systems Sewage treatment plants Machine tools General mechanical engineering Materials-Handling Technology Refrigeration engineering Construction machinery Wood working Robotics and handling systems IPA classification -Report IG 1303-640, tested E4.32.10.063.0 41 dB(A) determined at the igus® laboratory, v = 1.8 m/s unsupported ESD classification: Electrically conductive ESD/Atex versions on request System E4.1 proven in long travels e-tubes available as special design with HT material for 850°C hot chips

Hugo Beck can claim a decade-long development tradition when it comes to automation. We offer support with our expertise throughout the entire automation process, from project planning and manufacture right through to integration into complex packaging lines. Handling systems such as portals, grouping solutions, stacking and counting devices, cross pusher to name but a few, are integrated reliably into the packaging solutions by our technicians. Furthermore, various robots systems are used across many industries for the automated feeding of products, helping to for example grip, position, stack, group, stage products. From a parallel robot (also known as a spider robot) all the way through to a SCARA robot – anything is flexibly possible and delivered fully integrated according to each customer‘s needs. Both robots and handling systems can all be purchased independently of Hugo Beck packaging machines.

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.

Fully automatic assembly system for complete assembly of joints Automatic change-over between part types is handled by robotic solutions.

With flexCoder technology, the MSAC200 can be flexibly adapted to the customer's design and provides precise absolute values with high installation tolerances at the same time. It is basically possible to adapt the encoder and the magnetic ring for precise fitting, for example in motors. An additional feature is the high reading distance ≤0.6 mm and axial tolerance of ±0.2 mm to facilitate the design of the overall system and enable use in dynamic applications. Customer-specific design. Integration into small installation space possible. Absolute resolution up to 21 bit. Repeatability 0.01°. Reading distance ≤0.6 mm. Interface BiSS C, SSI. Optional analog real-time signal output Sin/Cos 1 Vss. Industrial and medical applications e.g., motor feedback, handling automation and robotics.

The right system for every need There is a great variety of handling systems available, dependent on the length of the workpiece. For short tubes there are systems gripping from below with insertion axis and for long tubes there are systems handling from above. Both options can be used in our combination systems. They guarantee ideal access for the operator, so they can complete the setup and any maintenance operations in the best possible way. Transfer stations, turning modules for processing the tube in both directions within an installation and multiple grippers are available for optimized processes. Handling robots from many different manufacturers can also be integrated. The robots are used to move tubes/workpieces. A preassembly of different workpieces is also feasible in this case. The various components can be sorted using sensors and robots.

Maximum bending freedom. The robotic bending technology combines the greatest versatility in manufacturing steps and simple handling. The robotic head is equipped with a clockwise and counterclockwise bending head, so that bending can happen in both direction once clamped. The eight synchronized and fully electric axes give maximum versatility when processing tubes. The bending process on tubes, including the processing at the ends and addon component can be done without any problems. The addon components can be positioned automatically, if needed. A radii/plane changer with up to 6 tools per bending system is integrated to give maximum flexibility..

Maximum consistency in airflow, filter purity, and aerosol containment POREX® Automation Certified Pipette Tip Filters are customized and optimized to meet the fit, air flow, and volume placement of your specific robotic and automated liquid-handling instruments, sample processors and dispensing systems. To streamline laboratory operations and production, these automation and robotic pipette tip filters are backed by the Certified Pure Porex™ Program and: Maximize air flow –Delivers optimal dispensing and pipetting performance across a wide range of liquid volumes. Prevent cross-contamination–Eliminates aerosol bypass and sample carryover. Increase sample throughput–Provides tighter tolerance control for increasing laboratory workflow and reducing instrument downtime.

The RSA Series is designed to identify suspension springs with the appropriate load class based on an individual payload measurement result. The system receives the measurement results from the upstream system. The system is available as a single or double cycle version (depending on the required throughput). Simple linear axes, single- or twin-robot systems are used as handling systems. Since the labels are normally wider than the distance between the threads, the label is preformed (Ushape) before application to reach the labelling position before it is placed around the wire and finally fixed as a flag label. The data is inspected by a vision system and compared with the original measurement information at the outfeed of the system (verification). The labels are printed in the system with various data such as customer information, barcodes and line information. The data for this is made available via the main control of the production line.

Embossing punching is an important technique in the automated production of car parts, guided by robots. A laser system with a sensor harness measures the car body and its machining plane so that the embossing depth can be determined with maximum accuracy. The car body part is then embossed accordingly and all necessary holes are punched. Embossing punching is used for the fixture of headlights, bonnets, sliding roofs, boot lids and locks as well as wings. Our embossing punching machines are suitable for single-layer steel and aluminium sheet metal. This offer includes: • Embossing punching frame (assembly elements or components can be perfectly aligned to a mating part of different dimensions) • Handling: robot-guided via defined interfaces (mechanical, electrical, pneumatic) • Servo motor-driven Tool inserts and measurement are not included in the scope of delivery. They must be chosen separately, based on the actual task. Contact us for a customised offer!

The "Metzner RPA 60-LT" is a powerful robot press automation with an outstanding storage system for the highest demands in the handling of pressed parts made of hard metal and metal powder. With a storage capacity of up to 60 sintering plates, the it offers outstanding possibilities for the production of sintered parts of all types. All sintering plates are fed to the machine via four transport trolleys with 15 plates each. The intelligent handling system of the "RPA 60-LT" ensures uninterrupted loading of the pressed parts. While the first sintering plate is filled by a linear robot with multifunctional gripper, the handling system provides a second empty plate. As soon as the first plate is filled, the loading of the second one starts. Meanwhile, the handling system returns the loaded sintering plate to the transport carriage. The automation thus works according to the Kanban principle, which ensures that the press can be operated continuously even during the workpiece carrier change

We work with you to develop the best possible solution for your project based on standard systems or modular functional modules. We have developed solutions for welding, punching, riveting, drilling, wrapping, flanging, handling and many other processes. Your task is most important for us and our technicians will try find together with you a solution meeting the requirements in quality, cycle time and cost. Examples of special systems: • final processing machines for plastic fuel tanks • rotary table machines for vibration welding, infrared welding, ultrasonic welding and hot plate welding • edge-welding machines for textile back injection molded parts • ultrasonic or mechanical punching machines • infrared welding machines in modular design for welding of several parts in one go • fully automated operating cells e. g. with feeding technology and robot handling

SIM feeding and sorting systems ensure the reliability of our assembly, testing and inspection systems. We develop, design, manufacture and adapt these systems based on customer specifications and the existing assembly system. A combination of various feeding, handling, camera and sensor systems, robots can be used in additional to individual systems. The systems are used in virtually all industrial branches, including medical engineering, pharmaceuticals, food and cosmetics, the automotive industry and electrical engineering. Feeding systems are an important part of automation technology, as are the isolation and provision of individual components. In addition to simple feeding systems, complex testing, measuring and assembly processes can be added without any problems. Different feeding systems can also be combined thanks to the use of robots and handling systems. In this way, we create a seamless transition from simple part feeding through to compact feeding and testing cells.

The FD-H5 (H) is a compact, high-speed handling robot for small loads. A larger free space in the area of ​​the joint creates a large arm space. Like all robots in the FD series, the H5 model also has collision protection through improved fault detection / elimination. In addition, the integrated hose package guarantees optimal protection against getting caught during the robot operation. The most important technical data: Number of axes: 6 Working range (P-Point): R 866 mm Max. payload capacity: 5 kg Positional repeatability: +/- 0.05 mm Drive System: AC Servo Motor Drive Power: 1440 W

The new arc welding / handling robot FD-B6 with integrated cable routing and further developed design is designed for all welding tasks and payloads up to 6 kg. Even the connections and cables required for the SynchroFeed welding process are pre-installed. Due to its outstanding arm length, it is particularly suitable for large work areas • Higher clock speeds for highest industrial speeds • Slim design: Integrated wrist motors prevent malfunctions from devices and workpieces. • User-friendly: Integrated supply lines prevent faults behind the robot arm. • Suitable for up to 6 kg payload capacities. Ideal for corresponding handling applications. Number of axes: 6 Max. payload capacity : 6 kg Working Range (P point): R 1445 mm Positional repeatability: +/- 0.08 mm Drive system: AC servo motor Drive power: 3132 W Weight: 278 kg

The new arc welding robot FD-V8L with a refi ned design can handle all welding tasks and payloads of up to 8 kg. Due to its outstanding arm length, it is particularly suitable for large working areas. Faster cycle time: Designed for highest industrial speeds. Slim Design: Thanks to the slimmer lower arm design, less rotary motion is needed to reach the working position, thus preventing collisions with jigs and workpieces. User-friendly operation: Even the cables required for SynchroFeed are integrated into the lower arm, which prevents interference behind the robot arm. Stronger structure: Maximum payload now up to 8 kg. The use of different torches and sensors is possible. The main technical specifications at a glance: Number of Axes: 6 Max. payload capacity: 8kg Working Range (P-Point): R2006 mm Positional repeatability: +/- 0,08 mm Drive System: AC Servo Motor Drive Power: 5000 W Weight 273 kg

With its increased payload, this mid-range handling robot is suitable for a wider range of applications. This new solution for your handling tasks has been completely improved in terms of performance. Faster cycle times: Designed for highest industrial speeds. Rugged construction: The robot is built in splash-proof and dustproof design according to protection class IP64. User-friendly operation: The integrated signal cables and air hoses are designed for different connections. Stronger structure: The maximum payload of this new robot has been increased by 25 % to a total of 25 kg. Ideal for a wide range of handling tasks. The main technical specifications at a glance: Number of Axes: 6 Working Ranger (P-Point): R1710 mm Max. payload capacity: 25 kg Positional repeatability: +/- 0,07 mm Drive System: AC Servo Motor Drive Power: 5600 W Weight: 278 kg

Venjakob/Nutro offers a wide spectrum of material handling systems, from simple, manual systems to fully automatic "non-contact" operation. Venjakob/Nutro is able to provide customer-specific constructions for automatic feeding and delivery as well as integrate transport devices or material handling robots in the spraying plant. The VEN BRUSH system equipment Solutions possible with the VEN MOVE series cover several functions such as rotating, turning, transferring, stacking, feeding, accumulation, separation or allocation.

The RT U60 Pro shuttering system for the production of girder slabs and double walls is tailor-made pursuant to all customer requirements, such as robot handling, chamfering options, bearing fixtures and much more. With built-in magnetic automatic components based on our "Made in Germany” Pro Magnet series, the RT U60 Pro is extremely reliable and durable.

The M Series Kawasaki Robots are noted for their tremendous power with a torque that makes its extremely powerful. These robots handle a payload of 350 to 700kg and arm length of 2540 to about 3018mm. These machines are cost effective, easy to maintain and repair because they are built with interchangeable modular components. They offer a higher degree of reliability too with their many potential upgrades, greater stability and robustness of machines ensured even in maximum loads. There is no need to do extra wiring to connect the grippers. There are fastening points through which the user can connect lines or hoses. The robot arm in M-Series robot is integrated with signal lines and air hoses. The robots embrace space saving design.

Kawasaki offers the Z-series that provides large-scale robots built with low-maintenance yet compact designs. These mechanical offering contributes in the progress of performance in applications related to robotics and other automated machining industries. These robots can handle a 300 kg payload capacity, and a 2501 mm (horizontal) and 3155 mm (vertical) distance. They operate at a linear speed of up to 2500 mm/sec, with a ±0.3 mm repeatability.

The Z Series heavy-duty robots have been developed using Kawasaki's advanced technology and extensive experience in automation. The rugged and low-maintenance designs are directly critical to the improved efficiency of manufacturing equipment in automotive and general industrial applications as handling robots.

The R-Series Robots from KAWASAKI ROBOTS can handle a maximum workload of 30 kilograms and speeds up to 13,400 mm/s. The 2.1-meter horizontal and 3.697-meter vertical reaches of the R-series makes it usable for assembling, inspecting, dispensing, welding, material handling and removing, machine tending, and other applications within a wide range of various industries. With these, the R-series from KAWASAKI sets the bar for small to medium duty industrial robots.

With a free inner diameter of 45 mm, an outer diameter of 100 mm, a design height of 25 mm and a weight of just 250 g, the LR45 is very compact. The three-dimensional cable outlet on the back enables highly flexible electrical integration of the light. Rear mounting threads and versatile accessories allow uncomplicated mechanical connection to various cameras and sensors. This makes the LR45 the ideal choice for use in confined spaces as well as in motion handling and robot vision systems – even under demanding industrial conditions thanks to IP64 protection. Despite its compact exterior, high-performance integrated controller technology for either continuous, switched or flash operation mode is hidden inside the LR45. In addition, the light has high-speed trigger inputs and the option of brightness control. The irradiance characteristics of the light can be adjusted to the application with the aid of ancillary lenses.