Fiber metal cutting machine WATTSAN 1313 A In stock

Working area:: 1300x1300 mm
Laser power:: up to 3000 W
Machine size:: 2980х2140х1800 mm
Weight:: 1200 kg
Max. movement speed:: 80 m/min

Fiber Laser Metal Cutting Machine 1313 A

Quick function switching
Framed structure
No precutting required
High precision and speed

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Wattsan 1313 A Laser Metal Cutter

This metal cutting machine is lighter than the models in the E, S, and HARD series due to its bed being constructed from thick-walled tubes. Its lower profile contributes to enhanced stability. To further increase durability, the bed is lined with fire bricks and features roll-out carts for convenience.

The design boosts both durability and efficiency. With a working area of 1300×1300 mm, this machine can cut metal sheets up to 3–4 mm thick continuously, 24/7. Though it's the smallest in its series, it delivers the same power as the larger models. Its standout feature is its compact and user-friendly design, making it ideal for small spaces. It can process a variety of metals including stainless steel, carbon steel, galvanized steel, copper, and aluminum.

This lightweight and compact model is more affordable, making it accessible for smaller and start-up businesses, all while maintaining the high quality standards of Wattsan.

Adjust the cutting process for your production

CYPCUT software has simple user-oriented controls. The implemented functions greatly simplify and optimize the cutting process.

FLYCUT
RINGCUT
NESTING
EDGESEEK
MICRO JOINT
COEDGE

FLYCUT technology allows you to determine the shortest and most efficient cutting trajectory enabling fast cutting of round and rectangular holes in sheet metal with thicknesses up to 1 mm. In this case the laser head works without lifting and lowering which ensures high speed of work and saves gas. This mode is suitable if you are manufacturing ventilation systems.
Prevents corners from melting and increases the quality of manufactured products due to the laser head looping at each corner and not stopping. The obtained corners are clear and even. RINGCUT function is suitable for working with thicker materials or for cutting products with multiple corners where precision is important, e.g. gears, monograms, souvenirs, etc.
Professional optimization of the arrangement of parts on the sheet suitable for the production of promotional products. NESTING function allows to lay out parts on the sheet as efficiently and as close to each other as possible so that there are no gaps. This allows saving material.
Allows to precisely determine the position of the sheet in the work area using three reference points. You can only put the material on the work area, specify its dimensions in the program and the machine will do everything itself. You do not need to put the material perfectly on the table.
It is used to insert micro-joints into the processing path so that the parts do not land on its side. In this case it is easy to remove the parts after cutting. This saves working head from colliding with parts during operation. This function allows producing small parts for promotional and souvenir products without losing them in the work area.
This mode allows to join lines that are close to each other, that is to join them so that the laser head does not cut in the same place. This function will greatly improve performance and reduce the operation time. This function is suitable for mass production, for example, while manufacturing workpieces, promotional and souvenir products, etc.

Materials

– cutting

Carbon steel
Stainless steel
Galvanized steel
Aluminium
Copper
Brass
Titanium

Metal cutters from Wattsan — forget about repairs and downtime

Efficient Material Handling
Gantry is made out of aviation aluminum. It provides high durability, rigidity, light weight, corrosion and oxidation resistance, and a high speed of movement. That helps equipment manage heavy loads and prevent deformations. All that guarantees long-term and trouble-free operations.
Intelligent Control System
The inner parts of the bed and roll-out curts are strengthened with fire bricks. Those can handle temperatures up to 1720 °C, which is comparable to the temperatures that can be absorbed by the space shuttle that goes into the atmosphere. That’s made to eliminate the potential for deformations or the possibility for the laser to cut through the bed itself.
Segregation of duties |
Four table parts make up the modular construction of this machine. It provides protection from thermal effects. Also, it increases the sustaining capability. In the event of a necessity for change, you can easily swap only the needed part, not the whole table.
Light and steady
This model has a lower bed made from thick-walled profile tubes. This makes the structure lighter but at the same time more stable; the closer to the floor, the better the stability. The frame has also undergone heat treatment and robotic milling, like all the other ones in Wattsan machines.
Secure the machine from wear
The model is equipped with a centralized automated lubrication system for further convenience. It takes care of all the moving parts at regular intervals. This technology allows you to worry only about the oil level while also extending the machine's life. There is also a specific feature that alerts the control system when it runs out of oil.
Efficient Dust Removal
The machine has a hollow frame at its base, where there are grids, three on the left and right sides, through which dust and gas are removed using an extraction machine at the end of the system. This increases the volume of removed gas and dust while keeping the system's total capacity constant.

Firm frame structure of Wattsan machines

During the machine operation inertia of gentry motion is transferred to the frame which is subjected to significant loads. Therefore material and structure of the machine play a significant role in securing the machine against deformation and breakage.

In the process of designing the machine, all kinds of tests of static and dynamic loads were carried out to identify the maximum allowable deformations of the table and machine bed in order to maintain the correct geometry of the structure. Due to the selected design configuration, the maximum load on the table is increased by 800 kg of distributed weight. This allows you to process materials up to 15 mm thick, with a cut quality of +-0.01 mm and 24/7 and ensures the durability of the bed up to 10 years.
Wattsan frames are designed according to the latest technology, their primary objective is to avoid vibration when operating at design speeds and accelerations. The frame is installed on vibration mounts or is anchored to a 50 cm thick concrete pad.
All frames undergo multi-stage heat treatment within a day which results in less vibration during machine operation. This technology allows to release tension from metal and increase the machine’s service life from 10 years and more.

E-series

Equipped with one-piece electrowelded frame and an extrusion-type gantry for high accelerations. Suitable for cutting rolled metal.

6-8 mm

Frame thickness

80 m/min

Travelling speed

Up to 1.5 kW

Laser power

Aluminium

Gantry material
S-series

The S-series gantry is reinforced with titanium ribs. Perfect for working with large volumes of production.

10-12 mm

Frame thickness

120 m/min

Travelling speed

Up to 6 kW

Laser power

Aluminium + Titanium

Gantry material
Hard version

Hard version has three layers of thermal protection. Designed for work at maximum speed and large production volumes.

>16mm

Frame thickness

Up to 210 m/min

Travelling speed

Up to 20 kW

Laser power

Aluminium + Titanium

Gantry material

Comparison table

Source power	1000 W	1500 W	3000 W	6000 W
Carbon steel (Oxygen)
Thickness, mm	Speed (m/min)
1	10	22	34	42
2	6,2	6,8	7,5	8,2
3	3	3,6	4,4	5,5
4	2,2	2,8	3,8	5
5	1,8	2,4	3,2	3,6
6	1,6	2	2,6	3,4
8	1,2	1,4	2,2	3
10	0,8	1	1,6	2,4
12		0,8	1,4	2
14		0,6	1	1,3
16			0,8	1,1
18			0,7	1
20			0,6	0,9
22			0,5	0,8
24				0,6
24				0,4
Stainless steel (Nitrogen)
Source power	1000 W	1500 W	3000 W	6000 W
Thickness, mm	Speed (m/min)
1	23,8	26,4	34	41,4
2	10,8	11,9	15,4	28,6
3	2,3	4,1	8,6	15,8
4	1,3	2,2	5,5	9,4
5	0,7	1,2	4,3	6
6		1	3,1	4,7
8			2	3,3
10			0,8	1,3
12			0,5	1,3
14				0,8
16				0,6
Aluminum (Nitrogen)
Source power	1000 W	1500 W	3000 W	6000 W
Thickness, mm	Speed (m/min)
1	8,4	16	34	42
2	3,4	6,6	15	25,5
3	1,4	3,8	7,6	14,6
4		1,4	4	5,8
5			3,3	4,9
6			2,1	4,1
8			0,9	2
10			0,6	1,7
12				0,8
14				0,6
16				0,5
Copper (Nitrogen)
Source power	1000 W	1500 W	3000 W	6000 W
Thickness, mm	Speed (m/min)
1	8	12	22	32
2	3,2	4	8	12
3	1	2,2	5,2	6,4
4		1,4	4	5,4
5			1,8	3,2
6			1,4	2,2
8			0,6	1,2
10				0,6
12				0,4
Brass (Nitgoren)
Source power	1000 W	1500 W	3000 W	6000 W
Thickness, mm	Speed (m/min)
1	7	10	22	35
2	2	4	12	20
3	0,5	1,8	5	12
4		1	3	9
5			2	6,5
6			1,3	3,8
8			0,6	1,8
10				1
12				0,7

High-tech equipment and verified accuracy are guaranteed

Protective cover

This protects MITSUBISHI servomotors, SHIMPO planetary gearboxes and HIWIN guide rails from external influences.
Protective cover laser head

This protects the main components of the laser head.
Rail with wires

The bus allows you to store electric cables for the movement of the gantry.
Protective chain for fibreglass

The chain protects the fibre-optic cable and wires for the laser head.
Pressure sensor

This controls and regulates the gas pressure for the laser head.
HIWIN bearings

The laser head is moved by Hiwin bearings. It provides smooth running, high load capacity and low noise.
MITSUBISHI Servomotors

MITSUBISHI's servo motors have smaller dimensions, double life, minimal vibration, gears up to 2G, easy replacement and maintenance.
SHIMPO planetary gearboxes

SHIMPO planetary gearboxes convert the torque from the servo motor and transmit it to the skew gear which drives the gantry and helps it move smoothly.
HIWIN guides

HIWIN guides have high precision and reliability, low friction and easy installation. They are synonymous with “reliability”. Rail guides shall be installed on the frame under expert supervision!
LEAN helical racks

Help the machine to withstand loads at the required speed and ensure smooth gantry movement. Helical racks shall be installed on the frame under expert supervision!

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.

Laser head for your tasks

Wattsan metal cutters are equipped with laser heads from popular manufacturers such as Raytools, BOCI and Precitec.

1. QBH connector
  
  It is the link between the fiber optic cable and laser head. It prevents beam return thus protecting the laser source.
2. Collimator module
  
  Is is used for narrowing and adjusting the laser beam. It makes the laser beam suitable for further transmission to the focusing module. It should not be replaced more or less than once a year.
1. Focusing module with position controller
  
  Dynamically adjusts focal distance during operation to ensure deep and quality cuts.
2. Protective glasses
  
  Protective glasses protect expensive focusing optics against dust, dirt and sparks. The upper glass is rarely replaced. The lower protective glass is the main consumable.
3. Induction sensor
  
  It maintenances the correct nozzle height above the material which ensures a stale cut regardless of material curvature.
1. Ceramic nozzle adapter
  
  It protects the cutting head from heat generated during laser cutting.
2. Nozzle
  
  Ensures that the gas jet and laser beam are aligned for a better cut.

Experiences from enthusiastic bloggers

This laser engraver can engrave without any problem. How fast and easy it is able to customize products!

Riccardo Muscarella
Machine has a perfectly flat surface. It makes repetitive work easier for me!

Matteo Moras
Great job done within an hour. Thanks to the speed of the laser CO2 machine.

Roberto D'Adago
This model is great, and laser precision is crazy, it’s sharp as a razor!

Roger Jungo

Weight:: 1200 kg

Machine size:: 2980х2140х1800 mm

Working area:: 1300x1300 mm

Frame:: Moulded with strengthening, Metal sheet, Welded from thick-walled steel tube

Laser power:: up to 3000 W

Laser head:: Raytools / Precitec / BOCI

Laser type:: Raycus / MAX Photonics / IPG

Z Engine power W:: 400 W

XY Engine power:: 750 W

Structure of XY axis:: HIWIN Guides/ Helical rack

Structure of Z axis:: HIWIN Guides / Ball Screws

Height sensor:: Automatic capacitive

Grease system:: Automatic centralized, semi-automatic

Max. movement speed:: 80 m/min

Engine on X and Y:: Delta

Max. working speed:: Depends on the material

Additional gas:: air, argon, nitrogen, Oxygen

Repositioning accuracy:: ±0.02 mm

Type of end sensors:: Inductive

Control system:: Raytools XC3000S

Power electrics:: Siemens

Software:: FSCut

Height control system:: BCS100

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.