3D printing has been time-consuming and challenging. But in 2022, with the advent of high-speed printers, 3D printing enthusiasts are getting a faster and smarter printing experience. From September 15, Geeetech's new 3D printer THUNDER with up to 300mm/s printing speed is ready for pre-order on Kickstarter. Super early birds will get a bottom price of $399.

Geeetech
(Photo : Geeetech)

Price and Availability

The retail price of the Geeetech THUNDER 3D printer is $699. The THUNDER 3D Printer has gone through thousands of tests and is currently in mass production. Shipment will start in early November. After the campaign ends, THUNDER will start its regular sale on Geeetech's official website.


Price

Discount

Super Early Birds

$399

42% off

Early Birds

$429

38% off

Kickstarter Popular

$459

34% off

Kickstarter Special

$499

28% off

Kickstarter Special Extra

$529

24% off

Stretch Goal Special

$599

20% off

2x Early Birds Bundle

$429x2

38% off

5x Super Early Birds Bundle

$399x5

42% off

High-Speed 3D Printing up to 300mm/s

Compared to traditional FDM 3D printers which limit the printing speed to 100mm/s, Geeetech THUNDER allows users to print at the speed of 50-300mm/s with an acceleration of 5000mm/²for X-axis and 4000mm² for Y-axis.

According to the complexity of the 3D model, the printing time is saved by 30%-70%. While printing with high speed, the print quality is not degraded. It offers four pre-set printing modes: Slow mode, Normal mode, Fast mode, and Crazy mode. THUNDER also enables a user mode in which users can set and share their customized parameters.

Innovative Technologies, All for Achieving Fast Speed 3D Printing

The excellent speed of the THUNDER 3D printer is achieved by all-metal construction, X/Y axis closed-loop control, advanced software algorithm, Y-axis damping mechanism, five cooling fans in hotend, dual CPU control, and high efficient extrusion system.

The all-metal construction design increases the machine's weight, reducing the machine's center of gravity and allowing fast speeds and extreme acceleration. THUNDER adopts a closed-loop driver. Compared with an open-loop driver, when using the same stepper motor, a closed-loop driver can produce greater torque, allowing the printer to intelligently monitor the printing process and response in real-time, making the printed model not easy to dislocate. Combined with the dual CPU control, thunder enables to allocate and manage tasks effectively and respond immediately in high-speed printing.

Geeetech THUNDER specially designed a professional damping structure for the Y axis, which intelligently manages the speed change and largely reduces the vibration rate of the machine. In addition, it allows smoother movement for the hotbed.

Geeetech
(Photo : Geeetech)

To cope with high-speed printing, THUNDER sports a highly efficient extrusion system with a dual-drive gear extruder, large volume nozzle, and up to 70W heating rod. Of course, a strong cooling system is a must-have feature for high-speed 3D printers. Geeetech Thunder designed two high-volume cooling fans on the hot end to achieve high-speed single-layer printing. It also added two larger auxiliary part cooling fans. These four fans can be turned on with the "One-button Strong Cooling Mode" button to offer super strong cooling for the printed model. At this time, the hotend fan runs at 150% speed, and the auxiliary fan runs at 100%.

Add-ons

Along with the THUNDER high-speed 3D printer, Geeetech also developed high-speed filament HS-PLA for fast-speed 3D printing. Compared with normal PLA, HS-PLA has stronger fluidity in the molten state, smoother discharge in the high-speed printing process, faster-curing speed, and less deformation when forming. Printing with the HS-PLA filament gains faster speed, better print quality, and a more delicate surface. Geeetech offers the HS-PLA filament as an add-on to the Geeetech THUNDER Kickstarter campaign. The price is $75 for three rolls and $138 for six rolls.

Specs of THUNDER:

Geeetech
(Photo : Geeetech)

ⓒ 2024 TECHTIMES.com All rights reserved. Do not reproduce without permission.
Join the Discussion