Creality K8
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Creality K8 - FDM 3D printer

CREALITY-K8
4,995.00 € 4,995.00 €
Tax excl.
Quantity

In stock 0 units available for immediate shipping.
units available for shipping in 5 - 6 days
Available for shipment within 5 - 6 days

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Product temporarily out of stock with these characteristics. Select another combination.

We notify you when it will be available:

Approximate delivery date: Friday 29 November - Monday 2 December

Financing available through leasing or renting. More information

from 77.00 €/month
(tax not included)

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Creality, founded in 2014, is a professional 3D printer manufacturer offering a broad range of certified, affordable and high quality 3D printers, as well as filaments, 3D scanners and even drones and robots. The company specializes in combining 3D printer software research with printer design and distribution.

The Creality K8 3D printer is a device designed for printing industrial grade LED letter signage, also known as channel letters. Channel letters are letters used in logos and advertising signs, normally found on storefronts and usually spelling out the name of the brand.

Examples of channel letters 3D printed with the Creality K8 3D printer

Image 1: Examples of channel letters 3D printed with the Creality K8 3D printer. Source: Creality.

Compared to manufacturing LED channel lettering in the traditional way, doing it with the K8 3D printer only takes 6 steps (compared to 9) and 2 hours instead of 25 hours. It saves the process of making a model file, cutting the letters out from a panel, forming the shape, polishing, welding, circling and painting the letters. Working with the Creality K8 3D printer also eliminates the need for a slotting, welding or laser cutting machine or skilled personnel.

The design of the Creality K8 printer, inspired by professional industrial equipment, ensures high precision of actuator movement, even up to 0.02 mm, which guarantees high quality prints. The Creality K8’ large workspace (800 x 800 x 85 mm) allows for the production of big pieces as well as batches.

Some other advantages that the Creality K8 printer offers are:

  • No 3D modeling required
  • Quick heating and quiet operation
  • Filament sensor
  • Fast automatic color change
  • Double leveling of the working platform

Apart from being precise, the K8 3D printer also operates in a quiet fashion. The guide rail moves smoothly without generating noise. The motors, despite their high speed of operation, do not heat up and provide stable operation at all times.

The K8 3D printer has an all metal dual extruder and a PTFE tube to ensure that the material is passed efficiently, smoothly and without resistance to the nozzle. The K8 printer can use nozzles of 0.6 mm, 0.8 mm, 1.0 mm and, optionally, 1.2 mm in diameter.

The extruders of the Crealit K8 printer

Image 2: The extruders of the Crealit K8 printer. Source: Creality.

Thanks to the way the extrusion system is built (“two-in-one-out”), the K8 3D printer allows for fast automatic color change without the user’s intervention.

The automatic fast color change in the Creality K8 printer

Image 3: The automatic fast color change in the Creality K8 printer. Source: Creality.

The Creality K8 supports dynamic leveling compensation and allows for mechanical and automatic leveling (with the help of a sensor). The following picture shows how mechanical (left) and automatic (right) leveling take place in the Creality K8 printer.

The mechanical and automatic leveling of the Creality K8 printer

Image 4: The mechanical and automatic leveling of the Creality K8 printer. Source: Creality.

Another advantage offered by the Creality K8 printer is the filament sensor whose task is to monitor the feeding of the filament in real time. In case the filament runs out or any other interruption occurs, an audible alarm will alert the user.

The filament sensor on the Creality K8 printer

Image 5: The filament sensor on the Creality K8 printer. Source: Creality.

The Creality K8 printer is a perfect solution for those who would like to start their own channel letter business as well as for professional workshops that would like to move on to a more efficient way of manufacturing LED letter signage. This 3D printer gives the user freedom in terms of design, and allows saving on time and resources while still providing high quality of services.

General information

Manufacturer Creality
Technology FDM/FFF
Certificates -

Printer properties

Filament diameter 1.75 mm
Print volume 800 x 800 x 85 mm
Number of extruders 2
Nozzle diameter 0.6 / 0.8 / 1.00 / 1.20 mm
Type of screen Touch
Electronics -
Firmware -
End of filament sensor
Printing surface Glass
Self-leveling
Air filter -
Extrusion system Direct
Screen size -
Nozzle clogging sensor -
Compatible with third-party materials

Software and connectivity

Software Soleyin 1.0
Supported files -
Connectivity USB / SD card

Electrical properties

Input 110 V AC - 220 V DC
Output 24 V
Consumption 1800 W

Printing properties

XY positioning resolution 20 µm
Z positioning resolution 6 µm
Layer height 0.1 - 0.6 mm
Maximum extrusion temperature 260 ºC
Maximum base temperature 65 ºC
Maximum chamber temperature 20 ºC
Ambient operating temperature - ºC

Dimensions and weight

Dimensions 1222 x 1130 x 700 mm
Weight - Kg

Other

HS Code 8477.5900

On their YouTube channel, the manufacturer provides a step by step guide on how to assemble the Creality K8 3D printer. The video shows how to assemble the 3D printer, how to level it and how to start printing for the first time.

Video 1: The unboxing, assembly and operation of the Creality K8 3D printer. Source: Creality.

Due to the nature of this product, should the user require support for this product, we may have to refer the user to the manufacturer. In addition, 3D printers sold in kit format do not have a guarantee of operation, as it depends on the correct assembly by the user.

Featured properties

Print volume
800 x 800 x 85 mm
Maximum print speed
120 mm/s
Maximum extrusion temperature
260 ºC
Maximum base temperature
65 ºC
Maximum heated chamber temperature
20 ºC
Nº extruders
Multimaterial

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