Fiber metal cutting machine WATTSAN 1530 ROTATORY

Work area:
1500x3000 mm
Laser power:
up to 6000 W
All characteristics

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Price on request

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Fiber metal cutting machine WATTSAN 1530 ROTATORY

Unique selling proposition

  • 2 years warranty

  • Training

  • Lifelong support

  • High performance

Brief of Fiber metal cutting machine WATTSAN 1530 ROTATORY

WATTSAN 1530 ROTATORY has a rotary device for cutting cylindrical products. This machine is purchased for cutting steel tubes, galvanized and stainless steel, aluminum, brass and other materials. The machine is most often used in aviation, aerospace and mechanical engineering, as well as for the manufacture of auto parts, advertising products and household appliances.

You can install a radiator of any power: 1000/1500/2000/3000/4000/5000 Watts. Important: the machine is equipped with a protective cabin with a power of 1000 Watts. Optional fiber laser emitter: Max / Raycus / IPG. Each of them is distinguished by high accuracy and speed of work, durability, but there are also differences. IPG is considered a premium model, it gives the best result and speed. The service life of the emitter ignition unit is about 100 000 hours.

This machine has practically no consumables, except for the protective glass for the lens, which must be changed at least once a month. The lens itself needs to be renewed approximately once a year.

Purchase procedure

  • Equipment selection

    We assist you in making your choice of a machine matching your needs

  • Sending invoice

    We agree on the complete set of the machine and sending the invoice with the final cost of the equipment.

  • Payment

    In full if the machine is in stock. 50% in advance 50% at the delivery if the machine is not in stock.

  • We check the machine

    The 3 step quality control: at the Wattsan factory, at our warehouse in the Netherlands, before the delivery.

  • Delivery or pick-up

    Either a transport company or you pick up the machine from our warehouse.

  • Launching equipment

    We are here to assist you whenever you need support.

Technical characteristics

Rotator seats:
Yes
Work area:
1500x3000 mm
Frame:
Moulded with strengthening, Metal sheet, Welded from thick-walled steel tube
Laser type:
Raycus / MAX Photonics / IPG
Laser power:
up to 6000 W
Laser head:
Raytools/Precitec/WSX
Repositioning accuracy:
±0.02 mm
Z Engine power W:
400 W
XY Engine power:
1000/1500 W
Structure of XY axis:
Guides HIWIN / Helical rack LEAN / Leitesen
Structure of Z axis:
HIWIN Guides / Ball Screws
Height sensor:
Automatic capacitive
Grease system:
semi-automatic, Automatic centralized
Max. movement speed:
100/120 m/min
Max. working speed:
Depends on the material
Additional gas:
argon, Oxygen, nitrogen, air
Power electrics:
Schneider
Software:
FSCut
Height control system:
BCS100
Type of end sensors:
Inductive
Control system:
FSCUT 2000

Ask questions

  • A fiber-optic laser is best suited for cutting metal, but a specially equipped CO2 laser with a high-power laser tube may also be suitable for this purpose. However, it should be borne in mind that the thickness of the metal for cutting with a CO2 laser is limited to 1.5 mm, while a fiber-optic laser is capable of cutting up to 25 mm.

  • The cost of an hour of laser cutting depends not only on the power of the laser machine and the speed of its operation, but also on a number of other factors, such as: the professional skills of the machine operator, the cost of renting a production room, the cost and consumption of electricity, the cost of the material itself, the amount of scrap and downtime of the machine, and much more. In order to unambiguously answer the question about the cost of an hour of laser cutting, it is necessary to take into account all these parameters.

  • A focused laser beam is applied to the metal surface, as a result of which it melts, the molten material is blown out of the cutting zone with the help of an auxiliary gas.

  • The power of the laser emitter depends on the thickness of the material being processed and the desired processing speed. For example, a 1 kW emitter will cut 1 mm thick stainless steel at a speed of 13 m/min, and a 3 kW emitter will cut the same material at a speed of about 35 m/min. Here everything depends on the budget and the expediency of using the maximum possible capacity. Although it can be said that in today's competitive realities it does not make sense to buy a laser machine with a power of less than 1 kW. 

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