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Maintenance-free, compact, quiet and cost-saving complete system - the alternative to the busbar system. For the safe guidance of energy, data, air and liquids in ONE system. - Easy to clean - No particle pollution due to abrasion - Quiet, lubrication-free, and easy to install - Operating speeds of up to 6 m/s in high-acceleration applications - Data rates up to 10 Gbit/s. Safely guides FOC and bus cables - Low space requirement

Save 88% assembly time with cost-effective energy chain for intralogistics and crane systems. The igus autoglide 5 system transfers energy, data, fluids, and air safely in a single system, requires almost no maintenance, and is also very cost-effective, including a 2400.07AG.075.0 e-chain, steel cable guide, harnessed bus cable, and five single cores of 6mm² each.

Diameter [mm]: length [mm]: iglidur® R - Material data iglidur® R - Table of general properties of materials iglidur® R - Material data Polymer bearings applications overview Polymere bearings application examples overview Polymer bearings applications overview iglidur® R Good abrasion resistance Low coefficients of friction in dry operation Very cost efficient Lowest humidity absorption Diameter [mm]: length [mm]: iglidur® R - Material data iglidur® R - Table of general properties of materials iglidur® R - Material data Polymer bearings applications overview Polymere bearings application examples overview Polymer bearings applications overview

WIWOX® ED Stainless steel blasting abrasives are produced in a melting process and get its round shape through the subsequent atomising process. These fine particles have a particularly long service life and are known for low dust generation. We also supply stainless steel blasting abrasives manufactured under vacuum that meet the requirement of particularly high demands. This blasting abrasive is distinguished by its lustre, purity and roundness.

WIWOX® EK White fused alumina blasting abrasives are used in many areas due to their extreme purity and hardness. From sophisticated medical technology through the roughening of metals to the subsequent coating. Available as white fused alumina in sharp-edged or angular grain shape as well as micro-grain with a precise grain distribution up to 3 μm.

Mixed alumina type WIWOX® RK has a low ferrite content and is particularly suitable for applications where a high consumption of blasting abrasives cannot be avoided. Mixed Alumina is produced from ceramic grinding wheels and reclaimed alumina dust from the blasting and grinding industry. It consists of a mixture of white, pink and brown alumina, and is an iron-free alternative for many sectors of the blasting and grinding industry.

WIWOX® MT micro blasters are used for precise blasting with blasting nozzles from 0.4 – 1.8 mm. Surfaces can be smoothed, matted, deburred or cleaned. All mineral media, e.g. glass beads, broken glass, corundum, silicon carbide in the grain size range from 0 to 300 mμ serve as blasting media. The abrasive is used only once. The blasted surface is reproducible. Only a compressed air connection is required to operate the equipment. Micro-Tip fine blast units are suitable as portable free blast units or in combination with a blast cabinet. Micro-Tip fine blasting technology is available as a pressure or injector process. All units are equipped with foot pedal, pressure regulator, manometer and carbide nozzles.

WIWOX® CORUS HD ultrasonic systems have been specially designed for cleaning high-quality moulds and precision tools. In maintenance these replace the labour-intensive and often ineffective manual cleaning. The ultrasonic cleaning process can be used for all metal moulds, in particular tools for injection moulding, extrusion, rubber processing as well as aluminium and gravity die casting. A typical structure consists of three stages: 1. cleaning, 2. rinsing and 3. passivating. The usable dimensions are matched to common mould sizes. The workpieces to be washed are placed in the tank either with the aid of a washing basket or with a lifting beam. Our ErgoStation is recommended for manual rinsing, drying and post-treatment. The working area is completely enclosed, brightly illuminated and ventilated. Operation is safe and simple, as the moulded parts are loaded laterally through a sliding door and held by a lifting device during treatment.

The WIWOX® VERSA GENIUS+ ultrasonic cleaning system enables individual, demand-oriented mould and parts cleaning. The modular design allows adaptation to almost all process requirements. Later expansion or automation is possible at any time. WIWOX® VERSA GENIUS+ ultrasonic cleaning systems consist of washing, jet, rinsing and drying modules as well as the corresponding accessories. The spectrum ranges from individually operated cleaning basins to fully automated, multi-stage cleaning lines. WIWOX® VERSA GENIUS+ sets new standards in modern plant design. Well thought-out details in the area of guiding the cleaning medium, agitation and process control ensure a flexible and energy-efficient process sequence that meets the requirements. You can convince yourself of the economic efficiency of the system by extensive cleaning tests in our test laboratory. The bath care accessories also play an important role in the cleaning result, the uniform process flow and the operating costs.

The WIWOX® USm Ultrasonic cleaning tanks enable individual, demand-oriented surface treatment in a single or multi-stage process. The modular design allows adaptation to almost all requirements and subsequent expansion or automation is possible at any time. Aqueous cleaning at temperatures between 60° and 80° C ensures absolute degreasing and particle removal. Organic or inorganic residues such as polishing paste, paint, plastic, release agents, oil carbon or lime can be easily removed by using the right cleaner. The workpieces are cleaned within a few minutes. The cleaning result is always perfect and reproducible. The subsequent rinsing process is followed by stain-free post-cleaning or preservation. The WIWOX® ultrasonic cleaning process can be used for all steel moulds as well as brass and copper parts. Especially tools for injection moulding, extrusion, rubber processing, aluminium die casting and gravity die casting.

WIWOX® PYRO paint stripping and decoating oven for particularly large and heavy batches. Particularly powerful furnace technology for the highest demands. With state-of-the-art IPC control and industrial burner technology. This furnace series enables clean, reproducible process parameters as well as state-of-the-art exhaust gas treatment.

Thermal cleaning in the WIWOX® IGS thermal system at up to 500° C removes all organic residues, even from fine bores. Depending on the melting and decomposition point of the residues, they are either melted or pyrolysed. The resulting exhaust air during the carbonization phase is burned in the afterburner chamber at over 850° C. Cleaning in the pyrolysis process requires subsequent post-cleaning. Inorganic components, oxidation residues, corrosion, etc. remain on the tool surface and must be removed. The ultrasonic process with acidic or alkaline cleaning media or the blasting process with organic and mineral abrasives are suitable for this purpose.

WIWOX® Spintec top loader spray chamber washing systems are the solution for fast parts cleaning in maintenance! The parts to be cleaned are placed in the washing basket of the system from above. During the washing process, cleaning fluid is sprayed onto the parts from below, above and from the sides. The basket rotates inside the machine, resulting in an even washing result. The detergent reservoir is located in the bottom of the machine and is also equipped with a heater.

WIWOX® VIVERK are single and multi-stage spray chamber cleaning systems for aqueous cleaning, pretreatment and degreasing of tools and parts. Loading takes place via an extendable platform, which can be loaded at an ergonomic working height. The workpieces are mechanically cleaned by means of pump pressure in the spray chamber process. The temperature-controlled washing liquid is sprayed onto the workpiece via a spray frame.The washing plant is operated via a side switch box with electrical control. Before the washing process, the loading basket is loaded and driven into the rinsing chamber via a roller conveyor. The door is closed manually (optionally also automatically). The machine reaches an operating temperature of 40°C within just a few minutes. After a further 30 minutes, the maximum washing temperature of 70°C is reached. The motor-driven spraying gyro completely revolves around the parts to be washed.

Single and multi-stage spray chamber washing systems for industrial cleaning and degreasing of tools and parts. Loading takes place via an extendable loading platform at ergonomic working height. Before cleaning, the loading basket is loaded and moved into the rinsing chamber. The individual stainless steel washing nozzles can be easily maintained and adjusted according to the application. The motor-driven spraying rotor completely revolves around the loaded parts. The washing system is operated via a side switch box with electrical control. Before the washing process, the loading basket is loaded and driven into the rinsing chamber via a roller conveyor. The door is closed manually (optionally also automatically). The machine reaches an operating temperature of 40°C within just a few minutes. After a further 30 minutes, the maximum washing temperature of 70°C is reached. The motor-driven spraying gyro completely revolves around the parts to be washed.

WIWOX® DP-EU pressure blasting cabinets clean and process tools and parts in just a few seconds. Fine blasting granulates are shot onto the surface by means of compressed air and remove dirt and corrosion. The blasting nozzle is manually guided during the processing of individual parts. Process automation is also possible. For this purpose, the workpiece or the blasting nozzle is moved by motor. The pressure blasting process is suitable for the removal of all solid, exposed residues and layers, especially on metallic surfaces of production tools and high-quality machine parts. Deburring and finishing of surfaces is also possible. In extensive tests with your tools you can convince yourself of the economic efficiency of our system. We will provide you with a test facility for this purpose after consultation.

WIWOX® DI-EU injector blasting cabinets are designed for use in production and maintenance. Ready for use equipped with integrated cartridge filter and abrasive recovery system. Economical operation with fine-grained abrasives with low air consumption of approx. 800 l/min. at 6 bar blasting pressure. The blasting media is continuously sucked out of the cabinet by a constant negative pressure and separated from dirt and dust in a downstream cyclone. A cyclone screen (possibly with ring magnet) collects coarse impurities. In this way, only clean abrasive remains in circulation. The used abrasive, dust and small impurities are led through the cartridge filter chamber to the dust collecting bucket.

WIWOX® 410 is a liquid, alkaline mould cleaning agent for the removal of burnt rubber and plastic residues from metallic surfaces. It is also used as a paint stripper. WIWOX® 410 is used undiluted for immersion cleaning of metal moulds. The construction material for the tank can be sheet steel or stainless steel. The tank size depends on the moulds to be cleaned. The pool can be heated from the outside or inside by a heating coil. The processing temperature is generally approx. 80° C. The processing time depends on the degree of soiling and the type of soiling between 10 – 30 minutes.

WIWOX® 340 is a weakly alkaline cleaning agent for grease, oil and oil carbon soiling. Very suitable for pre-cleaning or basic cleaning of soiled steel, cast iron and non-ferrous metal or plastic parts in an ultrasonic bath or in a spray cleaning system. After cleaning and without water rinsing, the parts are temporarily protected against corrosion. The final drying can be accelerated by blowing off with compressed air, a warm air flow or treatment in a drying cabinet. WIWOX® 340 can be used in a concentration of 5 – 7 %. Dilution with water depends on the degree of contamination and the intended exposure time. The bath should have a temperature of approx. 60° C. The bath should be kept at a constant temperature. In the field of precision mechanics, longer exposure times are possible depending on the degree of contamination.

WIWOX® 250 is a very alkaline cleaning concentrate for organic (oil, coal, grease etc.) and inorganic (magnesium, lime etc.) residues on tools and moulds. It can be rinsed off residue-free without a film on the surface. The concentration depends on the working conditions, the degreasing time, the degree of soiling, etc. (between 5 – 30 %). Regular replenishment by checking the bath can prolong its service life. In contrast to powder concentrates, lthe iquid formulation allows convenient use without danger of exothermic reaction in the plant.

Plastic is a thermoplastic and belongs to the organic polyamidebased blasting abrasives. WIWOX® KS nature high-quality blasting and deburring medium is particularly suitable to treat duroplast and rubber components without damaging and matting them. Available in cylindrical or exact cubic shape, it is characterised by high impact strength, dimensional stability and extremely long service life. We also supply an antistatic agent for subsequent or sustained application in liquid form.

Plastic blasting abrasives type WIWOX® KS have been specially developed for optimum, chemically neutral surface treatment and all gentle cleaning – especially for plastic and light metal. They are mainly used for paint stripping, roughening, matting, deburring and cleaning. Plastic blasting abrasives produce consistently high quality and do not cause any damage to the work piece to be treated.

Walnut shell abrasive type WIWOX® WA is a soft granulate and belongs to the organic abrasives. It is produced crushing, washing and sieving the walnut shells. Walnut granules are particularly suitable for the gentle cleaning of delicate surfaces.

WIWOX® SD rounded cut wire shot is mainly used for cleanblasting and shot peening. Depending on the quality of the raw material used, different hardness classes are obtained. We supply non-corrosive cut wire shot that meet the requirement of particularly high demands. Cylindrical cut wire shot blasting abrasives are cut from wire. The length of the grain is equal to the diameter. Grain shapes of different roundness are produced through the subsequent rounding of the cylindrical raw material, rounded from G1 – G3. Cut wire shot has a particularly long service life and are known for low dust generation.

Chilled iron grit blasting abrasives type WIWOX® HG are produced by melting cast iron. It receives its angular shape through the subsequent atomisation and breaking. The advantage of this blasting abrasive lies in the consistently high abrasiveness, as it remains sharp-edged in the mixture and the edges do not become round. It breaks up into smaller sharp-edged and aggressive particles during the blasting process.

Due to the different thermal tempering, steel shot blasting abrasives type WIWOX® SK obtain different hardness classes from 40 – 43 HRC, 54 – 60 HRC up to greater than 61 HRC. Because of the different degrees of hardness, the steel shot in the operating mixture keeps its angular shape or becomes round during the application process.

Due to its extreme hardness, WIWOX® SG high-carbon cast steel abrasive reaches an extremely high blasting intensity right from the start. It is produced in a melting process and gets its round shape through the subsequent atomising process. The metallic structure of this low-carbon cast steel abrasive is decisive for its long service life.

WIWOX® EDK Stainless steel blasting abrasives are produced in a melting process and crushed into angular granules. It is distinguished by its long service life as well as its aggressiveness and presents an economic alternative to other angular blasting abrasives.

WIWOX® GB Glass granules type are carefully crushed in a special grinding process to give it its predominantly angular cubic shape. In the production of glass granules, soda-lime glass is crushed and sifted according to individual grain sizes. Glass granules are an iron-free, mineral blasting medium.