3D-принтер Picaso Designer XL PRO S2

Description

Picaso Designer XL PRO S2 3D Printer Manufacturer - Picaso Manufacturer country - Russia Printing technology - FDM/FFF Description Designer XL PRO series 2 is an affordable tool for solving professional tasks. Active heated camera Before printing begins, the air in the 3D printer chamber is heated to a target temperature of up to 90 degrees Celsius. The set temperature is maintained continuously throughout the printing process. Thanks to this feature, the printer's camera can be used to print almost any material, including materials with high shrinkage. An actively heated camera expands the range of materials that can be used, compared to 3D printers without a heated camera. This allows you to achieve higher rates of interlayer adhesion and more accurately match the digital model. Examples of 3D printing materials: PLA, ABS, ASA, PP, TPU, PETG, HIPS are the basic materials that can be used to print on the entire camera with the best interlayer adhesion and minimal deviations from the digital model. PA (6/12), ABS (GF/CF), PC, TPU (and derivatives) are engineering materials that allow printing products with increased consumer properties (temperature, chemical resistance, physical and mechanical properties). PEEK, PEKK, PPSU, ULTEM are structural materials with high operating temperatures and the best consumer properties. The print volume in the camera is limited and depends on the geometry of the model. Print speed The new movement algorithm makes it possible to optimize all movements of the print head. As a result, the printing speed has increased without losing the surface quality of the part. New electronics and firmware A new generation of electronics has been developed, including software and hardware solutions — touch screen, control boards and drivers, wireless Wi-Fi connection and a new generation of firmware. All this significantly increases the speed of the printer. Magnetic encoders The control system for the supply and availability of plastic has been redesigned. Now all printers use magnetic encoders, which are faster than optical encoders, which in most cases avoids problems with feeding the material. Reinforced thread feeding mechanism (preparation for working with abrasive materials) The starter printer is ready to work with composite and abrasive materials. Node reliability has been improved and the service interval has been extended. Cloud-based database of printing materials profiles There are more than 70 content profiles available in the cloud service, which are constantly being updated. Each material has its own unique profile, which ensures high print quality. Users usually use no more than 5-6 different materials, so there is no need to store all the profiles in the printer's memory. Instead, you can download only the required set of profiles and use it. To quickly and conveniently write a profile to a printer, you can use the option to download it from a cloud service directly over the Internet. In addition, you can work with material profiles through the Polygon X program. image_2023-06-28_12-01-47.png Polygon X Software for job preparation and remote print monitoring The Polygon X program is PICASO 3D proprietary software for preparing assignments, transferring them to 3D printers, and monitoring 3D printing. Polygon X contains presets for the best printing and can be used even by an untrained specialist. Polygon X provides convenient operation with a large number of 3D printers at the same time without increasing the staff. It is supplied free of charge with the printer. HOT SWAP mode is the function of automatically continuing printing with the second nozzle in case it is impossible to continue printing from the starting nozzle (end of plastic, clogging of the nozzle or feed channel, plastic breakage, etc.). If you start printing a product that clearly exceeds the remaining material in the coil, you can turn on the hot-swap system, which will automatically continue printing from the second nozzle. To do this, before printing, the same material must be loaded into both feeding mechanisms and the hot-swap system must be activated. In this case, after finishing the material in the first nozzle, the printer will automatically switch to the second nozzle and continue printing without operator intervention. This is very convenient if the 3D printer is operating at an irregular time and reduces printer downtime. This feature is also useful when the amount of material needed for printing exceeds the volume of a full standard coil. Nozzle inversion Selecting the active nozzle before starting printing. Sometimes the material that is planned to be used to make the model is filled into the second nozzle. Before printing starts, you can "rename" the nozzles and start printing without having to physically refuel the material. Auto–ignition of nozzles by X - Y The printer automatically calculates the corrections between the first and second nozzles in the X-Y plane. Physically, the nozzles always have an error, and when installed in the printer, correction factors must be calculated. The system allows even an inexperienced user to combine the nozzles and achieve high-quality printing with two materials. Auto-alignment on the Z axis The printer automatically calculates the corrections between the first and second nozzles along the Z axis. Before starting printing, the printer measures the difference in the height of the nozzles and automatically introduces a correction. Quick nozzle switching To avoid deterioration of the quality of the part when printing with two materials in an inactive nozzle, it is necessary to clean plastic residues after each material switch. Cleaning can be done either in a container or by building a "cleaning tower". However, by using control systems and a material profile system, the need for cleaning can be avoided. Due to this, switching between materials takes less than a second, which significantly saves time when printing two materials.

Specifications

• Manufacturer's article number

  Picaso Designer XL PRO S2

• Manufacturer country

  Russia