The HyperCube Evolution 3D Printer is a CoreXY printer inspired by the excellent HyperCube 3D Printer developed by Tech2C. The belt arrangement on tha

Repo for Constructive Realities's version of the Hypercube Evolution 3d Printer Resources

Check out my new printer - Little Cube - SFF CoreXY PrinterFor some unknown reasons, STLs are not previewed, but still available in Thing Files section.Update 2020/01/15: I decided to upgrade X & Y Axes to 10mm rods, Z Axis to 12mm. I also increased distance between Z linear rods for better rigidness. Old version is archived as .zip file.Design is for 2020 extrusions, 8mm linear rods and T8 ...

2019年7月24日 · The Hypercube Evolution 3d printer was designed by SCOTT_3D and is posted on thingiverse. This post will summarise my experience building my printer, such as which upgrades were worth it and what I am going to improve in the future.

2019年5月3日 · My goal was to be able to print soft and hard filaments and print fast and quiet. The Titan Aero does great as a direct drive and the Duet with its TMC driers is ultraquiet and an amazing controller. The Duet has wifi, 32 bit CPU, great web interface and easy to manage firmware - with amazing support online.

2018年4月16日 · The HyperCube Evolution by Scott3D (commonly called "Hevo") is a remix of the original design, adding a stronger 3030 outer frame, more options for X and Y rail sizes, 12mm Z rods for strength, a dual Z screw option for larger beds, and a parametric design which scales up easier.

The Hypercube Evolution (HEVO) appealed because I had come to the conclusion a 3D printer had to be rigid and accelerate as little mass as possible. The Core XY design of the HEVO meets both these requirements.

Hypercube Evolution is a DIY FDM printer. It appears as an improved version of the HyperCube from Tech2C with belt arrangements and a refined design. To build the project metal extrusions and rails are required as well as motors and Arduino MEGA 2560 control.

Marlin is the world's most popular open source firmware for Replicating Rapid Prototyper (RepRap) machines, commonly referred to as "3D printers." Marlin Firmware is highly efficient, running even on modest 16MHz embedded AVR processors.

没有显示屏的HEVO的线缆管理要容易得多。 我修改的部分包括： 1.易于访问的电子设备封装. 2.电源支架，如果需要，可以单独提供USB供电。 3.线缆管理夹系统，用于整理挤出槽沿线的电缆。 4.修改的Z轴线性导轨支架，以便通过末端限位开关供电线缆。 5.全新的柔性热端支架，具有多个固定点，而不是3mm的螺柱。 6.Manta MK2和Boothy Mini热端组件（主要用于Dragon和Orbiter V1.5）。 7.修订的Z电机支架，以增加Z轴高度（如果需要）。 视频链接： …