QIDI TECH Q1 Pro 3D Printer, 600mm/s Max, 60°C Heated Chamber, 350°C High-Temp Printing, Tri-metal Hot-end, Auto Leveling, Filament Detection, 245*245*240mm

Highlights

Why Qidi Tech Q1 Pro?

The Qidi Tech Q1 Pro comes with numerous features previously seen only in mid to high-end models, until the release of the Bambu printers. It only takes ten minutes from unboxing to the first print, with full-auto calibration and more, making it one of the easiest printers to get started with.

• 600mm/s High-Speed 
• Fully Auto Leveling with Camera
• 60℃ Chamber Heat
• 350°C Print Support Carbon Fiber
• Tangle Detection
• Printing Size 245*245*240mm

The inner chamber, accessible through the transparent plexi front door, boasts an impressive build volume of 245 x 245 x 240mm. The hotend above is equipped with a nozzle that can reach a maximum temperature of 350°C, making it perfect for high-temperature filaments like PAHT-CF and PET-CF. To optimize the printing of these materials, the heated inner chamber can reach temperatures of up to 60°C, depending on the material settings. This feature helps reduce warping and enhances layer bonding, especially beneficial for filaments prone to warping such as ABS, PA, and PC.

The design of the Q1 Pro incorporates independent dual Z motors for increased precision and stability. With its CoreXY structure, this printer is capable of high-speed, accurate, and stable printing, especially when used with the Klipper firmware.  The Qidi Tech Q1 Pro is equipped with a sturdy full metal frame structure inside its outer casing, designed to accommodate its high speeds. It boasts a powerful 64-bit processor and 32G-EMMC large memory for efficient processing, along with high-speed Wi-Fi 6 for seamless file transfer from QIDISlicer. The printer also features a 1080P camera for remote monitoring and timelapses. Despite its affordability, this printer offers a range of advanced features typically found in more expensive models. Overall, the QIDI Q1 Pro is a user-friendly printer that excels in printing ABS and nylon materials with ease.

Independent Dual Z-axis Motors & CoreXY

Stable, speedy CoreXY 3D printer. Dual Z-axis motors are for reliability, and there are no belts. All-metal frame and XY belt self-tightening. TMC2240 drivers for quiet operation. Speeds up to 600mm/s, 20000mm/s² acceleration. Automatic input shaper calibration, Fast printing without compromising quality.

Full-Auto Calibration & Smart detection

Automotive dual sensors for precise first layers. Hall filament runout sensor at extruder entrance and filament tangle detection ensure each print is successful.

Active Heating Chamber Temperature Control System

QIDI Q1 Pro 3D printer can actively heat and regulate the chamber temperature. Fully enclosed, accurately controlled chamber temperature (up to 60°C or 140°F) improves print quality and layer adhesion, especially for filaments prone to warping such as ABS, PA, and PC.

Compatible Materials

PLA, PETG, TPU, PVA, PET, ABS, ASA, PA, PC, Carbon Fiber, Glass Fiber FDM 3D printer filaments, etc., 350°C bimetal nozzle meets most materials needs. A new generation of multi-metal hot-end hollow design, clog-free direct extruder.

QIDI Q1 Pro Compact, Affordable Heated chamber 3d printer

2024 Q1 Three Highlights

• Independent dual Z motors
• Active chamber heating
• New Tri-metal hot end

Know more about Temperature control

Active chamber heat as a standard feature

Reduce warping, improve layer bonding, and improve print quality, especially for warp-prone filaments such as ABS, PA, PC, etc.

Maximum 350°C nozzle tem unlock high-temp filament

PAHT-CF, PET-CF, PA12-CF, ABS-GF25, PC/ABS-FR, etc. give models better mechanical properties

Material: PAHT-CF

Temp: 320°C Bed:100°C

Chamber:55℃

Independent dual Z motors

Without belt

Automatic tilt leveling

Higher precision, more stable

Dual Sensor Auto Bed Leveling

Doubly guaranteed

Perfect first layer for every time

Auto measure Z-offset

Add a nozzle cleaner

No more leveling paper as a reference

Comprehensive filament detection system

1. Filament Runout Detection

2. Filament Tangle Detection

High speed, precise and stable

Reducing power consumption and heat generation

Utilizes SpreadCycle technology for reduced vibration

Lightweight CoreXY for ultra-fast acceleration

Reliable as always, solid materials

Fully metal frame structure Metal bottom reinforcement for stability.

Klipper 64-bit Processors

32G-EMMC Large memory capacity 150M Wi-Fi 6 High-speed transport Open source and easy to expand.

1080P Camera 

Timelapse supported, share your prints Easy remote monitoring.

QIDI Mobile Application 

Remote 3D printer at any time Skip failed 3D printing objects Reduce filament waste.

10mins right out of the box

Precision made easy by auto calibration Start in one click.

Specification