PPprint Starter Kit 330x240mm - Raise3D E2 series - [3D Material-Shop]
PPprint Starter Kit 330x240mm - Raise3D E2 series - [3D Material-Shop]
PPprint Starter Kit 330x240mm - Raise3D E2 series - [3D Material-Shop]
PPprint Starter Kit 330x240mm - Raise3D E2 series - 3D Material-Shop
PPprint Starter Kit 330x240mm - Raise3D E2 series - 3D Material-Shop
PPprint Starter Kit 330x240mm - Raise3D E2 series - 3D Material-Shop
PPprint Starter Kit 330x240mm - Raise3D E2 series - 3D Material-Shop

PPprint Starter Kit 330x240mm - Raise3D E2 series

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"PPprint Starter Kit 330x240mm - Raise3D E2 series"

"PPprint Starter Kit 330x240mm - Raise3D E2 series" The PP Print Starter Kit contains all products that are required for successful printing with polypropylene and is adapted to the size of the Raise3D E2 Series printer.

It contains the following items:

P-surface 141 in 330x240mm P-adhesive 220 in 330x240mm P-roller 621 P-cleaner 10ml P-cutter

Attention: Picture shows P-Wipe. This is not included!

Optimized for use on the E2 in combination with PPPrint 721 filament.

'P-surface 141' is a rubbery mat that can be used in 3D printing for a long time. 'P-surface 141' adheres to smooth surfaces such as a glass print bed. If this is not the case, the use of 'P-adhesive 220' film is recommended. 'P-surface 141' offers a perfect surface for 3D printing with PP-based filaments. When applying 'P-surface 141' make sure that the logo is visible so that the correct side is used for printing. 'P-surface 141' can be used directly on the surface without further pre-treatment and additional adhesive. We recommend starting 3D printing with a print bed temperature of 80°C for the first layer and then letting it cool down to room temperature. Because at low temperatures the adhesion of the printed object is even stronger with the 'P-surface 141'. After the print is finished, it is best to heat the print bed to 100-110°C, wait about 20 minutes for the temperature to really reach the print object, and then remove the print object by tilting and lifting it slightly.

'P-surface 141' is a very high-quality, heat-resistant printing surface that has been patent pending in combination with the extrusion-based 3D printing of PP-based filaments. This combination was developed to withstand the typical temperatures on heated print beds (max. 110 - 125°C) for extrusion-based 3D printing and to ensure optimal adhesion of the component during printing. Due to the optimized quality of 'P-surface 141', the component adheres perfectly to the surface and warping is minimized. The removal of the print objects from the print bed surface works best at an increased print bed temperature of approx. 100 °C.

' P-surface 141 ' offers the following advantages for extrusion-based 3D printing:

  • 'P-surface 141' works great in combination with PP-based filaments.
  • 'P-surface 141' can also be used with PLA, ABS, PETG, PA12 and other filaments.
  • 'P-surface 141' does not require any pre-treatment (such as applying suspensions or hairspray).
  • 'P-surface 141' can be used on smooth surfaces such as. e.g. glass, can be installed easily and without adhesive.
  • 'P-surface 141' can be fixed to almost all printer beds with the help of 'P-adhesive 220'.
  • 'P-surface 141' is very durable when used and cared for properly.
  • 'P-surface 141' offers optimal adhesion of the print object to the print bed surface. Adhesion to the printed object decreases above 90 °C. This makes it easier to remove firmly stuck objects after completion at a print bed temperature of around 100 °C.

Application of ' P-surface 141 '

Before you apply 'P-surface 141', the surface of your printer bed must be thoroughly cleaned (see also P-surface cleaner 298) and dried. Immediately after removing the protective film, place 'P-surface 141' on your print bed with the logo facing up and begin to fix 'P-surface 141' with the supplied hand roller from the center outwards with light pressure. To do this, first drive from the center to the right and left and then from the center to the front and back. Repeat the pressing process with more pressure and push the air bubbles outwards until 'P-surface 141' lies flat on the surface. If air bubbles are trapped, the air can also be removed by piercing with a thin needle. To do this, press the air towards the needle with the help of the 'P-roller 621' (leave the needle in). It is best to repeat the pressing process on the heated printing bed again. If 'P-surface 141' detaches or lifts at one point, repeat the pressing process to reattach it. You can remove 'P-surface 141' as often as you like, clean it (see below) and reapply it after the pressing procedure described above.

If your 3D printer does not have a suitable smooth printer bed (e.g. glass) and 'P-surface 141' does not adhere sufficiently by itself, you should use the supplied double-sided adhesive film 'P-adhesive 220' for attachment (see also Description 'P-adhesive 220').

Maintenance of 'P-surface 141'

If 'P-surface 141' becomes contaminated over time and the adhesion to the printed component or the printer bed decreases as a result, 'P-surface 141' can be thoroughly cleaned with the P-surface cleaner 298 or, if not available, with detergent and water, afterwards rinsed off with plenty of water and reapplied after drying (see “Application” above).

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