Machine tables - Import export

The Wattsan 0503 CO2 laser cutting machine is an advanced medium format model for laser cutting and engraving non-metal materials. Laser cutting machine designed for serial laser cutting and engraving, it can easily handle wood, plywood, cardboard, paper, plexiglass, acrylic, plastic, rubber, leather, fabric,s and fur. Through table: enables the laser cnc machine to work with materials of unlimited length. The design of the equipment allows you to remove the front wall and use the freed space for through cutting. Work area - 500x300 mm with a manual lifting table, which is necessary for processing bulky products up to 20cm (7.87 in) thick, makes it possible to install a rotary device. And then the CO2 laser machine is used for engraving on cylindrical surfaces. It will be convenient for you to work with different heights of the material. Work area====500 x 300 mm Tube power====60W Max engraving speed====700 mm /s Dimensions====650 mm * 1040 mm * 575 mm Net Weight====104kg

0203 micro - Table CNC Laser Machine The Wattsan 0203 micro is a tabletop laser machine designed for hobby and small-scale production. Compact and relatively light, this laser machine can be placed on a work surface or even a table and is ideal for use in workshops or garages. Engraving : wood, plywood, cardboard, paper, plastic, plexiglass (acrylic), leather, fabric, fur, PET, MDF, glass, stone etc. Cutting : wood, plywood, cardboard, paper, plastic, plexiglass (acrylic), leather, fabric, fur, PET, MDF, rubber, paronite, foam rubber Laser machine Wattsan 0203 micro is equipped with a 40W laser tube. Tube service life = 1500h. Work area = 200 x 300 mm Tube power = 40W Max engraving speed = 700 mm Dimensions = 810 mm * 500 mm * 265 mm Net Weight = 38 kg

WATTSAN 1325 BASIC fiber laser machine is an economical and practical machine for cutting thin sheet metal. The metal cutting machine works with stainless and carbon steel, copper, aluminum, titanium and other materials. This machine is often purchased for manufacture, such as aviation, astronautics and mechanical engineering. We can install Maxphotonics / Raycus / IPG fiber laser emitter for choice. The main advantage of a fiber laser over a gas laser is its high speed and accuracy of operation, as well as durability: the life of the ignition unit is 100,000 hours, i.e. years of continuous operation. The machine has a working table 1300x2500 mm. WATTSAN 1325 BASIC laser machine is a high-precision device with a reliable control system. It has a high-quality fiber laser emitter. Of course, such a device will last a long time, because the declared service life of the frame is 20 years.

WATTSAN M1 2030 wide-format machine has a large working area of ​​2000×3000 mm with a slatted table top. The design includes a spindle with an ER-25 collet chuck and a power of 6 kW. An air cooling system and a built-in vacuum cleaner for collecting wood chips and dust are also available for an additional fee. The leadshine 860 stepper motor driver is responsible for moving the portal, the machine is controlled by the operator through NcStudio. The body of the machine is a welded structure made of steel profile, the weight of the machine is 1400 kg. The maximum travel speed along the axes is 25 000 mm/min, the maximum travel speed during operation is 15 000 mm/min. The spindle speed reaches 24 000 rpm. If you want a more upgraded machine, we can install: Vacuum table. DSP controller. Syntec control system. chip removal system. manual auto lubrication. more powerful spindle or additional cutting heads. rotary device for processing cylindrical products. tool sensor.

CNC milling and engraving machine WATTSAN A1 1325 is a multi-purpose equipment for engraving, cutting and 3D milling sheets of materials. WATTSAN A1 1325 has a grid type working table of 1300×2500×200 mm, but additionally we can install a vacuum table, that holds the sheet material in place and significantly ease the process. A spindle ER-25 with collet has power of 3 kW, water cooling system. The portal moved by step engine controlled by driver Yako 2405. Frame of the machine is welded from steel profiles construction; weight of the machine is 800 kg. Max speed of movement along axis is up to 25 000 mm/min, max working speed is 15 000 mm/min. Spindle rotation speed can reach 24 000 rpm. The machine controlled by NC-Studio control system. We can modernize the machine with the following: vacuum table, DSP controller, Syntec control system; chip removal system, automatic lubrication, more powerful spindle or additional cutting heads, rotator for cylinder shaped parts, tool sensor.

CNC milling and engraving machine WATTSAN A1 1616 is a cost efficient, easy-to-use and multi-purpose equipment. The machine performs a cutting and engraving, also WATTSAN A1 1616 can perform a 3D milling. WATTSAN A1 1616 has working area of 1600×1600×200 mm, spindle ER-25 with power of 2.2 kW, water cooling system. The portal is moved by step engine controlled by driver Yako 2405. Operator controls the machine with control system NC-Studio. Frame of the machine is welded from steel profiles construction; weight of the machine is 500kg. Max speed of spindle movement along axis is up to 25 000 mm/min, max working speed is 15 000 mm/min. Spindle rotation speed can reach 24 000 rpm. The working table has a T-slot grid plate. We can modernize the machine with the following: vacuum table, DSP controller, chip removal system, automatic lubrication, more powerful spindle or additional cutting heads, rotator for cylinder shaped parts, tool sensor.

WATTSAN М1 1313 has a grid type working table of 1300×1300×200 mm, but additionally we can install a vacuum table, that holds the sheet material in place and significantly ease the process. The construction includes a spindle ER-25 with collet and power of 2.2 kW, water cooling system. The portal moved by step engine driver Leadshine 860. Operator controls the machine with control system NC-Studio. Frame of the machine is welded from steel profiles construction; weight of the machine is 700kg. Max speed of spindle movement along axis is up to 25 000mm/min, max working speed is 15 000mm/min. Spindle rotation speed can reach 24 000 rpm. We can modernize the machine with the following: vacuum table, DSP controller, chip removal system, automatic lubrication, more powerful spindle or additional cutting heads, rotator for cylinder shaped parts, tool sensor.

WATTSAN A1 1313 machine has a working field of 1300×1300×200 mm, an ER-20 spindle with a power of 2.2 kW, and a water cooling system. A stepper motor controlled by the Yako 2405 driver is responsible for moving the portal. The body of the machine is a welded structure made of steel profile, the weight of the machine is 500 kg. The maximum travel speed along the axes is 25,000 mm/min, the maximum speed in operation is 15 000 mm/min. Spindle speed can reach 24000 rpm. The table has a slatted T-slot cover. The machine is controlled by NcStudio software. To upgrade this machine, we can install: vacuum table. DSP controller. Chip removal system. Manual auto lubrication. More powerful spindle or additional cutting heads. Rotary device for processing cylindrical products. Tool sensor.

Plywood sheets are available in various thicknesses between 1 and 40 millimeters. The standard size these sheets can be found in is 1 by 2 meters, this makes our BRM Open Bed laser machine the best option with its larger size when it comes to cutting plywood sheets. Not only is the work surface larger, but it is also more flexible than that of the closed laser machines. The table can be adjusted separately from the rest of the machine. Some models come with an automatic height adjustable work table, this allows the machine to be set to the correct focal height with the touch of a button. This is very useful when you often change materials with different thicknesses when cutting and engraving. Many possibilities with plywood Many different kinds of plywood are tailored to the application of the finished product. For example, there is Construction plywood which is widely used in wood construction. The focus here is mainly on the strength of the material because