The QIDI Plus4 is the flagship CoreXY 3D printer featuring a revised active build chamber heating, reaching 65°C. QIDI uses a 400W heating element that reaches 65°C in just 8 minutes and distributes it evenly thanks to the air circulation fan.
The new bi-metal hotend with a 0.4mm nozzle made of hardened steel can now even reach 370°C. This is particularly advantageous for high-temperature filaments such as various nylon-carbon variants or especially PPS-CF in combination with the heated build chamber. Changing the nozzle or hotend is therefore no longer necessary.
1.Print speed up to 600 mm/s with 20000 mm/s² acceleration
2.CoreXY construction (plug & play)
3.Automatic belt tension
4.Fully automatic auto-leveling
5.5" touchscreen (800 x 480)
6.Active build space heating up to 65°C
7.Clipper ex works (including resonance compensation)
8.Activated carbon filter
9.Built-in 1080p camera
10.Supports multicolor system
305 x 305 x 280 mm build volume, 10mm guide rails, hardened steel direct drive extruder
The build space size for the Plus series has increased to 305 x 305 x 280 mm. Instead of 8mm, there are now 10mm guide rails and a 6mm thick print bed with PEI spring steel plate. QIDI uses hardened steel for the gears of the direct drive extruder (gear ratio: 8:9:1) and integrates a filament cutter. This means that an automatic loading and unloading process for filament is now available. I missed this when testing the QIDI X-MAX 3. There is also now an automatic nozzle self-cleaning function.
With the QIDI Plus4, the manufacturer has made further improvements: technically through improved active build space heating, a revised hotend, and a larger build space, but also visually! The QIDI Plus4 simply looks good. If it is just as well made and prints, this could be a big step forward for QIDI – especially if the customized Klipper software harmonizes perfectly with the Orca slicer.
QiDi Plus 4
Every Detail is Perfectly Printed
Evolutionary Highlights
Toolhead Performance Upgrade
Nozzle heats up to 370'C for high-temp printing.
Second-gen 80W bimetal hotend for advanced filament handling.
Active Chamber Heating
400W Ultra-high heating efficiency
8mins to 65C Chamber Temp
Air circulation design
Perfectly balanced chamber temperature with a powerful turbofan
Comprehensive System Upgrade
Start Control on Whatever Device You Prefer
The Open-source latest VO.12 Klipper
New Ul and software features
Machine Drive System Upgrade
Dual independent motors and 10mm linear shafts and screws.
Upgraded to a 6mm aluminum bed for enhanced flatness.
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