Beams - Import export

Versatile multi-axis system designed for feeding machine stations. The Y axis can be realized with a rack and pinion driving system for multiple independent carriages or with a short belt system for connected Z axes. The motion systems can be designed with recirculating ball guides or with bearings depending on loads, dynamics, and different environments. LOAD CAPACITY ACCORDING TO DYNAMICS Reported data must be verified according to the application. Please get in touch with our technical department for more information.

Versatile transfer system for metal sheet handling, designed as the main element in a series of presses which eventually combine with load/unload systems. The system features high positioning precision with heavy duty cycles and high dynamics, and is also available for very extended lengths. It manages cantilever loads to keep one side of the series free for operations. The system is driven by a belt with Ω transmission. The Z axes can be placed at different distances, according to the loads. LOAD CAPACITY ACCORDING TO DYNAMICS Reported data must be verified according to the application. Please get in touch with our technical department for more information.

Multiple X/Y/Z Cartesian systems with belt, rack and pinion, screw, and hybrid handling. Utilizing the modularity offered by the full range of our linear actuators (Actuator Line), highly customizable Cartesian systems are available to meet the specific needs of our customers. LOAD CAPACITY ACCORDING TO DYNAMICS Reported data must be verified according to the application. Please get in touch with our technical department for more information.

The coated wooden beams do not absorb oil or water and, due to their officially proven antislip properties, are perfectly suited as a load securing aid. The wooden beams become considerably more robust thanks to the secuGrip coating, and our customers praise the drastically improved service life, even in tough transport applications. Directly sprayed surfaces can be produced seamlessly and without joints; these surfaces permanently seal the substrate against water and air. The secuGrip coating can also be sprayed directly onto hooks and other constructions.

INGENERIC beamPROP The INGENERIC beamPROP is a lens array which matches the beam parameter product (BPP) of the fast and slow axis of high power diode laser arrays. The beamPROP is a key component for the fiber coupling of diode bars dense wavelength beam combining. Both applications make high demands on the components, which are met by INGENERIC’s outstanding manufacturing technology, guaranteeing highest levels of efficiency for diode lasers. Achieve the highest beam quality through the four major features behind the beamPROP: complete utilization of the aperture by minimized transition zones minimum aberrations achieved by highest level of precision and uniformity of single lenslets an exact rotation of the emitter is achieved through the defined center thickness accuracy minimum pointing errors due to an exact position of front and back surfaces

The INGENERIC beamPROP is a lens array which matches the beam parameter product (BPP) of the fast and slow axis of high power diode laser arrays. The beamPROP is a key component for the 1. fiber coupling of diode bars 2. dense wavelength beam combining. Both applications make high demands on the components, which are met by INGENERIC’s outstanding manufacturing technology, guaranteeing highest levels of efficiency for diode lasers. Achieve the highest beam quality through the four major features behind the beamPROP: - complete utilization of the aperture by minimized transition zones - minimum aberrations achieved by highest level of precision and uniformity of single lenslets - an exact rotation of the emitter is achieved through the defined center thickness accuracy - minimum pointing errors due to an exact position of front and back surfaces

Thanks to its special base plate, this stainless steel roof safety hook can be flexibly adjusted to fit the angle of your roof surface. The cranked shaft is designed to bridge the battens. It is installed by screwing the 2 stainless steel screws supplied through the counter lathing and into the beam below. Roof safety hook in accordance with EN 517:2006, type B Anchorage point + ladder hook Designed for load-bearing wooden structures Base plate allows flexible installation Simply screw it onto a wooden beam (also suitable for over-rafter insulation) Min. beam dimensions: 60 mm x 120 mm

This anchorage point (Ø 16 mm) and its base plate (100 x 100 mm) are manufactured completely from stainless steel. The device is simply screwed permanently onto a wooden beam. It is available in different lengths and comes with the 4 stainless steel screws required for installation. EN 795:2012, A + CEN/TS 16415:2013 Designed for load-bearing wooden structures Min. beam dimensions: 100 mm x 120 mm Incl. installation set Add a supporting tube for usage as an end or corner post in a lifeline system

If you are looking for an unobtrusive anchorage point to secure up to 3 individuals, simply attach this stainless steel anchor loop (Ø 5 mm) to a wooden beam. Once installed on a pitched roof, this anchorage device is virtually invisible. All you need for quick-and-easy installation are the 2 stainless steel screws provided. EN 795:2012, A + CEN/TS 16415:2017 Virtually invisible anchorage loop Designed for load-bearing wooden structures The loop is simply screwed onto a wooden rafter (also suitable for over-rafter insulation) Minimum rafter dimensions: 60 mm x 120 mm

This stainless steel roof safety hook - specially designed for tiled roofs - is equipped with a cranked shaft for bridging the roof lathing. Is it simply installed by screwing the 2 stainless steel screws supplied through the counter lathing and into the woodem beam. We also supply an optional installation set for flexible attachment to a specially-prepared wooden panel (instead of a beam). This roof hook can be implemented as a natural conducting component in a lightning protection system (100 kA) in accordance with EN 62305-3 Roof safety hook in accordance with EN 517:2006, type B Anchorage point + ladder hook Designed for load-bearing wooden structures Simply screw it onto a wooden beam (also suitable for over-rafter insulation) Min. beam dimensions: 60 mm x 120 mm Installation materials included

This stainless steel roof safety hook with its flat shaft is simply installed on a continuous wooden beam. The 2 stainless steel screws supplied are screwed into the beam through the counter lathing/panelling. Special screws are also available for installing the device on top of over-rafter insulation. This roof hook can be implemented as a natural conducting component in a lightning protection system (100 kA) in accordance with EN 62305-3 Roof safety hook in accordance with EN 517:2006, type B Anchorage point + ladder hook Designed for load-bearing wooden structures Simply screw it onto a wooden beam (also suitable for over-rafter insulation) Min. beam dimensions: 60 mm x 120 mm Installation materials included

Once attached to a beam using the 2 long screws provided - with the 14 smaller ones screwed straight into the wooden panelling - this stainless steel anchorage point (Ø 16 mm) and its base plate (200 x 200 mm) reliably protect roof workers & Co. from falling. This device was awarded national technical approval by the German Institute for Construction Technology (DIBt). National technical approval ("abZ"): Z-14.9-688 (pls. observe the installation instructions provided in the "abZ") EN 795:2012, A + CEN/TS 16415:2017 abZ: Wood min. 24mm EN 795: Wood min. 24mm Incl. installation set Add a supporting tube for usage as an end or corner post in a lifeline system

Simply clamp this stainless steel anchorage point (Ø 16 mm) onto a beam (max. 150 mm) using its base and counter plates. Do the dimensions of your beam differ? Upon request, we can also supply anchors with national technical approval in custom sizes. National technical approval ("abZ"): Z-14.9-688 (pls. observe the installation instructions provided in the "abZ") EN 795:2012, A + CEN/TS 16415:2013 Clamped onto a wooden beam using a base and counter plate (max. girder width: 150 mm) Add a supporting tube for usage as an end or corner post in a lifeline system Incl. stainless steel installation set Available for other beam sizes upon request

This stainless steel anchorage point (Ø 16 mm) is clamped onto a concrete beam measuring max. 150 mm using the base and counter plates provided. We can also supply this DIBt-approved (German Institute for Construction Technology) anchor in special sizes upon request. National technical approval ("abZ"): Z-14.9-688 (pls. observe the installation instructions provided in the "abZ") EN 795:2012, A + CEN/TS 16415:2013 Clamped onto a concrete beam using a base and counter plate Available for other beam sizes upon request Upgrade with a supporting tube for usage as an end or corner post in a lifeline system Incl. stainless steel installation set

Simply install this stainless steel anchorage point - which includes a welded-on supporting tube (Ø 42 mm) - on a pitched roof surface. The flexible crossbar, which is screwed onto a wooden beam, allows you to adjust it according to the roof pitch. It is installed using the 4 stainless steel screws supplied and then sealed up using a standard antenna tile. EN 795:2012, A + CEN/TS 16415:2013 Designed for load-bearing wooden structures Minimum beam dimensions: 60 mm x 120 mm Adjustable angle and crossbar position Installation materials included

This stainless steel anchorage point is equipped with a wavy aluminium base plate which fits snugly to the waves of a fibre cement roof (wave distance 177 mm). The anchor device is simply screwed onto a wooden beam using the screws provided. EN 795:2012, A + CEN/TS 16415:2013 Special wave design, e.g. for Eternit and similar roof systems Developed for load-bearing wooden structures Simply screw it onto one single wooden beam Min. beam dimensions: 100 x 120 mm

Special design of through-beam sensor. Transmitter and receiver are located in the fork or angular limbs and are perfectly aligned to each other.