9% cheaper ≈ $970
- Build volume 42.9 L vs 26 L
- Max acceleration 30,000 mm/s² vs 20,000 mm/s²
- Engineering materials (PA, PC, CF)
- Max nozzle temperature 350 °C vs 370 °C
- Screen size 4.3″ vs 5″
- scrc.us.com
- 3D printers
- QIDI Plus4
- Alternatives
Alternatives to QIDI Plus4
10 CoreXY & enclosed printers at a similar price that compete with the Plus4 — what each does better, what it gives up and how the price compares.
Alternatives to the Plus4
Same price ≈ $1,100
- Build volume 37 L vs 26 L
- Max print speed 1,000 mm/s vs 600 mm/s
- Build height (Z) 320 mm vs 280 mm
- Max nozzle temperature 350 °C vs 370 °C
- Number of supported materials 4 vs 5
22% cheaper ≈ $830
- Engineering materials (PA, PC, CF)
- Ethernet
- Number of supported materials 8 vs 5
21% cheaper ≈ $850
- Build volume 42.9 L vs 26 L
- Engineering materials (PA, PC, CF)
- Number of supported materials 11 vs 5
- Max nozzle temperature 350 °C vs 370 °C
- Screen size 4.3″ vs 5″
6% pricier ≈ $1,150
- Build volume 51.7 L vs 26 L
- Max acceleration 30,000 mm/s² vs 20,000 mm/s²
- Engineering materials (PA, PC, CF)
- Weight 40 kg vs 32 kg
24% cheaper ≈ $810
- Build volume 30.7 L vs 26 L
- Build height (Z) 300 mm vs 280 mm
- Weight 29 kg vs 32 kg
- Number of supported materials 1 vs 5
- Screen size 4″ vs 5″
51% pricier ≈ $1,600
- Engineering materials (PA, PC, CF)
- Build volume 29.7 L vs 26 L
- Number of supported materials 11 vs 5
- Max nozzle temperature 290 °C vs 370 °C
- Screen size 3.5″ vs 5″
16% cheaper ≈ $900
- Build volume 33.3 L vs 26 L
- Ethernet
- Build height (Z) 315 mm vs 280 mm
- Max nozzle temperature 350 °C vs 370 °C
39% cheaper ≈ $650
- Build volume 42.3 L vs 26 L
- Max acceleration 40,000 mm/s² vs 20,000 mm/s²
- Engineering materials (PA, PC, CF)
- Actively heated chamber
- Max nozzle temperature 300 °C vs 370 °C
45% cheaper ≈ $590
- Engineering materials (PA, PC, CF)
- Build volume 27 L vs 26 L
- Build height (Z) 300 mm vs 280 mm
- Max nozzle temperature 300 °C vs 370 °C
- Max bed temperature 110 °C vs 120 °C