QiDi MAX4 3D Printer User Guide

QiDi-logoQiDi MAX4 3D Printer

QiDi-MAX4-3D-Printer-product

Specifications

Machine Name MAX4
 

 

 

 

 

Body

Print Size (W*D*H) 390*390*340mm
Printer Dimensions 558*598*608mm
Package Dimensions 700*710*750mm
Gross Weight 40kg
Net Weight 49.5kg
XY Structure CoreXY
 

X Axis

High Hardness Linear Guide Rail

Automatic Belt Tensioning

 

Z Axis

Dual Independent Lead Screw Motors 12mm linear shafts and screws
 

 

 

 

Print Head

Print Head Temperature ≤370℃
 

Extruder Gear

Direct Extruder Hardened Steel Dual Gears
Hot End Ceramic Ring Heating, Multi-metal
Nozzle Bimetal Nozzle
 

Nozzle Diameter

0.4mm

(0.2/0.6/0.8mm Optional)

Filament Diameter 1.75mm
 

Hot Bed

Printing Platform Aluminum Substrate Heating Bed
Printing Plate Dual-Sided Textured PEI Plate
Hot Bed Temperature ≤120℃
Speed Max Speed of Tool Head 600mm/s
Acceleration ≤20000mm/s^2
 

 

 

 

 

Fan

 

Activated Carbon Air Filter

3-in-1 Air Filter: G3 Pre-Filter+

H12 HEPA+Coconut Shell Activated Carbon

Hot End Cooling Fan 4-Pin PWM Fan with RPM Feedback
Part Cooling Fan 4-Pin PWM Fan with RPM Feedback
Auxiliary Part Cooling Fan 4-Pin PWM Fan with RPM Feedback
Motherboard Fan Closed-Loop Control
Chamber Circulation Fan Closed-Loop Control
Chamber Temperature

(PTC Heater)

2nd Gen Up to 65°C Independent Chamber Heating
 

Filament

Supported Filament PLA, ABS, ASA, PETG, TPU, PA, PC,

Carbon/Glass Fiber Reinforced Polymer, etc.

Filament Cutter Yes
 

 

 

 

Sensor

Filament Clog Detection Yes (For Use with QIDI BOX)
AI Camera Detection Yes
Resonance Compensation Yes
Filament Tangle Detection Yes (For Use with QIDI BOX)
Filament Run Out Sensor Yes
Automatic Leveling Loadcell Sensor Integrated into the Hot End
Power Loss Recovery Yes
 

Power

Voltage 100/240 VAC, 50/60Hz
Rated Power 150W+500W(Chamber Heating)+700W(Hot Bed)
 

 

Electronics

Display Screen 5 Inch 800*480 Touch Screen
Storage 32G EMMC and USB2.0 Flash Drive
 

Camera

Low Framerate Camera (Up to 1080P) Timelapse Supported
Signal Connectivity Wi-Fi: 2.4GHz/Ethernet/USB
 

 

Software

 

Slicer

QIDI Studio and other third-party software, such as Orca, PrusaSlicer etc.
File Formats for Slicing STL, OBJ, 3MF, STEP (.stp/.step), etc.
Operating System Windows、MacOS、Linux

Product Usage Instructions

Take Out the Machine:

  1. Open the packing box and carefully take out the accessory box, upper cover glass packaging box, top foam, and the quick start guide.
  2. Use the top handle of the moisture-proof bag to lift out the printer and place it on a stable surface with the help of another person due to its weight.
  3. Keep the packaging materials and screws for shipping purposes.

Install the Door Handle:

  1. Take out the door handle, 3×8 screws, and plastic plugs from the accessory box.
  2. Insert the plastic plugs into the corresponding holes on the glass.
  3. Align the handle with the holes on the glass and fasten it with
    the 3×8 screws.

Power On:

  1. Plug in the power cord from the accessory box into a power outlet.
  2. Turn on the power switch and follow the on-screen instructions to complete the startup setup.
  3. Ensure the voltage label near the power socket matches your region before powering on.

Usage Notice

  • Do not place the machine near flammable or explosive materials or high-temperature sources. Please place the machine in a ventilated, cool, and low-dust environment.
  • Ensure the machine is powered off (unplug power cord) before performing maintenance or modifications.
  • Before applying power to the machine, check that the voltage is correct.
  • Never reach inside QIDI printers while they are in operation.
  • Children should be under constant supervision when using QIDI products.
  • The printer contains high-speed moving parts, so be careful of hands pinching.
  • There is a potential risk of burns: the print head of the QIDI printers can reach temperatures above 300 °C, while the hot bed can reach temperatures above 100 °C. Do not touch either of these parts with your bare hands.
  • Do not place the printer in a vibrating or other unstable environment. Otherwise the shaking of the machine will affect the printing quality.
  • After printing, use the residual temperature of the print head to clean the filament around the nozzle with the dedicated tools in time. Do not touch either of these parts with your bare hands.
  • Regular maintenance of the printer is essential. When the printer is powered off, use a dry cloth to clean the printer body, removing dust, residual filaments, and foreign objects from the optical axes. The linear guides and Z-axis lead
  • screws require periodic cleaning and lubrication.
  • If the machine is in standby mode for a long time, please unplug the power of it.
  • If the machine is not used for a long time, please pay attention to protect the printer from dust and damp.
  • There are manuals, slicer software and other related information in the USB flash drive.(The information in the USB flash drive may not be the latest. You can obtain the latest information by contacting the After-sales Service marked at the end.)
  • Modifying system files or installing non-official plugins constitutes a voluntary waiver of official technical support. Users assume all risks associated with such actions, including firmware malfunctions, system failures, or other issues, which are explicitly excluded from warranty coverage. To restore the original system state, perform a “Factory Reset” via the settings interface.

QIDI Studio

QiDi-MAX4-3D-Printer-fig-1

  • There is QIDI Studio slicing software in the USB flash drive. After installing and operating it, you can learn how to use the software in the User Manual.

Printer Introduction

QiDi-MAX4-3D-Printer-fig-2 QiDi-MAX4-3D-Printer-fig-3 QiDi-MAX4-3D-Printer-fig-4

Print Head Introduction

QiDi-MAX4-3D-Printer-fig-5

Machine Accessories

QiDi-MAX4-3D-Printer-fig-6 QiDi-MAX4-3D-Printer-fig-7

Take Out the MachineQiDi-MAX4-3D-Printer-fig-8

  1. Open the packing box and take out ① the accessory box, ② the packaging box for the upper cover glass, the top foam, and the quick start guide.QiDi-MAX4-3D-Printer-fig-9
  2. Grab the top handle of the moisture-proof bag to lift out the printer, and place the printer on a stable surface. The printer is heavy, so it is recommended to take it out with the help of another person.

Keep packaging materials and screws for shipping

Installation

install the Door HandleQiDi-MAX4-3D-Printer-fig-10

  • Take out the door handle, 3×8 screws, and plastic plugs from the accessory box. First, insert the plastic plugs into the corresponding holes, then align the handle with the holes on the glass, and fasten it with the 3×8 screws.

Plug in the Power Cable and Power on

  • Take out the power cord from the accessory box, plug the power cord into a power outlet, and turn on the power switch. Follow the on-screen instructions to complete the startup setup. *Before powering on, ensure the voltage label near the power socket matches your region.QiDi-MAX4-3D-Printer-fig-11

Remove the Lead Screw Protectors

QiDi-MAX4-3D-Printer-fig-12

  • Pull out the plastic protective covers on top of the left and right lead screws to remove them.
  • During the removal process, the lead screws may shake slightly, which

Unlock the Hot Bed

  • Remove the foam protective pads that secure the platform.QiDi-MAX4-3D-Printer-fig-13

Unlock the Print Head

  • Remove the foam protective pads that secure
  • Take out the print head box.QiDi-MAX4-3D-Printer-fig-14

Load Filament

QiDi-MAX4-3D-Printer-fig-15

  • Install the filament extension rack on the extension bracket fixing block.
  • Install the Filament Spool Holder on the Filament Extension Rack.

QiDi-MAX4-3D-Printer-fig-16

Take out the PTFE tube from the accessory box. Insert one end into the pneumatic head of the filament extension rack, and pass the other end through the feed port on the back of the machine (it needs to go through two pneumatic heads). Then pass it through the PTFE clip on the track chain, and finally insert it into the feed port of the print head. Insert the filament into the PTFE tube and keep pushing until the filament is fully inserted into the extruder gear and can no longer be pushed. *It is recommended to install the holder cover on the filament spool holder to prevent loss.

First Printing

QiDi-MAX4-3D-Printer-fig-17

  • Click the button to start printing.
  • Pre-saved models files use PLA Rapido filament by default.

Tips

  • Some other brands of ABS filaments are less heat resistant and it is recommended to set the chamber temperature no more than 55 degrees Celsius. Otherwise the filaments may be softened in advance and cause clogging.
  • If the filaments do not stick to the print platform:
  • Please check if the nozzle is far away from the print plate, you can adjust the platform upward by offset adjusting function.
  • Because of the different ambient temperatures in different regions, the temperature of the heat bed can be increased appropriately to increase the adhesion of the filaments.
  • If above all can not work , please contact the after-sales service for assistance.

Filament Guide for Beginners

QIDI Filament 1 ABS Rapido PLA Rapido PETG-Tough UltraPA
 

 

 

 

 

Preparation

Necessity Of Drying Optional Optional Optional  
 

How To Dry

70 ℃

8 h

55 ℃

8 h

65 ℃

8 h

60 ℃

4-6 h

 

Nozzle Material

Bimetal Nozzle/

Tungsten Carbide

Bimetal Nozzle/

Tungsten Carbide

Bimetal Nozzle/

Tungsten Carbide

Bimetal Nozzle/

Tungsten Carbide

Nozzle Size All Size All Size All Size 0.4/0.6/0.8 mm
 

Dry Box

 

Optional

 

Optional

 

Optional

Need to maintain humidity ≤ 15 %
Print With Enclosure        
 

 

Slicer Parameter

Print Speed 260 mm/s 260 mm/s 180 mm/s 80 mm/s
Chamber Temperature 50 ℃ / / /
Nozzle Temperature 250-280 ℃ 200-230 ℃ 240-270 ℃ 280-300 ℃
Build Plate Temperature 100 ℃ 60 ℃ 80 ℃ 80 ℃
Cooling Fan 30 % 100 % 60 % 20 %
Post-

processing

 

Annealing Needs

80-90 ℃

6-8 h

    70-90 ℃

6-8 h

QIDI Filament 2 ABS-GF25 PA12-CF PAHT-CF PET-CF
 

 

 

 

 

Preparation

Necessity Of Drying        
 

How To Dry

70 ℃

4-6 h

100-120 ℃

4-6 h

100-120 ℃

4-6 h

100 ℃

4-6 h

 

Nozzle Material

Bimetal Nozzle/

Tungsten Carbide

Bimetal Nozzle/

Tungsten Carbide

Bimetal Nozzle/

Tungsten Carbide

Bimetal Nozzle/

Tungsten Carbide

Nozzle Size 0.4/0.6/0.8 mm 0.4/0.6/0.8 mm 0.4/0.6/0.8 mm 0.4/0.6/0.8 mm
 

Dry Box

Need to maintain humidity ≤ 15 % Need to maintain humidity ≤ 15 % Need to maintain humidity ≤ 15 % Need to maintain humidity ≤ 15 %
Print With Enclosure        
 

 

Slicer Parameter

Print Speed 200 mm/s 200 mm/s 200 mm/s 200 mm/s
Chamber Temperature 45 ℃ / / /
Nozzle Temperature 250-270 ℃ 280-300 ℃ 280-320 ℃ 280-320 ℃
Build Plate Temperature 100 ℃ 80 ℃ 80 ℃ 80 ℃
Cooling Fan 20 % 15 % 15 % 10 %
Post-

processing

 

Annealing Needs

80-90 ℃

6-8 h

80-100 ℃

6-8 h

90-130 ℃

6-8 h

90-130 ℃

6-8 h

Generic Filament ABS PETG PLA TPU 95A
 

 

 

 

 

Preparation

Necessity Of Drying Optional Optional Optional Optional
 

How To Dry

70 ℃

8 h

65 ℃

8 h

55 ℃

8 h

70 ℃

8 h

 

Nozzle Material

Bimetal Nozzle/

Tungsten Carbide

Bimetal Nozzle/

Tungsten Carbide

Bimetal Nozzle/

Tungsten Carbide

Bimetal Nozzle/

Tungsten Carbide

Nozzle Size All Size All Size All Size 0.4/0.6/0.8 mm
Dry Box Optional Optional Optional Optional
Print With Enclosure        
 

 

Slicer Parameter

Print Speed 220 mm/s 120 mm/s 200 mm/s 60 mm/s
Chamber Temperature 45 ℃ / / /
Nozzle Temperature 240-280 ℃ 240-270 ℃ 200-230 ℃ 220-260 ℃
Build Plate Temperature 100 ℃ 80 ℃ 60 ℃ 60 ℃
Cooling Fan 30 % 60 % 100 % 100 %
Post-

processing

 

Annealing Needs

80-90 ℃

6-8 h

     

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QiDi-MAX4-3D-Printer-fig-19

This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions:

  1. This device may not cause harmful interference, and
  2. this device must accept any interference received, including interference that may cause undesired operation. Any Changes or modifications not expressly approved by the party responsible for compliance could void the user’s authority to operate the equipment.

 

Note:
This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:

  • Reorient or relocate the receiving antenna.
  • Increase the separation between the equipment and receiver.
  • Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
  • Consult the dealer or an experienced radio/TV technician for help.
  • This equipment complies with FCC radiation exposure limits set forth for an uncontrolled environment. This equipment should be installed and operated with minimum distance 20cm between the radiator & your body.

Documents / Resources

PDF thumbnailMAX4 3D Printer
User Guide · 2A5FV-MAX4, 2A5FV-MAX4, MAX4 3D Printer, MAX4, 3D Printer, Printer

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