Pluoštinio lazerio pjovimo staklės

Otinus FLV-6025-C2 20kW

Būklė: naujas, Gamybos metai: 2024, Funkcionalumas: visiškai funkcionalus, peilio veleno skersmuo: 160 mm, aliuminio lakšto storis (maks.): 5 mm, ritės svoris: 4 000 kg, maks. lakšto storis: 3 mm, plieno lakšto storis (maks.): 3 mm, vario lakšto storis (maks.): 5 mm, žalvario lakšto storis (maks.): 5 mm, pjovimo greitis: 40 000 mm/min, produkto aukštis (maks.): 3 mm, darbinis plotis: 600 mm, įvesties srovės tipas: trifazis, bendras plotis: 3 500 mm, bendras ilgis: 12 000 mm, bendras aukštis: 2 200 mm, Rulo Sac Dilme Hattı 0,5 - 3 mm Kalınlık x 600 mm Genişlik x 6 Ton Rulo Ağırlığı Galvanizli Topraklama Şeridi üretimi için ideal bir hat. Ffsdpetpviqsfx Ahwow Topraklama şeridi imalatı ve dar bant dilme işlemleri için uygundur. Detaylı bilgi için lütfen iletişime geçiniz. #rulo #dilme #rulosacdilmehattı #dilmehattı #açıcı #ruloaçıcı #dilme #sarici #gergili #ruloişleme #topraklama #galvanizlitopraklamaseridi #topraklamaseridi #şerit #topraklama

Būklė: naujas, Funkcionalumas: visiškai funkcionalus, Gamybos metai: 2024, lazerio galia: 30 W, plieno lakšto storis (maks.): 80 mm, aliuminio lakšto storis (maks.): 50 mm, The Durma HD-F 3015 Fiber Laser Cutting System with 30 kW, presented by Durma Maschinen GmbH, is a top-of-the-line fiber laser cutting machine engineered for maximum precision and efficiency in metalworking applications. As a direct manufacturer with locations in Münster and Staufenberg, Durma Maschinen GmbH represents quality, reliability, and outstanding customer service. Features: - 30 kW / 80 mm mild steel, 50 mm stainless steel - Automatic nozzle centering - Automatic nozzle changer with 26 stations - Servo-driven shuttle table - Focal length distance F300 mm - Conveyor system Technical Data: - Power output: 30 kW - Maximum sheet size: 3,048 mm x 1,524 mm - Maximum sheet weight: 200 kg/m² - Z-axis stroke: 160 mm - Maximum synchronous speed: 170 m/min - Maximum synchronous acceleration: 2.8 G - Positioning accuracy: +/- 0.02 mm - Repeatability: +/- 0.02 mm Product Description of the Durma HD-F 3015 30 kW: Powerful and Efficient: Equipped with a 30 kW fiber laser, the Durma HD-F 3015 delivers outstanding cutting performance and precision across a wide range of materials, including steel, aluminum, and copper. Generous Working Area: With a working area of 3000 x 1500 mm, this machine is ideal for processing both large and small workpieces. Advanced CNC Control: The intuitive and precise control system ensures easy operation and optimizes cutting paths to minimize material waste. Automatic Nozzle Changer: This feature increases productivity and reduces downtime when changing cutting nozzles. Energy Efficiency: The laser offers excellent energy efficiency, resulting in lower operating costs. Robust Construction: Engineered for durability and reliability, even under demanding working conditions. Safety: Comprehensive safety features ensure safe operation. Fsdjq Nl T Tjpfx Ahwsfw Versatility: Compatible with a wide range of laser cutting software solutions, making it suitable for various industries. Durma Maschinen GmbH – Your Reliable Partner: As the manufacturer of the Durma HD-F 3015, we at Durma Maschinen GmbH take pride in our fast and efficient service as well as our comprehensive spare parts supply. With facilities in Münster and Staufenberg, we guarantee 100% availability and rapid response times to ensure our customers always receive the support they need. Our commitment to quality and customer satisfaction makes us the ideal partner for all your fiber laser cutting requirements. Interested in the Durma HD-F 3015 with 30 kW? Contact us for a non-binding consultation or a customized quotation. At Durma Maschinen GmbH, our team is happy to answer all your questions and help find the best solution for your requirements. We look forward to your inquiry!

Gamybos metai: 2011, būklė: labai geros būklės (naudotas), Cloos welding robot Qirox QRC 320 incl. V 6 controller, pedestal for upright installation, Cloos welding machine Quinto II 603 (600 A), wire feeder, welding torch, torch hose package, mechanical cleaner, pressure booster. 1 rotary-tilting table WPK 5000, load capacity 500 kg. 1 start preselection, 1 control unit for customer-supplied sliding door. Gas nozzle sensor, arc seam tracking, point editor. The system will be completely overhauled and serviced before delivery. A second station with an additional identical rotary-tilting table is possible. Ffedjizwv Nepfx Ahwow

Būklė: naujas, Gamybos metai: 2026, The ATC plotter series has been designed for professional use in large industrial plants and factories, serving the production of complex large-format components. Thanks to its special construction, the machine is adapted for manufacturing, among other things, foundry models and yachts, significantly reducing processing time. To meet the requirements of heavy-duty machining, ATC machines feature additionally reinforced frames and more powerful AC servo drives on each axis. The presence of five axes supports the processing of even the most demanding components. Plotters in this series are standardly equipped with automatic tool changers, a six-position linear tool magazine, and a tool height sensor. These solutions significantly accelerate processing when multiple milling cutters are required. Materials that can be machined: Fjdpfx Ahoiq U Tqjwofw - Wood - Wood-based materials (chipboard, MDF, OSB, etc.) - Plastics - Composites - PVC - Non-ferrous metals (aluminum, brass, copper, etc.) CONSTRUCTION: The machine frame is made of steel and cast iron, providing high rigidity and resistance to overloads related to the machining process. WORKING AREA: The usable working area of our machine is 3000 x 6000 [mm]. Z-AXIS RANGE AND GANTRY CLEARANCE: Parameters can be tailored to individual customer requirements. DRIVES: Our machines are driven by SERVO motors, ensuring proper acceleration and speed in every direction. The X and Y axes use classic, proven helical racks for durability and precision, while the Z axis is powered by a high-quality ball screw. All axes run on linear rail guides. SPINDLE: A high-class, powerful brushless spindle drives the cutting tool. Spindle speed ranges from 6,000 to 24,000 rpm. A frequency inverter with greater power than the spindle is used for power supply, protecting against speed drops under heavy load. TOOL MAGAZINE: Standard equipment includes a linear tool magazine with six HSK holders. Additional tool magazine positions are available as an option. SOFTWARE: The machine is supplied with dedicated CAD/CAM software, enabling fast and easy design of parts, which the program then converts into G-code. Import of ready-made files from other programs is also possible. CONTROL SYSTEM: Operation is managed via a controller equipped with its own processor and operational memory, ensuring stable and reliable performance.

Būklė: naujas, Gamybos metai: 2025, keliamoji galia: 1 200 kg, 1200 kg load capacity (horizontal), welding positioner with CE certificate 1200 kg load capacity (tilted) Fedek Adikjpfx Ahwjfw Very robust Complete set Continuously adjustable speed from 0.05 to 0.7 rpm, higher speed available for a surcharge of €250 Turntable diameter: 1200 mm Tilt angle up to 120° Height (horizontal): 870 mm, height (tilted, to center): 720 mm Hand and foot remote control Dimensions: Length 1.35 m x Width 1.2 m

Būklė: naujas, Gamybos metai: 2025, Einführung der Backenbrecheranlage Die Kapazität variiert je nach Kundenwunsch. Um den unterschiedlichen Anforderungen der Kunden gerecht zu werden, kann die Produktionslinie mit einem Kegelbrecher, Entstaubungsanlagen und weiterer Ausrüstung ausgestattet werden. Sie eignet sich für Materialien wie Hartkalkstein, Granit, Basalt, Kiesel, Metallschlacke sowie für die Herstellung von Kunstsand. Die Anlage wird in den Bereichen Wasserkraft, Baustoffe, Straßen- und Städtebau vielfach eingesetzt. Je nach technologischem Bedarf lassen sich verschiedene Gerätetypen flexibel kombinieren, um die Ansprüche unterschiedlicher Kunden zu erfüllen. Produktvorteile der Steinbrecheranlage 1. Hohe Zuverlässigkeit und gute Stabilität 2. Wartungsfreundlich und einfach zu bedienen 3. Niedrige Betriebskosten und breites Anwendungsspektrum 4. Laminierte Brechtechnik sorgt für eine optimale Kornform im Endprodukt Wir bieten auch weitere Lösungen zur Steinzerkleinerung an, wie zum Beispiel: 1. Vibrationsförderer + Backenbrecher + Feinbackenbrecher + Vibrationssieb Fodpfxoq Nyy Ej Ahwsfw 2. Vibrationsförderer + Backenbrecher + Prallbrecher + Vibrationssieb 3. Vibrationsförderer + Schwerer Hammerbrecher + Vibrationssieb 4. Sandproduktionslinie 5. Kies-/Schotter-Produktionslinie Ein Steinbrecherwerk zur Sand- und Schotterproduktion umfasst mehrere Prozessstufen und Ausrüstungen. Hier eine Übersicht des Ablaufs sowie der wichtigsten Komponenten: Prozessüberblick 1. Vorzerkleinerung: Großformatige Steine aus dem Steinbruch werden in den Backenbrecher gegeben und auf handhabbare Größen reduziert. 2. Sekundärzerkleinerung: Das Produkt des Vorbrechers wird in einem Sekundärbrecher – meist ein Kegel- oder Prallbrecher – weiter zerkleinert. 3. Siebung: Das zuvor gebrochene Material wird auf Vibrationssieben in verschiedene Korngrößen getrennt. Überkorn gelangt zur erneuten Zerkleinerung zurück in die Brecher. 4. Sandherstellung: Für die Sandproduktion wird das Material durch eine Sandherstellungsmaschine (z.B. Vertikalprallbrecher) auf die gewünschte Korngröße und Form gebracht. 5. Waschen: Das Endprodukt wird häufig gewaschen, um Verunreinigungen zu entfernen und die Qualität des Zuschlags zu verbessern. 6. Haldenlagerung: Das fertige Produkt wird in Halden gelagert, bis es zum Kunden transportiert wird. Hauptkomponenten der Steinbrecheranlage 1. Backenbrecher: Für die Primärzerkleinerung großer Steine. 2. Kegel- oder Prallbrecher: Für die Sekundärzerkleinerung und die Herstellung feinerer Fraktionen. 3. Vibrationssieb: Zur Trennung gebrochener Materialien nach Korngröße. 4. Sandherstellungsmaschine: Spezielles Gerät zur Sandproduktion. 5. Gurtförderer: Transportiert das Material zwischen den verschiedenen Verfahrensstufen. 6. Vibrationsförderer: Führt das Rohmaterial gleichmäßig und kontinuierlich den Brechern zu. 7. Sandwaschanlage: Entfernt Verunreinigungen aus dem Sand. 8. Steuerungssystem: Überwacht und kontrolliert den gesamten Prozess für einen effizienten und sicheren Betrieb. Die Umsetzung einer professionell konzipierten Steinbrecheranlage erhöht die Produktionseffizienz erheblich und gewährleistet hochwertige Sand- und Zuschlagstoffe.

Gamybos metai: 2020, būklė: naujas, Transport systems Depending on customer requirements, transport systems can either move along the floor or be suspended from rails. Ffsdefz I D Dspfx Ahwow - For convenient manual installation solutions, we recommend suspended cross beams (transverse conveyors). - In automated systems, chain conveyors are most commonly used. These do not stop and present an excellent solution for companies focused on process quality and repeatability. - For companies producing different items simultaneously, for example with several booths using different colours, flexible solutions based on non-powered conveyors are used. This is the most expensive option. All installations are custom-built based on customer specifications. Continuous overhead chain conveyor systems are designed and manufactured according to individual client orders. It is also possible with this system to produce floor conveyor systems on which items such as flowerpots or rims (see photo) can be arranged. ROMER also produces overhead transport systems. Cross beams (transverse conveyors) are designed and manufactured for the requirements of specific installations. Use of photoelectric cells Using a photoelectric cell in the product area allows you to measure the length and thus gives the option to activate the guns as soon as the item is within their range, and to switch them off immediately after coating. The photoelectric cell is standard equipment. Identification of items using special markings. Above the carrier loop, there are panels with identification holes. Based on this, the PLC controller, in conjunction with the photoelectric cell, recognises the coated item and switches the guns on and off at the correct time – saving energy and powder coating material. Vertical shape detection. By using light barriers with horizontal sensors, the PLC control can analyse the vertical shape of a part. The PLC tracks the time at which the part should appear in the gun area—this allows for selective activation/deactivation of the guns. With light gates equipped with multiple sensors positioned both horizontally and vertically, this solution enables precise measurement of the workpiece’s dimensions, which also allows for the control of manipulators.

Būklė: labai geros būklės (naudotas), Gamybos metai: 2001, maks. lakšto storis: 2 mm, plieno lakšto storis (maks.): 2 mm, darbinis plotis: 1 850 mm, darbo diapazonas: 1 850 mm, 1 naudotas Salvagnini CNC automatinis panelių lankstymo įrenginys pardavimui, CNC lankstymo staklės Fedpfowb E Uvox Ahwefw Modelis: P4.1812 Servo valdomas panelių lankstymo įrenginys - LS Viršutinė lankstymo geležtė - LI Apatinė lankstymo geležtė - MLA.ZR Tuščiosios presavimo juostos rankinis ilgio reguliavimas - CLA Ilgų atplaišų lankstymo įrenginys - HP12015 - R81 Aušintuvas Maksimalus įvedimo ilgis: 1850 mm Maksimalus įvedimo plotis: 1500 mm Minimalus įvedimo ilgis: 285 mm Minimalus įvedimo plotis: 190 mm Maksimali įstrižainė: 2150 mm Maksimalus išėjimo plotis: 1500 mm Maksimalus atskaitos matmuo: 2000 mm Minimali lakšto storis: S min: 0,50 mm Maksimali lakšto storis (paprastas plienas, iki 410 N/mm²): max: 2,00 mm Maksimali lakšto storis (nerūdijantis plienas, iki 600 N/mm²): max: 1,25 mm Padengtos medžiagos apdirbimas S max = 3,00 mm Maksimalus įrankio ilgis naudojant CLA parinktį: 1000 mm

Būklė: naujas, Funkcionalumas: visiškai funkcionalus, Gamybos metai: 2026, Sausas ir šlapias rutulinis malūnas: konstrukcija, veikimas ir techninės charakteristikos Rutulinis malūnas – tai pagrindinis malimo įrenginys, naudojamas mineralų perdirbimui, cemento gamybai, chemijos pramonėje ir kitose pramoninėse srityse. Darbo principas – sukamas cilindrinis korpusas, užpildytas malimo kūnais (dažniausiai – plieniniais rutuliais), kurie sukelia smūgį ir trintį, tokiu būdu medžiagą sumaldami iki smulkios frakcijos. Priklausomai nuo malimo aplinkos, rutuliniai malūnai skirstomi į sausą ir šlapią tipus, kiekvienas iš jų pritaikytas skirtingoms medžiagoms ir procesų reikalavimams. Veikimo principas Tiek sausas, tiek šlapias rutulinis malūnas veikia pagal tą patį mechaninį principą. Sukamas cilindras, kurį varo variklis per pavarų sistemą, kelia malimo rutulius ir medžiagą korpuso vidinėje sienelėje. Sukant toliau, rutuliai krenta dėl sunkio jėgos ir sumala medžiagą. Skirtumas – malimo metu naudojamo skystojo terpės buvimas ar nebuvimas. Sausas rutulinis malūnas Sausas rutulinis malūnas naudojamas, kai medžiaga turi išlikti be drėgmės arba kuomet vanduo gali pabloginti gaminio kokybę. Dažniausiai taikomas cementinio klinkerio, kalkakmenio, kvarco ir ugniai atsparių medžiagų malimui. Iškrovimas gali būti grotelės tipo arba perpildymo tipo, priklausomai nuo pageidaujamo smulkumo. Techninės savybės: - Įkrovimo dydis: ≤25 mm - Iškrovimo dydis: 0,075–0,4 mm - Našumas: 0,65–90 t/val. - Pamušalo medžiaga: aukštamanganiuoto plieno arba dėvėjimuisi atsparaus lydinio - Pavaros sistema: krumpliaratinė pavara arba tiesiogiai sujungtas variklis - Dulkių kontrolė: su oro ištraukimu ir dulkių surinktuvu Privalumai: - Tinka drėgmei jautrioms medžiagoms - Nereikalingas džiovinimo etapas po malimo - Mažesnė korozijos rizika ir paprastesnė priežiūra - Lengvesnis frakcijų atrinkimas ir atskyrimas Apribojimai: Sausas malimas sukelia daugiau dulkių ir šilumos, todėl būtina efektyvi ventiliacija bei dulkių surinkimo sistema. Šlapias rutulinis malūnas Šlapias rutulinis malūnas dirba, kai prie medžiagos pridedama vandens ar kitos skystos terpės. Susidariusi srutos aplinka pagerina malimo efektyvumą, sumažina trintį ir neleidžia kauptis pertekliniam karščiui. Platus pritaikymas rūdų apdirbimui, keramikai ir chemijos pramonei. Ffodpfx Ajq Nx Aljhwsw Techninės savybės: - Įkrovimo dydis: ≤25 mm - Iškrovimo dydis: 0,074–0,2 mm - Našumas: 0,65–615 t/val. - Pamušalo medžiaga: guma arba aukšto chromo plienas - Iškrovimo būdas: perpildymo arba grotelinis - Pagalbinė įranga: klasifikatorius, siurblys ir tirštintuvas srutų cirkuliacijai Privalumai: - Aukštesnis malimo efektyvumas ir smulkesnė išėjimo frakcija - Mažesnis dulkių ir triukšmo lygis - Tinka nepertraukiamam veikimui (ypač rūdos apdirbimo linijose) - Geresnė dalelių vienalytiškumo kontrolė Apribojimai: Norint galutinį produktą gauti miltelių pavidalu, būtinas džiovinimas, be to, sudėtingesnis srutų tvarkymas. Pasirinkimas tarp sauso ir šlapio malimo priklauso nuo medžiagos savybių, tolesnių procesų ir aplinkos sąlygų. Sausi malūnai tinkami, kai produktas turi išlikti sausas, o šlapi – kai reikia itin smulkaus malimo ar norimos srutų konsistencijos. Išvada Sausi ir šlapi rutuliniai malūnai turi panašią mechaninę konstrukciją, bet skiriasi malimo aplinkos ypatumais ir taikymo sritimis. Sausas tipas pasižymi paprastumu ir mažomis priežiūros sąnaudomis drėgmei jautrioms medžiagoms, o šlapias – didesniu efektyvumu ir smulkesne produkcija mineralų ir cheminio apdorojimo srityse. Supratimas apie technine

Gamybos metai: 2020, būklė: naujas, Transport systems Depending on customer requirements, transport systems can either move along the floor or be suspended from rails. - For convenient manual installation solutions, we recommend suspended cross beams (transverse conveyors). Ffedpfx Ahefz Nb Tewow - In automated systems, chain conveyors are most commonly used. These do not stop and present an excellent solution for companies focused on process quality and repeatability. - For companies producing different items simultaneously, for example with several booths using different colours, flexible solutions based on non-powered conveyors are used. This is the most expensive option. All installations are custom-built based on customer specifications. Continuous overhead chain conveyor systems are designed and manufactured according to individual client orders. It is also possible with this system to produce floor conveyor systems on which items such as flowerpots or rims (see photo) can be arranged. ROMER also produces overhead transport systems. Cross beams (transverse conveyors) are designed and manufactured for the requirements of specific installations. Use of photoelectric cells Using a photoelectric cell in the product area allows you to measure the length and thus gives the option to activate the guns as soon as the item is within their range, and to switch them off immediately after coating. The photoelectric cell is standard equipment. Identification of items using special markings. Above the carrier loop, there are panels with identification holes. Based on this, the PLC controller, in conjunction with the photoelectric cell, recognises the coated item and switches the guns on and off at the correct time – saving energy and powder coating material. Vertical shape detection. By using light barriers with horizontal sensors, the PLC control can analyse the vertical shape of a part. The PLC tracks the time at which the part should appear in the gun area—this allows for selective activation/deactivation of the guns. With light gates equipped with multiple sensors positioned both horizontally and vertically, this solution enables precise measurement of the workpiece’s dimensions, which also allows for the control of manipulators.