Stama MC 014 machining centre for sale by auction
Göppingen
If you decide to buy equipment at a low price, make sure that you communicate with the real seller. Find out as much information about the owner of the equipment as possible. One way of cheating is to represent yourself as a real company. In case of suspicion, inform us about this for additional control, through the feedback form.
Before you decide to make a purchase, carefully review several sales offers to understand the average cost of your chosen equipment. If the price of the offer you like is much lower than similar offers, think about it. A significant price difference may indicate hidden defects or an attempt by the seller to commit fraudulent acts.
Do not buy products which price is too different from the average price for similar equipment.
Do not give consent to dubious pledges and prepaid goods. In case of doubt, do not be afraid to clarify details, ask for additional photographs and documents for equipment, check the authenticity of documents, ask questions.
The most common type of fraud. Unfair sellers may request a certain amount of advance payment to “book” your right to purchase equipment. Thus, fraudsters can collect a large amount and disappear, no longer get in touch.
- Transfer of prepayment to the card
- Do not make an advance payment without paperwork confirming the process of transferring money, if during the communication the seller is in doubt.
- Transfer to the “Trustee” account
- Such a request should be alarming, most likely you are communicating with a fraudster.
- Transfer to a company account with a similar name
- Be careful, fraudsters may disguise themselves as well-known companies, making minor changes to the name. Do not transfer funds if the company name is in doubt.
- Substitution of own details in the invoice of a real company
- Before making a transfer, make sure that the specified details are correct, and whether they relate to the specified company.
Seller's contacts
€ 1000
≈ $ 1140
Germany, Huisheim
€ 1000
≈ $ 1140
Germany, Huisheim
€ 1500
≈ $ 1711
Germany, Huisheim
€ 1000
≈ $ 1140
Germany, Huisheim
€ 3900
≈ $ 4448
Germany, Burgoberbach
€ 25000
≈ $ 28510
Germany, Mietingen
€ 1000
≈ $ 1140
Germany, Vlotho
€ 25000
≈ $ 28510
Germany, Burgoberbach
€ 1900
≈ $ 2167
Germany, Burgoberbach
€ 5000
≈ $ 5702
Germany, Hösbach-Rottenberg
€ 550
≈ $ 627.20
Germany, Großenhain
€ 1000
≈ $ 1140
Germany, Huisheim
€ 6300
≈ $ 7185
Germany, Göppingen
€ 550
≈ $ 627.20
Germany, Großenhain
€ 5000
≈ $ 5702
Germany, Huisheim
€ 1000
≈ $ 1140
Germany, Huisheim
Main spindle SK 30
Main spindle SK 30
Tool Stations 14
Travel X- 500 mm (measuring system indirect)
Travel Y- 380 mm (measuring system indirect)
Path Z- 300 mm (measuring system indirect)
Air requirement 1000 I/min
Pneumatics 5-6 bar
Control FANUC 16i MA
Wl. connected load 9 KVA
Valve voltage 24 V=
Control voltage 24 V=
Operating voltage 400/50 V/Hz
Hauptspindel SK 30
Hauptspindel SK 30
Werkzeugplätze 14
Weg X- 500 mm ( Meßsystem indirekt)
Weg Y- 380 mm ( Meßsystem indirekt)
Weg Z- 300 mm ( Meßsystem indirekt)
Luftbedarf 1000 I/min
Pneumatik 5-6 bar
Steuerung FANUC 16i MA
Wl. Anschlußwert 9 KVA
Ventilspannung 24 V=
Steuerspannung 24 V=
Betriebsspannung 400/50 V/Hz
Länge: 1570
Höhe: 2220
Breite: 1900
CNC Bearbeitungszentrum Stama Fanuc
Typ MC 014 i-A mit Fanuc Steuerung
Hauptspindel SK 30
Hauptspindel SK 30
Werkzeugplätze 14
Weg X- 500 mm ( Meßsystem indirekt)
Weg Y- 380 mm ( Meßsystem indirekt)
Weg Z- 300 mm ( Meßsystem indirekt)
Luftbedarf 1000 I/min
Pneumatik 5-6 bar
Steuerung FANUC 16i MA
Wl. Anschlußwert 9 KVA
Ventilspannung 24 V=
Steuerspannung 24 V=
Betriebsspannung 400/50 V/Hz
Fanuc
Husillo principal SK 30
Husillo principal SK 30
Estaciones de herramientas 14
Recorrido X- 500 mm (sistema de medición indirecto)
Recorrido Y- 380 mm (sistema de medición indirecto)
Trayectoria Z- 300 mm (sistema de medición indirecto)
Necesidad de aire 1000 I/min
Neumática 5-6 bar
Control FANUC 16i MA
Carga conectada de 9 KVA
Voltaje de la válvula 24 V =
Tensión de control 24 V=
Tensión de funcionamiento 400/50 V/Hz
Pääkara SK 30
Pääkara SK 30
Työkaluasemat 14
Liike X- 500 mm (mittausjärjestelmä epäsuora)
Liike Y- 380 mm (mittausjärjestelmä epäsuora)
Polku Z- 300 mm (mittausjärjestelmä epäsuora)
Ilmantarve 1000 I/min
Pneumatiikka 5-6 bar
Ohjaus FANUC 16i MA
Wl. kytketty kuorma 9 KVA
Venttiilin jännite 24 V=
Ohjausjännite 24 V=
Käyttöjännite 400/50 V/Hz
Fanuc
Broche principale SK 30
Broche principale SK 30
Stations d’outils 14
Course X- 500 mm (système de mesure indirect)
Course Y- 380 mm (système de mesure indirect)
Trajectoire Z- 300 mm (système de mesure indirect)
Besoin en air 1000 I/min
Pneumatique 5-6 bar
Contrôle FANUC 16i MA
Puissance raccordée Wl. 9 KVA
Tension de la vanne 24 V=
Tension de commande 24 V=
Tension de fonctionnement 400/50 V/Hz
Fanuc
Mandrino principale SK 30
Mandrino principale SK 30
Stazioni utensili 14
Maxcorsa X- 500 mm (sistema di misura indiretto)
Max. distanza percorsa Y- 380 mm (sistema di misura indiretto)
Corsa Z- 300 mm (sistema di misura indiretto)
Fabbisogno d'aria 1000 I/min
Pneumatica 5-6 bar
Controllo FANUC 16i MA
Potenza allacciata 9 KVA
Tensione valvola 24 V=
Tensione di controllo 24 V=
Tensione di esercizio 400/50 V/Hz
Hoofdspindel SK 30
Hoofdspindel SK 30
Gereedschapsstations 14
Verplaatsing X- 500 mm (meetsysteem indirect)
Verplaatsing Y- 380 mm (meetsysteem indirect)
Pad Z - 300 mm (meetsysteem indirect)
Luchtbehoefte 1000 I/min
Pneumatiek 5-6 bar
Besturing FANUC 16i MA
Wl. aansluitvermogen 9 KVA
Ventielspanning 24 V=
Stuurspanning 24 V=
Bedrijfsspanning 400/50 V/Hz
Fanuc
Wrzeciono główne SK 30
Wrzeciono główne SK 30
Stacje narzędziowe 14
Przesuw X- 500 mm (układ pomiarowy pośredni)
Przesuw Y- 380 mm (układ pomiarowy pośredni)
Ścieżka Z- 300 mm (układ pomiarowy pośredni)
Zapotrzebowanie na powietrze 1000 I/min
Pneumatyka 5-6 bar
Sterowanie FANUC 16i MA
Moc przyłączeniowa 9 KVA
Napięcie zaworu 24 V=
Napięcie sterujące 24 V=
Napięcie robocze 400/50 V/Hz
Fanuc
Ax principal SK 30
Ax principal SK 30
Stații de scule 14
Cursa X- 500 mm (sistem de măsurare indirect)
Cursa Y- 380 mm (sistem de masurare indirect)
Traseu Z- 300 mm (sistem de măsurare indirect)
Necesar de aer 1000 I/min
Pneumatică 5-6 bar
Control FANUC 16i MA
Încărcătură conectată 9 KVA
Tensiunea supapei 24 V=
Tensiune de control 24 V=
Tensiune de funcționare 400/50 V/Hz
Huvudspindel SK 30
Huvudspindel SK 30
Stationer för verktyg 14
Slaglängd X-500 mm (mätsystem indirekt)
Slaglängd Y-380 mm (mätsystem indirekt)
Väg Z- 300 mm (mätsystem indirekt)
Luftbehov 1000 I/min
Pneumatik 5-6 bar
Kontroll FANUC 16i MA
Wl. ansluten last 9 KVA
Ventilspänning 24 V=
Styrspänning 24 V=
Driftspänning 400/50 V/Hz