Экструдер UniHot — разработка компании, используется только в 3D принтерах модельного ряда Hercules.

Стабильно работает со всеми доступными материалами
для печати по технологии FDM. Имеет возможность смены сопла от 0,2 до 1,2 мм.

UniHot — самый производительный экструдер для печати гибкими материалами, что подтверждается сертификатомот производителя расходных материалов REC.

Объём: 100 мл

Клей для повышения адгезии при печати. Для лучшего прилипания печатаемого изделия к рабочей поверхности и избежания срывов модели.

Клей прекрасно подходит для FDM печати на подогреваемой платформе всеми видами пластиков.

Способ применения: перед печатью нанесите раствор клея на ткань и протрите ей поверхность стола подогреваемой платформы. Для лёгкого снятия изделия со стола, после печати, дождитесь охлаждения рабочей поверхности до 30°C.

Сопло D / 0,2 мм
Используется для печати высокодетализированных и мелких изделий.

Рекомендуемое значение высоты слоя: 0,08 мм, но может варьироваться от 0,02 мм до 0,1 мм.


Сопло D / 0,3 мм
Используется для печати изделий любых размеров, в том числе изделий с повышенной детализацией. Не рекомендуется использовать для печати крупногабаритных моделей из-за длительного времени изготовления.

Рекомендуемое значение высоты слоя: 0,1 мм, но может варьироваться от 0,02 мм до 0,25 мм.


Сопло D / 0,5 мм
Подходит для печати средне и крупногабаритных изделий. Позволяет получать хорошее качество поверхности, значительно сокращая время печати.

Рекомендуемое значение высоты слоя: 0,2 мм, но может варьироваться от 0,1 мм до 0,4 мм.


Сопло D / 0,8 мм
Самое оптимальное сопло по соотношению производительность/грубость поверхности.

Рекомендуемое значение высоты слоя: 0,3 мм, но может варьироваться от 0,2 мм до 0,6 мм.


Сопло D / 1 мм
Используется для изготовления габаритных моделей.

Рекомендуемое значение высоты слоя: 0,45 мм, но может варьироваться от 0,3 мм до 0,8 мм.


Сопло D / 1,2 мм
Используется для изготовления габаритных моделей.

Рекомендуемое значение высоты слоя: 0,45 мм, но может варьироваться от 0,3 мм до 0,8 мм.

Стекло для 3D принтера Hercules Strong 2017 / 1230 ₽
Размер: 300х300 мм

Данное стекло установлено в принтерах с серийными номерами с HS2170126 по HS2170130, с HS2170140 и т.д.

Стекло съёмное, подогреваемая платформа в комплекте не поставляется.
Дополнительно рекомендуется использовать клей для повышения адгезии «Иолай» или плёнку для стола.


Стекло для 3D принтера Hercules Strong 2017 / 10 000 ₽
Размер: 300х300 мм

Стекло съёмное, поставляется в сборе с подогреваемым элементом (силиконовая грелка).
Обязательно использовать пленку для защиты поверхности стекла.

Стекло для 3D принтера Hercules 2016 / 199 ₽
Размер: 180х180 мм

Стекло съёмное, подогреваемая платформа в комплекте не поставляется.
Дополнительно рекомендуется использовать клей для повышения адгезии «Иолай» или плёнку для стола.


Стекло для 3D принтера Hercules 2018 / 240 ₽
Размер: 200х200 мм

Стекло съёмное, подогреваемая платформа в комплекте не поставляется.
Дополнительно рекомендуется использовать клей для повышения адгезии «Иолай» или плёнку для стола.

Плёнка для повышения адгезии. Рекомендуется для использования на 3D принтерах Hercules Strong.

Плёнка также служит защитой от механических повреждений стеклянной поверхности принтера при отсоединении изделия.

Рекомендуется наклеивать при нагретой поверхности. Снимать изделие рекомендуется после остывания.

Use material from BfBronze Bestfilament print decorative products with a stunning bronze finish. Neat grinding of the model will allow even brighter Shine to the particles of bronze powder.

Recommended print settings

Extruder: 215–235 °C
Platform: 60–80 °C

Advice from Bestfilament

For quality printing, use nozzles of diameter 0,5 mm and more.

C BfWood from Bestfilament you can get stylish pieces with the wood texture, but also by changing the temperature during printing to achieve a smooth change of the shade material.

Recommended print settings

Extruder: 215–235 °C
Platform: 60–80 °C

Advice from Bestfilament

For quality printing, use a nozzle with a diameter of 0,5 mm and more.

The most popular plastic for prototyping and creating изделийWatson light transmitting plastic are available in different colors.

Benefits Watson Bestfilament

• Transparent (up to 93% light transmission). Colouring material gives a very beautiful effect
• Bright, juicy colors
• No smell when printing
• Extremely low moisture absorption
• Tolerance for contact with food products
• High gloss surface
• Low stiffness at low thickness
• High heat resistance
• The ability to withstand large strains in bending without breaking

Watson (styrene butadiene copolymer). Strength, ductility and heat resistance make it a material that is often favoured in engineering and mechanical applications. The modulus of elasticity is much less than that of ABS, i.e., the printed parts are more flexible. The thread will not break off and will not break when printing.

Recommended print settings

Extruder: 230–240 °C
Platform: 90–100 °C
Solvents: lemon, dichloromethane, xylene, solvent

Advice from Bestfilament

To achieve the visual effect of glass recommend you to use lemon, dichloromethane, xylene or solvent.

Durable material, very resistant to abrasion. Ideal for printing gears and other structures exposed to severe mechanical loads.

Recommended print settings

Print temperature: 220–230 °C
Table: 90–100 °C

Weatherproof analogue of ABS plastic. It has a high rigidity, resistant to diluted acids, mineral oils, diesel fuel. Unlike ABS plastic, ASA-plastic is resistant to UV radiation. Does not yellow outdoors. Well recycled. ASA plastic is designed for making ceiling lamps, exterior car parts, lighting products.

The use of the automated line quality control ensures the deviation of the diameter of the rod within the coil is not more than 0,02 mm. For the production of ABS rod Bestfilament we use high quality Korean raw material, which can significantly reduce the degree of deformation of large parts.

Recommended print settings

Extruder: 220–270 °C
Platform: 90–110 °C

Advice from Bestfilament

To improve adhesion coated plastic platform recommend you to use a hairspray or a solution of abs in acetone.

Is a wear-resistant copolyester (combination). PET means terephthalate and G says that he modified with glycolfor greater durability. Durable material, exceptionally strong and no smell when printing.

The use of the automated line quality control ensures the deviation of the diameter of the rod within the coil is not more than 0,02 mm.

Recommended print settings

Extruder: 220–245 °C
Platform: 60 °C

Advice from Bestfilament

If you have problems with the removal of the finished model from the table, we recommend you extremely cool product, remove snow, put in the freezer.

Flexible BFLEX soft material. The material is ideal for printing flexible products: gaskets, spacers, dampers, wheels.

If you feel confident enough when printing "normal" plastics, we advise you to pay attention to the line composite material Bestfilament, as well as on the plastic Watson – all consumables can be easily purchased in the online store bestfilament.ru

Recommended print settings

Extruder: 220–250 °C
Platform: 80–90 °C

Is popular as a material for the supports when printing in conjunction with ABS. HIPS has the same print settings as ABS, which makes them an excellent set for dual extrusion. To remove the support from the HIPS, you can use d-limonene, while the model does not remain traces from the supports.

HIPS is perfect not only for printing supports, it also has less shrinkage during printing, making it an excellent choice for printing models demanding a clear size. HIPS are easier than ABS and is ideal for models where important light weight.

Recommended print settings

Extruder: 230–260 °C
Platform: 90–100 °C
Airflow models: Yes
Print speed: 40–80 mm/s
Retracts: Yes
Shrinkage in the manufacture of products: 0,4%
Solvents: Lemon

Advice from Bestfilament

Along with ABS is a great pair for dual extrusion. Printed support HIPS dissolves in limonene, leaving no residue on the model, printed ABS.

HIPS is softer, easier to process mechanically than PLA or ABS.

For best results when printing HIPS recommend you to turn on air cooling (cooling) of the nozzle. This will allow the layers to harden evenly, the printed surface will be more smooth.

Plastics one of the first in the history of 3D printing. ABS remains popular due to its durability, which allows you to print high-impact details, resistant to wear and tear.

ABS also has a higher glass transition temperature, which means that the plastic can withstand higher temperatures (operating temperature up to +80°C) before it starts to deform.This makes ABS an excellent choice for printing models outdoor or high temperature applications.

When printing ABS you will need good ventilation in the room as the plastic has a smell. ABS also has a tendency to shrink when cooled, so your printer required a closed housing to maintain the temperature at the time of printing.

Model printed in ABS, easily handled with acetone to smooth the layers and create a glossy surface.

Recommended print settings

The temperature of the extruder: 230–260 °C
Temperature table: 90–110 °C
Print speed: 40–60 mm/s
Airflow models: No (May be required for small parts)
Retracts: Yes Printer enclosure: Closed
Shrinkage printing: 0,4%
Solvents: Dichloroethane, dichloromethane, acetone, ethyl acetate

Advice from Bestfilament

To improve adhesion coated plastic platform recommend you to use a hairspray or a solution of ABS in acetone.

Use only in well-ventilated areas.

To avoid twisting of the model and cracking mandatory heating the platform when printing, as well as a closed housing of the printer.

Is a mixture of PC and ABS, providing a unique combination of high processibility of ABS with excellent mechanical properties, impact resistance and temperature resistance PC.

Basic properties of PC/ABS

1 High impact resistance even at low temperature
2 Thermal stability
3 High rigidity
4 Good machinability
5 Small total shrinkage and high dimensional accuracy
6 Suitability for dyeing and print

Recommended print settings

Extruder: 250–260 °C
Platform: 100–110 °C

In the field of home 3D printing PLA plastic (polylactic acid, a structural unit of which is lactic acid) is a recognized leader. Despite the fact that PLA is quite often compared to ABS, their characteristics differ markedly.

One of the main distinguishing features of PLA is that it is easy to print. PLA has a lower printing temperature than ABS. PLA is minimally deformed when the temperature changes unlike ABS. Another significant advantage of PLA-plastic - no unpleasant smell during the printing process.

PLA is the most environmentally friendly plastic. Natural raw materials composed of PLA plastic allows threats to human health to use it for different purposes.

Recommended print settings

Extruder: 190–230 °C
Platform: 0/40–60 °C
Print speed: 40–60 mm/s
Air Cooling: Yes
Retracts: Yes
Shrinkage printing: Minor
Solvents: Dichloromethane, Dichloroethane
Operating temperature: -20 °C to +40 °C

Advice from Bestfilament

The softening temperature of PLA plastic about 50 degrees, so when there is insufficient cooling of a thermal barrier possible softening of the plastic and formation of the tube. To avoid this, provide maximum airflow of the radiator of a thermal barrier

Use a foam filter with some oil (machine or vegetable) when printing PLA plastic to prevent the formation of the tube.

PLA plastic retains plasticity for some time after cooling, which is useful, for example, to build composite models. Slightly heat the parts before Assembly to make them easier to connect.