Produktai skirti apdorojimo užsakymų grąžinimas (1056)

Die Lasersystemgröße XL-1600 ist die professionelle Lösung für die Laserbearbeitung von Acrylglas. Wie in den anderen Modellgrößen auch bietet es durch das modulare Konzept und die einfache Handhabung eine zukunftsorientierte und effiziente Investition. Durch Schneid- und Graviertests mit Ihren individuellen Materialien testen wir schon vorab, welche Lasersystemkonfiguration für Sie die optimalen Ergebnisse erzielt. Der bedarfsorientierte, modulare Aufbau der eurolaser Lasersysteme ermöglicht eine an jede Anforderung speziell angepasste Konfiguration und bietet gleichzeitig die erforderliche Flexibilität. Der Aufbau der Maschine orientiert sich vorwiegend an den Erfordernissen, die sich aus der späteren Nutzung ergeben. Arbeitsfläche (BxL)::2.270 mm x 1.600 mm Abmessungen (BxLxH)::3.990 mm x 2.340 mm x 1.600 mmm Materialdurchlassbreite::2.350 mm Tischdurchlasshöhe::58 - 80 mm (je nach Materialträger) Laserleistung::60 bis 650 Watt Geschwindigkeit::1 - 1.414 mm/s (in 1 mm Schritten) Beschleunigung::max. 9.1 m/s²

These parts are used for printer accessories.

With the laser cutting and engraving machine XL-1200 eurolaser offers the possibility to process extremely broad materials on a comparatively small system. The processing area is 2.270 x 1.230 mm (48,4 "x 89,3"). With the optional camera recognition system which is also available for other systems the production flow can be automated, leading to an increased economy of the laser processing. Working area (w x l):2,270 mm x 1,230 mm (89.3" x 48.4") DIMENSIONS (W X L X H):3,670 mm x 2,010 mm x 1,600 mm (144.4" x 79.1" x 62.9") Max. material width:2,582 mm (101.6") Material clearance:15 - 55 mm (without material support) Laser power:60 to 650 watt Speed:1 - 1,414 mm/s (in steps of 1 mm) Acceleration:max. 14.1 m/s² (555"/s²)

Las bandas curvas de Forbo Movement Systems son idóneas para todos los sistemas de guía de cinta y se emplean en las instalaciones de muchos fabricantes de prestigio.Gracias a una fabricación automatizada en su mayor parte, garantizamos que se respete al detalle la geometría deseada a la hora de suministrar bandas acabadas. La fabricación de bandas curvas de múltiples segmentos consigue una reparto de las fuerzas en la banda satisfactorio, de forma que se transporten de manera segura incluso los artículos transportados más pesados.

Die Laserschneidemaschine 3XL-3200 ist der Riese innerhalb der eurolaser Cutter-Serie. Die Textilbearbeitung von der Rolle ist bis zu einer Breite von 3.210 mm möglich. Eine ansatzlose Schnittfortführung ermöglicht insbesondere die Verarbeitung von sehr großen Formaten. Flexible Softwarepakete bieten zudem die problemlose Übernahme und Weiterleitung von Daten anderer Systemanbieter. Der bedarfsorientierte, modulare Aufbau der eurolaser Lasersysteme ermöglicht eine an jede Anforderung speziell angepasste Konfiguration und bietet gleichzeitig die erforderliche Flexibilität. Der Aufbau der Maschine orientiert sich vorwiegend an den Erfordernissen, die sich aus der späteren Nutzung ergeben. Arbeitsfläche (BxL)::3.210 mm x 3.200 mm Abmessungen (BxLxH)::4.930 mm x 3.940 mm x 1.600 mm Materialdurchlassbreite::3.290 mm Tischdurchlasshöhe::58 - 80 mm (je nach Materialträger) Laserleistung::60 bis 650 Watt Geschwindigkeit::1 - 1.414 mm/s (in 1 mm Schritten) Beschleunigung::max. 9,1 m/s²

The eurolaser laser cutting machine M-1200 for foils and membrane switches is a compact model with a processing area of 1,230 x 1,330 mm (48.4" x 52.3"). Just like all eurolaser laser cutting machines the sealed-off laser technology in connection with exchangeable modular assembly groups reduces the lifecycle costs to a minimum. An investment which pays off! Working area (w x l):1,330 mm x 1,230 mm (52.3" x 48.4") DIMENSIONS (W X L X H):2,730 mm x 2,010 mm x 1,600 mm (107.4" x 79.1" x 62.9") Max. material width:1,642 mm (64.6") Material clearance:15 - 55 mm (without material support) Laser power:60 to 450 watt Speed:1 - 1,414 mm/s (in steps of 1 mm) Acceleration:max. 14.1 m/s² (555"/s²)

With Siegling Transilon, the gap is often bridged between the classical conveying function from “A” to “B” and an active function in the production process. For example, in the textile industry our processing belts stack thin layers of web, in large bakeries they form balls of dough, in the wood industry they compress chip mat in the pre-press, in dairies milk is coagulated on the belts to form cheese. Here are just a few examples of process operations. Cross-lapping of web layers in the nonwoven industry. High production speed and acceleration of masses while the web is guided directly between the belts places extremely high demands on the processing belts.

These parts are milled by aluminum,which used in architectural decoration industry.

Grandes pièces usinées en plastique noir.

The CO2 laser machine XL-1600 with a processing area of 2,270 x 1,600 mm (89.3" x 62.9") is a model of the XL series. The dimensions allow the processing of medium-size textiles. The high acceleration of the optical head releasing the laser beam assures best efficiency even on this table size. Working area (w x l)::2,270 mm x 1,600 mm (89.3" x 62.9") Dimensions (w x l x h)::3,990 mm x 2,340 mm x 1,600 mm (157.0" x 92.1" x 62.9") Max. material width::2,350 mm (92.5") Material clearance::58 - 80 mm (according to material support) Laser power::60 to 650 watt Acceleration::max. 9.1 m/s² (358"/s²)

Die mobilen und manuell zu bedienenden Stanznietsysteme werden u. a. in der Karosserie-Mischbauweise zur Produktionsabsicherung, für Kleinserien oder zur Ersatzteilversorgung eingesetzt. • Einzigartige Bauteilzugänglichkeit durch feststehenden Nietzuführbogen. Es fährt ausschließlich der Stößel mit Mundstück. • Nietzuführbogen 270°drehbar, schlanker Stößel • Ausladungsvarianten und Gewichtsoptimierung Dieses Angebot enthält: Eckold-Stanznietsystem für den manuellen Einsatz • mobiler C-Bügel, gewichtsoptimiert auf max. 70 kN inkl. Mundstück, 2-Hand-Sicherheitsauslösung, Schlauchpaket, Aufhängung/Dreh- und Schwenkvorrichtung • Antriebsaggregat HA-226 inkl. Gestell, Pumpenaggregat, Schaltschrank mit 12“ Touch Panel • Nietmagazin Benötigte Werkzeuge sind nicht im Lieferumfang der Maschine enthalten. Diese sind entsprechend der jeweiligen Aufgabe auszuwählen. Kontaktieren Sie uns für ein individuelles Angebot! Technologie:Stanznieten Antrieb:Hydraulisch Ausführung:Manuelles Stanznietsystem Branchen:Automobil, Weißwaren, HVAC, Metallbau, Stahlbau, Regale, Computer Material:Aluminium, Stahl, Edelstahl

The laser cutter size XL-1600 is the professional solution for the laser processing of wood. With its modular concept and the easy handling it offers a future-oriented and efficient investment – just like all other laser cutting systems. With cutting and engraving tests performed on your individual materials we determine in advance the optimal configuration of your laser cutter. Working area (w x l):2,270 mm x 1,600 mm (89.4" x 63") DIMENSIONS (W X L X H):3,990 mm x 2,340 mm x 1,600 mm (157.0" x 92.1" x 62.9") Max. material width:2,350 mm (92.5") Material clearance:58 - 80 mm (according to material support) Laser power:60 to 650 watt Speed:1 - 1,414 mm/s (in steps of 1 mm) Acceleration:max. 9.1 m/s² (358"/s²)

Minimizar el impacto ambiental y, al mismo tiempo, aumentar los usos del producto: ese es un objetivo importante de Forbo. Con esta premisa, llevamos a cabo tareas de innovación y desarrollo de forma satisfactoria y en estrecha colaboración con empresas de equipamiento inicial y usuarios. La nueva generación de cintas transportadoras con ahorro energético es otro ejemplo de ello. Ahorre ahora con los modelos Amp Miser™ 2.0 hasta un 50 % de toda la energía de propulsión, sin tener que pagar por ello más que con los modelos de bandas convencionales. Consumo eléctrico reducido Costes energéticos reducidos de forma considerable Escasas emisiones de CO2

Lubrication of all kind of high stressed sliding areas, especially at low sliding speeds or oscillating movements, e.g. at threads, joints and bayonet nut connectors made of steel or non ferrous metals Assembling paste with corrosion protection for screws, bolts, spikes, bushings, flanges, spindles and fittings in the whole food stuff industry Separation of high temperature stressed screw joints, even after a long operation time Advantages and benefits Adheres good on metal surfaces, has a good water resistance and corrosion protection Good water resistance Prevents from tribo-corrosion Contains no metal pigments and is free of sulphurous materials Neutral to alloyed steels Formulation according to the FDA guideline 21CFR 178.3570 Registered by the NSF H1 MOSH/MOAH-free For optimal adhesion clean thread and sliding areas from dirt and other lubricants, first mechanically (e.g. with wire brush) and then with OKS 2610/OKS 2611 Universal Cleaner. Apply paste evenly in a sufficient amount Operating temperature:-30 °C → +160 °C/+1,200 °C (lubrication/separation) Press-fit:µ = 0.12 Thread friction (M10/8,8):µ total = 0.15

Lubrication of closed toothed gearing Liquid lubrication of chains, joints, guides, rolling and friction bearings Suitable for immersion-bath, immersion-bath circulation and injection lubrication Advantages and benefits NSF H1 registered Good ageing and oxidation stability through optimal additives Cold and hot water resistant Resistant to water steam, disinfectants and cleaning agents Wide operating temperature range Shear-stable and low-foaming Good wear protection Good corrosion protection Long economic operating times MOSH-/MOAH-free Operating temperature:-25 °C → +120 °C Density (20 °C):0.86 g/ml Viscosity (40 °C):680 mm²/s FZG damage level:power level > 12

Fully synthetic oil for use at permanently low temperatures in all areas of the food processing industry, for example in cold storage houses, shock freezers, etc. Chain lubrication at arctic temperatures Advantages and benefits NSF H1-registered MOSH/MOAH free Excellent low-temperature behaviour Good ageing and oxidation stability through optimal additives Cold and hot water resistant Resistant to water steam, as well as disinfectants and cleaning agents Long economic operating times Operating temperature:-60 °C → +135 °C Density (20 °C):0.80 g/ml Viscosity (40 °C):7.35 mm²/s

Hydraulic oil for use in all areas of the food processing technology Compressor oil for screw and multiple vane rotary vacuum pumps at required oil ISO VG 46 Lubrication of other machine elements, such as rolling and friction bearings in the food processing technology Advantages and benefits NSF H1 registered Long operating times through excellent oxidation stability Good low-temperature behaviour Wide operating temperature range Resistant to cold and hot water, water steam, disinfectants and cleaning agents Reduces friction and wear Good corrosion protection Free of mineral oil Conforms to VDL requirements Operating temperature:-40 °C → +135 °C Density (20 °C):0.84 g/ml Viscosity (40 °C):50 mm²/s

Cleaning of bearings and machine parts Removal of aged and gummy oil and grease residues Dissolving of silicone and adhesive residues Preparation of surfaces for bonding Advantages and benefits High cleaning action through optimally matched mixture of active substances Rapid, residue-free evaporation of the cleaner NSF K1 K3 registered Good compatibility to common plastics such as polypropylene (PP), polycarbonate (PC), acrylonitrile-butadiene-styrene (ABS), polyethylene terephthalate (PET), polystyrene (PS), polyoxymethylene ((POM), polyvinyl chloride (PVC), polyethylene (PE), polytetrafluoroethylene (PTFE) OKS 2670 is suitable for use with the OKS Airspray system Also available as spray version OKS 2671 Density: (20 °C):0.78 g/ml

Fully synthetic oil for use at permanently low temperatures in all areas of the food processing industry, for example in cold storage houses, shock freezers, etc. Chain lubrication at arctic temperatures Advantages and benefits NSF H1 registered MOSH-/MOAH-free Excellent low-temperature behaviour Good ageing and oxidation stability through optimal additives Cold and hot water resistant Resistant to water steam, as well as disinfectants and cleaning agents Long economic operating times Also available as spray version OKS 3711 Operating temperature:-60 °C → +135 °C Density (20 °C):0.80 g/ml Viscosity (40 °C):7.35 mm²/s

Hydraulic oil for use in all areas of the food processing technology Compressor oil for screw and multiple vane rotary vacuum pumps at required oil ISO VG 68 Lubrication of other machine elements, such as rolling and friction bearings in the food processing technology Advantages and benefits NSF H1 registered Long operating times through excellent oxidation stability Good low-temperature behaviour Wide operating temperature range Resistant to cold and hot water, water steam, disinfectants and cleaning agents Reduces friction and wear Good corrosion protection Free of mineral oil Conforms to VDL requirements Operating temperature:-40 °C → +135 °C Density (20 °C):0.83 g/ml Viscosity (40 °C):66 mm²/s

Hinged belt conveyors are ideal for transporting large quantities and for covering long distances. Hinged belt conveyors can be used as individual conveyors or as a complex conveyor system for fully automatic operation. The robust design enables use even under the most difficult conditions. Structure: • Standardized conveyor cross-sections with variable usable width • Special conveyor chains with rollers or flanged rollers • Horizontal or ascending design • Transfer of conveyed goods via chutes • Drive via shaft-mounted geared motor • Floor or ceiling mounting possible Functionality: • Material is transported via hinged plates that are moved by two conveyor chains • Hinged plates made of individual metal plates, flexibly assembled using chain rods • Hinged plates connected via two external chain strands • The conveyor chains are driven by sprockets • Conveyor speed infinitely adjustable via frequency converter Typical use cases: • As an individual conveyor or as a complex conveyor system • Transportation from: - Chips with or without cooling lubricant in Bünschel form or broken - Punching waste, such as sheet metal, slugs etc. - Cold and hot forged parts - Bulk goods - Garbage and other waste Customer benefits: • Easy/simple and cost-saving maintenance • Support plates freely accessible after removing the cover, and therefore easy to maintain • Robust design/robust construction made of solid components • Additional reinforced versions are available for particularly heavy-duty applications Technical data: • Conveyed material: short chips, long chips, fine sheet metal scrap and other bulk materials • Width/usable width [mm]: 150-1,100 (also wider on request) • Length [m]: max. 100 per sponsor • Incline angle 30°, 45°, 60°, or individually adjustable (also steeper) • Hinged plates have sheet thicknesses of 2 - 5 mm (individually also available in thicker sheet thicknesses) • Hinged plate spacings are generally: 63, 125 and 160 mm

Screw conveyors are used for the intermediate conveying of short and long chips under the machines or from chip bunkers. Their size depends on the type of chip and the accumulation of chips. Functionality: • Transport of chips by means of a rotating screw conveyor / material transport by an Archimedean screw • The auger bucket is located in a tube or trough and is driven by a geared motor • The bulk material lies on the "thread" and is conveyed in the desired direction by continuous rotation • The size of the conveyors depends on the type of bulk material and chips • Horizontal, vertical or inclined material transport Typical use cases: • Removal of chips from chip bunkers • Suction locks of pneumatic suction systems or return pump stations • Intermediate transport of short and long chips • Chip discharge from chip bunkers, worm shaft with continuous or progressive pitch • Discharge of filter cake after coolant filtration Customer benefits: • Targeted dosing of chips/dosed chip removal through operation with frequency inverters • Adjustable conveying speeds possible with FU operation • Efficient transport solution with low space requirements • Robust design for extreme working conditions, therefore hardly susceptible to faults Technical data: • Conveyed material: short chips and bulk materials • Width/usable width [mm]: Ø80-500 • Length [m]: max. 10

The precoat filter is a filter dome equipped with filter cartridges, which is fed discontinuously with contaminated oils (or solutions) via filter pumps. In the first step, a filter aid suspended in the oil (e.g. cellulose, diatomaceous earth, perlite, etc.) is floated onto the filter carriers (filter cartridges) and a filter cake layer is formed. The pores of this filter aid layer are much finer than those of the filter carriers and thus enable fine filtration. Once the precoat layer has formed, the process is automatically switched to filtration mode. The contaminated liquid is now passed through the filter layer of the filter cartridges from the outside to the inside, filtering out the dirt particles it contains. When a predefined differential pressure is reached (or after a set time has elapsed), the filter elements are cleaned by an automatic backwash and are ready for a new filter cycle. Structure: • The precoat filter consists of a filter dome and a cartridge plate in which the filter cartridges are mounted vertically • The cartridge plate separates the lower dirt area of the filter from the upper clean area in the dome cover • The inlets of the contaminated medium and the precoat line for the oil/filter aid mixture flow into the lower dirt area • The outlet opening for the sludge drain is located at the lower end of the filter dome • The outlet line for returning the filtrate to the clean tank or to the precoat tank leads from the upper clean area of the dome cover Functionality: •Precoating the filter cartridges with a filter aid (e.g. cellulose, diatomaceous earth, perlite or carbon products) • Feeding the liquid to be filtered into the lower section of the ASF • Filtration of the contaminated liquid through the filter layer • Filtrate emerges from the upper dome cover • If the predefined differential pressure or the preset max. filter time, the filtration process is interrupted and automatic backwashing is started • Washing off the dirt-laden filter aid with the liquid dominate to the wash-off tank • The sludge is processed by a secondary unit Typical use cases: The precoat filter system is ideal for ultra-fine cleaning of liquids, e.g. for: • Fine filtration of cooling lubricants (oil) for: - Grinding, honing and cold rolling processes - Finishing, lapping, eroding - Presses and rollers - In beer production, aqueous solutions, water treatment etc. Customer benefits: • High filtration capacity with low space requirement • Highest achievable filtrate quality • Modular design and expansion of the overall system possible • Fully automatic operation Technical data: • Filter fineness [µm]: approx. 10 • Size [m² filter area]: 10,0-67,0 • Throughput [l/min]: 300-4,000 • Higher system outputs are also possible by connecting several filters in series

The pressure belt filter (PBF) is a fully automatic cooling lubricant filter that is fed discontinuously with contaminated cooling lubricant via filter pumps. The coolant to be filtered is pressed through the filter medium with overpressure. The cooling lubricant is cleaned via a circulating or reversing filter medium or via fiber fleece as a consumable. After free discharge into a clean tank, the cleaned cooling lubricant is available again to supply production. The filtered dirt cake is blown dry in the pressure belt filter and then discharged for chip disposal. Structure: • Pressure-monitored, upper dirt chamber/pressure chamber for holding the cooling lubricant contaminated with dirt particles with pressure monitoring. • Horizontal filter belt support to separate the upper pressure chamber from the lower filtrate drain chamber • Lower filtrate drain chamber for collecting the cleaned cooling lubricant • Front sealing flaps on both sides, pneumatically operated • Filtrate drain at the side or bottom • Completely pre-assembled, short assembly and set-up times Functionality: • Fully automatic • Continuous operation (with the exception of a short-term filter regeneration phase) • Filtration by pressure in the upper pressure chamber and flow of the cooling lubricant through the filter medium into the filtrate drain chamber • Initiation of filter regeneration by pressure measurement or time lapse • Dry blowing of the dirt cake before discharge • Fully automatic belt cleaning with brush or beater shaft and belt rinsing • Filter belt circulating or reversing, alternatively with fleece operation Typical use cases: • Cleaning of contaminated cooling lubricants during metalworking. Typical is the processing of various sludges from rough machining, especially steel, aluminum and grinding sludges (fine steel wool) • Machining processes with: - Cutting chips, fine and short - Sanding swarf and sanding sludge • Can also be used as a secondary filter/post-filter • Oil filtration - Optionally with additional filter aid • Filtration of washing water in metalworking Customer benefits: • High throughput due to overpressure in the upper chamber • No backwashing during regeneration • Minimal set-up time due to completely pre-assembled delivery • Modular design and expansion of the overall system possible Technical data: • Filter fineness [µm]: 120-30 • Filter surface size [m²]: 3.0-6.0 • Throughput [l/min]: 100-12,000

Our folding belt filter (FBF) is a special version of a pressure band filter. As a fully automatic coolant filter, our FBF is intermittently supplied with contaminated coolant via filter pumps. The coolant to be filtered is pressed through the filter medium under pressure. The coolant is cleaned through a circulating filter medium or through a consumable fiber fleece material. After being freely discharged into a clean tank, the cleaned coolant is available again to supply production. The filtered sludge cake is blown dry in the KBF and then removed for chip disposal Structure: • Pressure-monitored upper dirt container/pressure vessel for receiving the coolant contaminated with dirt particles, with pressure monitoring • Horizontal filter band support to separate the upper pressure vessel from the lower filtrate discharge container • Lower filtrate discharge container for collecting the cleaned coolant. • Swivel/lift upper chamber, pneumatically operated. • The filtrate is discharged laterally Functionality: • Fully automatic. • Continuous operation (except for a short-term filter regeneration phase). • Filtration through pressure in the upper pressure vessel and flow of the coolant through the filter medium into the filtrate discharge container. • Initiation of filter regeneration through pressure measurement or time elapsed. • Dry blowing of the sludge cake before discharge. • Fully automatic band cleaning with brush or flail shaft and band rinsing. • Extensive filter band, optionally also with fleece operation. Typical application cases: • Cleaning of contaminated coolants during metalworking. Typical is the processing of various sludges from rough machining, especially from steel or aluminum and grinding sludges (fine steel wool) • Machining processes with: - Chips, fine and short - Grinding chips and grinding sludge • Can also be used as a secondary filter/post-filter • Oil filtration Customer benefits: • The system requires up to 80% less space than a conventional flat band filter, without compromising filtration performance and even with a higher cleaning performance • Long service life and high throughput performance • Low space requirement • Low maintenance effort • Low investment costs • Completely pre-assembled, short assembly and setup times Technical data: • Filter fineness [µm]: 120-5 • Filter area [m²]: 1.5 • Throughput* [l/min]: 50-2,000

Die JEL Fix wird zur Kontrollsiebung eingesetzt. Aufgrund der niedrigen Abmaße ist dieses Sieb ideal für Anlagen mit beengten Platzverhältnissen geeignet.

Die Maschine dient zur Reinigung von Gurken vor der Weiterverarbeitung.

Die Maschinen dienen zum Depalettieren von Kisten, Eimern, Dosen, etc. Zu unseren Produkten gehören verschiedene Ausführungen von Depalettierern für unterschiedlichste Anwendungen. Für mehr Informationen schauen Sie sich unsere Produktübersicht bei WLW an oder besuchen Sie unsere Internetseite (www.quiel-gmbh.de).

Das Band dient zur kontrollierten Förderung von gekochtem Sauerkraut. Anwendungsbereich: Kontrollierte Förderung von gekochtem Sauerkraut speziell für: Gekochtes Sauerkraut Aufbau: Das Austragband ist mit einem großen Produktvorratsbehälter ausgestattet, aus dem das gekochte Sauerkraut mit Hilfe eines Förderbands gefördert wird. Arbeitsweise: Das gekochte Sauerkraut wird von oben in den Vorratsbehälter eingefüllt und mit Hilfe des verbauten Modulbands kontinuierlich gefördert. Die Maße sowie die Ausführung richten sich dabei nach den kundenspezifischen Vorgaben. Nutzen: - Einsparung von Arbeitskräften - Verbindung von Verarbeitungsmaschinen - Grundlegend für automatisierte Verarbeitung - Flexibel in Gestaltung und Ausführung

Highly adhesive lubrication of moving parts, e.g. valve spindles, piston rods, wire cables, drag cables, drive and conveyor chains, hinges and guides, at highly corrosive conditions in food processing technology Temporary corrosion protection of ferrous and non-ferrous metals, in particular in highly corrosive atmospheres, such as industrial atmospheres, outdoor weathering under roofs of semi-finished products and finished products Shipping protection of packed and unpacked machines and machine parts, apparatuses and equipment goods under extreme climatic conditions Advantages and benefits Highly adhesive oil with very good creep and lubrication properties Optimal corrosion protection through high effectiveness of the corrosion protection additive After the solvent has dried, forms a transparent, highly adhesive oil film Contains non-ferrous metal deactivator NSF H1-registered Operating temperature:-40 °C → +80 °C Density (20 °C):0.81 g/ml Viscosity (40 °C):> 21.5 mm²/s Salt spray test:> 100 h