Vertikalios tekinimo staklės - viena kolona

DÖRRIES CTE 320/3400

Būklė: labai geros būklės (naudotas), Gamybos metai: 2009, X ašies eiga: 5 000 mm, Y ašies eiga: 3 500 mm, Z ašies eigos atstumas: 2 350 mm, X ašies padavimo greitis: 13 000 m/min, Y ašies padavimo greitis: 13 000 m/min, padavimo greitis Z ašis: 13 000 m/min, bendras ilgis: 12 000 mm, bendras aukštis: 4 800 mm, stalo plotis: 2 000 mm, bendras plotis: 6 800 mm, stalo ilgis: 2 500 mm, gręžimo pajėgumas: 180 mm, sukimosi greitis (min.): 2 000 aps./min, padavimo ilgis W ašis: 1 000 mm, Table-type Boring Mill Juaristi - TS5 MACH-ID 9610 Manufacturer: Juaristi Model: TS5 Control: HeidenHain iTNC530 Year of manufacture: 2009 Coolant through the spindle: 20 bar Paper filter system Tool changer (ATC) with 60 positions Spindle extension: L = 550 mm Prjdpfx Asy Hq Dyohcjb Full B-axis 360.000° with ROD 880C Table load capacity: 28,000 kg X-axis travel: 5,000 mm Y-axis travel: 3,500 mm Z-axis travel: 2,350 mm W-axis travel: 1,000 mm Table length: 2,500 mm Table width: 2,000 mm Table load capacity: 28,000 kg Spindle speed: 2,000 rpm Motor power: 51 kW Tool holder: 180 ISO50 ISO/BT/MK Feed rate X-axis: 13,000 mm/min Feed rate Y-axis: 13,000 mm/min Feed rate Z-axis: 13,000 mm/min Feed rate W-axis: 13,000 mm/min Tool changer: 60 positions Internal coolant supply (IKZ): 20 bar Number of controlled axes: 5 Length: 12,000 mm Width: 6,800 mm Height: 4,800 mm Weight: 44,000 kg Please note: The information on this page has been provided to the best of our knowledge and, where possible, obtained from the manufacturer. The information is given in good faith, but accuracy cannot be guaranteed. Therefore, this does not constitute representation or contractual terms. We recommend verifying all critical details.

Būklė: naudotas, Gamybos metai: 1973, Spindle diameter: 130 mm X travel: 3000 mm Y travel: 2000 mm Total power requirement: 4.5 kW Machine weight approx.: 30 t Boring spindle diameter: 130 mm Spindle taper: SK 50 Working area: X – Column longitudinal: 3000 mm Y – Spindle head vertical: 2000 mm Z – Spindle stroke: 1000 mm Table plate (lower): 3300 x 2400 mm Load capacity per m²: 10 t/m² Built-up table approx.: xx,000 mm Min./Max. position of work spindle above table: 770 / 2770 mm Feed: 0.9 – 2000 mm/min Rapid traverse for spindle head and column: 5000 mm Quill feed: 0.5–1200 mm/min Speed range, partially infinitely variable: 4.5 – 1,250 rpm Machine weight: approx. 30,000 kg Accessories / Special equipment: - Heidenhain 3-axis digital readout, hardened guideways, ball screws - Infinitely variable spindle speeds and feeds, separately motor-driven feeds - Travelling operator platform, pendant control panel, hand-held remote, platform - Hydrostatic guideway in column traverse - Clamp plate 3,200 x 2,500 mm planed, with T-slots; add-on table approx. 1400 x 2600 x 900 mm high, one side face machined - Hydraulic clamping for column/carriage, motorized tool clamping - Extensive accessories, particularly tool holders with and without tools Separate chip extraction unit, clamping aids, 1 clamping angle plate and plates, and much more Psdjt Hwt Sepfx Ahcjrb

Būklė: geras (naudotas), Tilting spindle moulder, table router, table milling machine - Spindle adjustment: height and angle - Tilting range: -3° to 45° - Drive: 4.5/5.5 kW - Speeds: 3000/4500/6000/9000/12000 rpm - Power feed unit Holz-Her with 3 rollers - Useful spindle length: 100 mm - Spindle diameter: Ø 30 mm - Max. cutter diameter: Ø 220 mm Prsdpfx Aeh Nvyzshceb - Dimensions: 1540/1100/H1520 mm - Weight: 962 kg

Būklė: naujas, The Durma 5-axis fiber laser cutting system will be your ideal partner for manufacturing automotive parts and other highly precise, complex 3D components. The system offers 25% more working area compared to machines of similar design. For flawless cutting performance, the robust machine body and rotary table ensure top quality. Simple fixture operation allows you to save time. Thanks to components from renowned manufacturers and the use of high-quality materials, no maintenance or servicing is required. High-quality 3D cutting can be achieved. With this technology, you benefit from reduced energy consumption and can increase your company’s profitability. The machine stands out for its speed, reliability, and design. HD-FA Technical Specifications Available with 2, 3, and 4 kW laser power X-axis: 3,000 mm Y-axis: 1,500 mm Z-axis: 650 mm B-axis: ±135° C-axis: ±360°xn Maximum vector speed: 173 m/min Maximum vector acceleration: 1.73 G Positioning accuracy: ±0.08 mm Repeatability: ±0.08 mm MACHINE DIMENSIONS Machine size: 6,168 mm x 3,936 mm h=3,700 mm Working area: 9,000 mm x 10,000 mm (safe area) Rotary table door clearance: 4,000 mm Machine weight: 16,000 kg Cutting head: Type: 3D Focus type: Automatic Control unit: CNC Siemens Sinumerik 840D SK Screen: 19” touchscreen Filtration Capacity: 2,500 m³/h - 4 kW Prodpfx Ajg Adknshcsb

Būklė: labai geros būklės (naudotas), Gamybos metai: 2021, veikimo valandos: 3 000 h, X ašies eiga: 6 100 mm, Y ašies eiga: 2 000 mm, Z ašies eigos atstumas: 950 mm, CNC-Fahrständer-Fräsmaschine – Komplett generalüberholt durch REM (2021) Leistungsstarke und vielseitige Schwerlast-Fräsmaschine, 2021 von REM-Spezialisten mit modernster Heidenhain TNC 320 Steuerung komplett modernisiert. Sofort einsatzbereit für die Produktion. HAUPTTECHNISCHE DATEN: • X-Achse (Querweg): 6.000 mm • Y-Achse (Vertikalweg des Fräskopfes): 2.000 mm • Z-Achse (Längsschlittenweg): 950 mm • Doppelfräs-Kopf | Kopfrotation: 360° • Spindeldrehzahl: 1.000 – 4.000 U/min • Spindelaufnahme: ISO 50 (automatische Spann-/Lösefunktion) Prsdpfx Ahsn D N H Tecob • Kopfmaße: 290 × 290 mm • Spindelmotorleistung: 15 kW (Gleichstrom) • Maschinengewicht: ca. 32 Tonnen • CNC-Steuerung: Heidenhain TNC 320 WARUM BEI REM KAUFEN? ✔ Maschine vollständig geprüft und im Arbeitsbetrieb getestet ✔ Moderne CNC-Nachrüstung – neue Elektrik, neue Antriebe ✔ Dokumentation und technischer Support verfügbar ✔ Weltweiter Export | Wettbewerbsfähige Versandkonditionen Ideal zur Bearbeitung schwerer Werkstücke in Luftfahrt, Energie- und Schwerindustrie. Kontaktieren Sie uns für vollständige technische Daten, Fotos und Videodemonstration.

Gamybos metai: 2014, būklė: paruoštas naudoti (naudotas), Clamping force: 600 kN, weight: 9 t, operating hours: 3,638 h, equipped with ENGEL viper 20 handling robot. Prsdpfx Ahoh Nypfjcob

Būklė: naudotas, Gamybos metai: 1983, Gręžimo našumas pliene (iki Ø 50 mm) Išsikišimas: 1500 mm Didžiausias ruošinio aukštis: 1380 mm Gręžimo našumas ketaus (iki Ø 60 mm) Atstumas nuo veleno centro iki kolonos: 320 - 1250 mm Pasukimo diapazonas: +/- 180 ° Pagrindo plokštės tvirtinimo paviršius: 2640 x 1000 mm Veleno sukimo momentas: 310 Nm Gręžimo veleno skersmuo / tvirtinimas: 75 mm / MK 5 Gręžimo veleno eiga: 310 mm Veleno apsukos: 28 - 2500 aps./min Prjdpotv Ikljfx Ahcob Padavimas: 0,05 - 2 mm/aps. Variklio galia: 4 kW Staklių svoris apie 4,3 t Užimama vieta apie 3,2 x 1 x 2,75 m Kubinis stalas: 500 x 500 x 500 mm,

Būklė: geras (naudotas), Gamybos metai: 2016, veleno greitis (maks.): 3 500 aps./min, bendras svoris: 6 000 kg, Įranga: dokumentacija / vadovas, sūkių greitis be galo kintamas, Pagrindiniai parametrai: Valdiklis: FANUC 0iD/31iA Griebtuvas: SAMCHULLY 10" Veleno skylė: 86 mm Su apsauginiu vamzdžiu: 78 mm Revolverinė galva: 12 pagrindinių pozicijų, 12 antrinių pozicijų, BMT65 jungtis, Programuojama hidraulinė uodega: MT5 Pagrindinio veleno galia: 22 kW Psdpfewtg Inex Ahcorb S1 max=3500 aps./min Gyvos įrankio galia: 5,5 kW S2 max=5000 aps./min X ašies eigos diapazonas: 260 mm Z ašies eigos diapazonas: 830 mm Y ašies eigos diapazonas: ±52 mm (104 mm) C ašis Maksimalus tekinimo ilgis: L=760 mm Didžiausias tekinimo diametras: D=376 mm Greitas poslinkis: 30 m/min Automatinis įrankio matavimas su zondo svirtimi Svoris: 6000 kg

Gamybos metai: 2000, būklė: labai geros būklės (naudotas), SMS MEER CNC-Doppelseitige Anfasmaschine Hersteller: SMS MEER Prodpfxsghrgue Ahcsb Typ: RFA 14 Baujahr: 2000 Arbeitsbereich: Rohrdurchmesser Ø 21,3 – 114,3 mm Wandstärke: 2,3 – 11 mm Länge: 6–12 m Die Anlage besteht aus zwei RFA14-Anfasmaschinen mit Transportvorrichtungen zwischen den Maschinen. Die Aufgabe der Maschinen ist das Innen- und Außen-Anfasen beider Rohrenden. Das Rohrbearbeitungsspektrum umfasst einen Durchmesserbereich von 21,3 bis 114,3 mm und eine Wandstärke von 2,3 bis 11 mm bei einer Rohrlänge von 6 bis 12 m. Die Fördertechnik im Bereich der Anfasmaschinen dient dazu, die Rohre vom Rollgang aufzunehmen und zwischen den Anfasmaschinen zu transportieren.

Gamybos metai: 2020, būklė: naujas, Transport systems Prodefz U S Eopfx Ahcob 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). - 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.