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The tunnel type machine “GAMMA” is a continuous shot-blasting unit with a motorised rolls conveyor, employed for surface treatment of plates, profiles, pipes and steel structures.
The number and location of the turbines are optimised to ensure the full coverage of the materials transported by the conveyor.
By the frequency inverter for the rolls conveyor driving unit, the operator can choose the best compromise between the production speed and the final result, depending on materials condition before shot-blasting.
A blowing and brushing device ensure the shots removal from the surface of the blasted parts.
The machine type “GAMMA” can be installed “in-line” with a painting facility. For plates only it is also available the model with the conveyor in vertical position (type “VERT”).
The shot-blasting unit is supplied complete with a self-cleaning dry cartridges dust collector.
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Indicated for the grit-blasting to passage of outlines and sheets to you without length limits. Pieces come deal to you on 360° in a single passage.
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Conscious that all the machines are not used in 3x8, Wheelabrator Group designed a shot-blasting machine specifically adapted to the intermittent uses out of metal frame.
The conveyer shot-blasting machine with rollers RB 1500 SmartLine is equipped with 4 turbines high-output Roto-jet judiciously laid out, which allow a cover to perfect sections posed with the horizontal heart. Once granulated, the sections pass in a hopper of brushing-blowing controlled in height, which make it possible to evacuate all the shot of the sections. Those leave the machine clean and vacuum-cleaned.
When designing its machine, Wheelabrator Group stressed the robustness, reliability, and the maintainability of its machines.
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The P3 series has a eminant reputation among DREISTERN customers. The five models in the P3 series offer outstanding cost-effectiveness. Thanks to the numerous equipment variations, the right solution can be found for each requirement. According to the tooling changeover frequency, a suitable quick changeover system is put into action.
Equipped with computer driven pre- and post-punching units, these rollforming machines can manufacture finished profiles. Contoured tubes are also possible by means of additional HF welding equipment.
It is no wonder that hardly any profile producer today wishes to do without this multi-talented machine.
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The P3 series has a eminant reputation among DREISTERN customers. The five models in the P3 series offer outstanding cost-effectiveness. Thanks to the numerous equipment variations, the right solution can be found for each requirement. According to the tooling changeover frequency, a suitable quick changeover system is put into action.
Equipped with computer driven pre- and post-punching units, these rollforming machines can manufacture finished profiles. Contoured tubes are also possible by means of additional HF welding equipment.
It is no wonder that hardly any profile producer today wishes to do without this multi-talented machine.
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Frequent profile changeovers while maintaining the same high profile quality?
This is no problem for a P60/90. Thanks to a compact quick-change stand system, a tooling change can be carried out quickly. A precisely adjusted tooling stand is available for each particular profile. The advantage: No adjustments need to be carried out after tooling change. This type of machine is particularly popular with foam-filled roller shutter manufacturers, who appreciate the same high quality offered by this machine - even for difficult profile forms.
Additional foam-filling, punching or welding are easily integrated in the P60/90. Manufacturers have availed of these characteristics for many different and unforeseeable applications.
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- Combined rollforming and punching lines, ideal to produce complex
profiles requiring various processes.
- Possibility to rollform and process up to 2 mm thickness.
- Each system is studied and designed in accordance with specific
Cutomer's requirements.
- Possibility to integrate the lines with ancillary systems for packing and
welding.
- Maximum safety and user friendliness make Monobloc rollformers
suitable to be used by unskilled personnel too.
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- The ideal system for the integrated production of the internal
(or external) linear ceiling panels and the relevant carrier profiles.
- The combination of rollforming with notching and punching
operations made with the in-line press group allows to make all the
required operations on the profiles.
- Possibility to add further tooling to make perforated or curved
ceiling panels.
- Maximum flexibility and easy to use.
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CFL: Automatic Drilling and Tapping machine for bars and contours
The machine is equipped with a special application that allows the feeding of pieces, also of remarkable length, in order to execute automatic drills and
tapps online.
The X and Z axes are synchronized for automatic cycles in this way the C.F.L. is the fastest solution for the workings in series of tubes,contours, or bars of various nature. Particularity of the machine is the great fl exibility, in fact it is possible to execute reamings, beyond that drills and tapps with a fi x or variable centre distance on blocks with rapid intermediate feed, chip removal and temporary stop.
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This line is the latest generation of Ficep drilling lines to process beams and profiles in an extremely quick, flexible and competitive way. The ORIENT 12 line, for the steel construction industry, has been optimized both in the overall performances and in the product design. The machine is equipped with one drill head (with relevant tool changer) that, thanks to a reduction gear, can be oriented in three positions at high speed reducing dead times in the cycle. The powerful spindle allows quick drilling operations using all kind of drills.
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KDE 603 drilling machine for steel sections
For the processing of all common rolled steel profiles up to max. 600 mm width there is the 3 axis drill installation KDE with manual quick tool change system. Within its working range this drill installation, completed with transport system and band saw machine is offering surprisingly extensive possibilities like e.g. drilling, thread cutting, marking, center marking and sawing.
High production output thanks to 3 drill spindles and simultaneous operation
Short programming and setting times
Compact way of construction
Very complete supply
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Thin section ball bearings applied in robot wrists; high stiffness and accuracy. Available in 4-point contact version as well as in angular contact configuration
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RBC thin section ball bearings are engineered to solve a variety of
design problems that cannot be solved with conventional ball bearings.
A bearing is considered a thin section when the bore diameter is greater
than four times the radial cross section. Within any thin section bearing
series, the cross section remains constant as the bore diameter changes.
Typically the cross section is twice the ball diameter, and nominal
dimensions are given in inches.
RBC thin section ball bearings are most often found where space limitations,combined loading, and weight restrictions pose unique design
requirements.
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Thin Section Ball Bearings
Welcome to RBC's on-line Engineering Data Guide for Thin Section Ball Bearings. TO access critical dimensions and data for your design questions, use the Seach By Criteria section below. If you are uncertain as to which of RBC's Thin Section Ball Bearings is best suited for your design application, check with our selection guide. To view an entire product series, select a product from the table of contents.
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V806M Beam coping system
For a more efficient production, the traditional production lines for drilling and sawing can be extended with the Voortman robotic beam coping system. The previous model of the V806M was fitted with an oxygen-cutting torch. Partly due to its practical experience, in the latest development of the V806M, Voortman can integrate into the system a plasma-cutting unit.
The V806M beam coping system, with an integrated roller feed measuring system and a six axis industrial robot, has been developed to eliminate manual layouts, automating all coping, flange weld preparation, mechanical cut-outs, castellations, haunches, beam splitting, cut-off processes such as straight mitre cuts and compound mitre cuts required on structural steel sections.
Flexibility and accuracy
This CNC controlled beam coping system is the only robotic system in the world today combined with a roller feed measuring system for total flexibility and accuracy. Due to the technologically advanced design of the roller feed measuring system, it can be easily incorporated into any existing layout or fully automated system.
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KC 1201 - Coping robot
KC 1201 was specially developed for sections, angles, channels and rectangular tube coping. The compact design features 6 axes. It is mounted on the portal frame and may be moved across the workpiece via a 7th linear axis.
For sections, angles, channels and rectangular tube coping
Compact machine with up to 8 axis
Coping with autogenous and plasma gas cutting system
KC can be combined with drilling machine KD 1215
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BI.MAG AUTOMATIC WAREHOUSE
The solution for stocking long materials
BI.MAG Automatic Warehouse is the ideal solution to vertically stock steel sections, heavy accessories, unfinished products, dies and long materials in general. The BI.MAG warehouse is a practical and cheap solution, perfectly fit either for production or commercial distribution.
It is often installed next to cutting machines so that the working material is immediately ready for the working. BIMAG warehouses can be customized to meet all kinds of needs related to the stocking and handling of long materials. You can run the warehouse by means of our specific software even from different host positions on the network: loading/downloading, stocks managing and inventory are accessible in real time.
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Vertical carousel with 3 loops
Carousel for the storage of
aluminium profiles of a manufacturer
of clean room-technology.
- Capacity: 52 carriers
- Live load per carrier: 600 kg (1,320 lbs.)
- Carrier dimensions: width 6.300 mm (20' 8"), depth 500 mm (19.7"),
height 350 mm (13.8").
- Carousel dimensions: height 7.100 mm (23' 4"), width 7.500 mm (24' 7"),
depth 6.500 mm (21' 4").
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Optical metrology equipment for climatologists and meteorologists
The laser ceilometer from JENOPTIK Laser, Optik, Systeme GmbH measures such atmospheric parameters as cloud height, visibility and the height of a planetary boundary layer. The product provides the first ever metrological device to safely detect also cloud layers and cirrus clouds at height levels up to 15 kilometers. This marks a major progress in the science of meteorological and climatologic forecasting. Measurement is accomplished with an opto-electronic laser sensor that relies on the LIDAR principle, an optical version of radar: A solid-state laser emits light pulses into the atmosphere. The light which is scattered by air and aerosol molecules is collected with a specific optical setup to be detected by a highly sensitive photo receiver (APD). By analyzing the pulse transit time and the intensity of backscattered light portions, smart algorithms compute a high-resolution aerosol height profile along with other related measurement readings. With integrated heating and cooling functionality and designed for autonomous operation, the CHM 15k can be relied to perform in any weather conditions.
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New cross section polisher from JEOL allows observation of multi-layer structures, interfaces, composites of soft and hard materials, polymers, powder grains, and crystalline structures of metals and ceramics with few artifacts. In a single step, clean, polished samples are produced and for analysis. The CP uses an argon ion beam to prepare up to 11mm(W) x 10mm(D) x 2mm(H) samples of soft or hard materials while preserving internal structures, voids between interfaces, adhesions between layers, and precipitates. Unlike conventional mechanical polishers, the CP minimizes deformation of the polished surface, enabling clear observation of crystalline structures.
The high power optical microscope in the JEOL CP allows the user to position a sample to within a few microns of the cross section position. During milling, the sample is rocked automatically to avoid creating beam striations on the cross sectioned surface. Due to the glancing incidence of the ion beam, argon is not implanted into the sample surface.
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Reduction Engineering also provides custom designed equipment to complement our standard model pulverizers. These unique systems can be designed for applications requiring micronizing materials, special sifters, loading/unloading, conveying, ambient & cryogenic applications, varying horsepower needs, heat sensitive materials, abrasive product handling, and production volumes.
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Optical metrology equipment for climatologists and meteorologists
The laser ceilometer from JENOPTIK Laser, Optik, Systeme GmbH measures such atmospheric parameters as cloud height, visibility and the height of a planetary boundary layer. The product provides the first ever metrological device to safely detect also cloud layers and cirrus clouds at height levels up to 15 kilometers. This marks a major progress in the science of meteorological and climatologic forecasting. Measurement is accomplished with an opto-electronic laser sensor that relies on the LIDAR principle, an optical version of radar: A solid-state laser emits light pulses into the atmosphere. The light which is scattered by air and aerosol molecules is collected with a specific optical setup to be detected by a highly sensitive photo receiver (APD). By analyzing the pulse transit time and the intensity of backscattered light portions, smart algorithms compute a high-resolution aerosol height profile along with other related measurement readings. With integrated heating and cooling functionality and designed for autonomous operation, the CHM 15k can be relied to perform in any weather conditions.
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MID has developed a new variable geometry coupling, which can swivel through 360 degrees: the DynaVariacor®. This internationally patented system provides in particular complete flexibility for use with all types of hoses.
The coupling is robust, light and compact; it reduces wear and avoids coiling of the feed hose. When it use with a nozzle this coupling enables increased precision of movement by reducing the handling force required by the user, due to the relative rigidity of the feed pipes. Operator comfort is improved. The DynaVariacor® products have useful features: the interior cross-section of the coupling remains constant at all angles, so pressure loss is minimised and flow rates are naturally optimum.
As well as air, these couplings are suitable for water, oil, petrol and hydrocarbons, and even powders. Many applications are therefore possible. For example, with fire hose or with rigid pipe : à load arm is then easy to make. The system is available in several sizes and fittings for a variety of uses.
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