• About Us
  • Contact Us
  • Join Inov3D!
  • Testimonial
  • Login
  • Register

Inov3D

Inov3D Facebook Group
  • Home
  • Reviews
    • 3D Printing Reviews
    • Arduino Reviews
    Creality Ender 5 S1 3D Printer Review, Specifications & Price

    Creality Ender 5 S1 3D Printer Review, Specifications & Price

    lynne 27 Apr 2023
    FLSun V400 Delta 3D Printer Review, Specifications & Price

    FLSun V400 Delta 3D Printer Review, Specifications & Price

    william 26 Apr 2023
    Atomstack A5 PRO+ Laser Engraver – Specs, Price & Review

    Atomstack A5 PRO+ Laser Engraver – Specs, Price & Review

    lynne 18 Feb 2023
    Ortur Laser Master 3 Review Tame The Beast

    Ortur Laser Master 3 Review Tame The Beast

    william 18 Feb 2023
    RGBW Lighting Kit by 3D-DIY.de – An enLighting Review!

    RGBW Lighting Kit by 3D-DIY.de – An enLighting Review!

    Michael Bird 30 May 2020
  • News
    • 3D Printing Industry News
    • Gadget News
    LaserPecker 4 Game Changing Innovation Is About To Happen

    LaserPecker 4 Game Changing Innovation Is About To Happen

    Inov3D 13 Jan 2023
    Bambu Lab P1P Core-XY 3D Printer Review Specifications News

    Bambu Lab P1P Core-XY 3D Printer Review Specifications News

    Mechanical Bob Modrow 16 Dec 2022
    Getting to know the Polymaker Community and what it’s all about

    Getting to know the Polymaker Community and what it’s all about

    Mark Andraka 20 Oct 2022
    Creality CR-Scan Lizard Releases On Kickstarter

    Creality CR-Scan Lizard Releases On Kickstarter

    Chris Andraka 29 Aug 2022
    Greek Club Cyberpunk PCB War Machines: Kickstarter Campaign

    Greek Club Cyberpunk PCB War Machines: Kickstarter Campaign

    william 09 Dec 2020
  • Education
    • 3D Printing Tutorials
    • Arduino Tutorials
    • Automation Tutorials
    • CNC Tutorials
    • Painting Tutorials
    Velocity Painting Learn To Paint Your 3D Prints With Speed

    Velocity Painting Learn To Paint Your 3D Prints With Speed

    Andrew Delisle 01 Feb 2023
    3D Print For Christmas Holidays Top 10 – The Perfect Gift

    3D Print For Christmas Holidays Top 10 – The Perfect Gift

    Chris Andraka 28 Dec 2022
    3D Printed Wall Clock Model JBV Creative’s Design

    3D Printed Wall Clock Model JBV Creative’s Design

    Chris Andraka 06 Dec 2022

    Glowforge Is It A Good Choice For Beginners

    william 20 Oct 2022
    Flashing Rain Light Mod Tutorial For OpenRC F1 3D Model

    Flashing Rain Light Mod Tutorial For OpenRC F1 3D Model

    Michael Bird 14 Sep 2020
    RGBW Lighting Kit by 3D-DIY.de – An enLighting Review!

    RGBW Lighting Kit by 3D-DIY.de – An enLighting Review!

    Michael Bird 30 May 2020
    Home Automation  – A Project Journey into my Smart Home

    Home Automation – A Project Journey into my Smart Home

    Anup Chavda 23 Aug 2020

    How PCB Milling Works And What Does It Do For You?

    william 17 Aug 2022
    WaterJet Cutting Technology – 4 Benefits

    WaterJet Cutting Technology – 4 Benefits

    william 27 Dec 2021
    Velocity Painting Learn To Paint Your 3D Prints With Speed

    Velocity Painting Learn To Paint Your 3D Prints With Speed

    Andrew Delisle 01 Feb 2023
    Colorfabb Copperfill Filament Post Processing Guide Patina Finish

    Colorfabb Copperfill Filament Post Processing Guide Patina Finish

    2be3dprinted 04 Jan 2021
    Citadel Paints: How they are classified into different types?

    Citadel Paints: How they are classified into different types?

    lynne 06 Jun 2019
  • Downloads
    • FDM Slicer Profiles
  • Restricted Area
    • Inov3D Content Academy
Breaking News
  • Creality Ender 5 S1 3D Printer Review, Specifications & Price   |   27 Apr 2023

  • FLSun V400 Delta 3D Printer Review, Specifications & Price   |   26 Apr 2023

  • Atomstack A5 PRO+ Laser Engraver – Specs, Price & Review   |   18 Feb 2023

  • Ortur Laser Master 3 Review Tame The Beast   |   18 Feb 2023

  • Velocity Painting Learn To Paint Your 3D Prints With Speed   |   01 Feb 2023

  • 3D Tomorrow Astro PLA Filament   |   01 Feb 2023

 
Home» Reviews» 3D Printing Reviews» 3D Printer Controller Board Reviews»Big Tree Tech Manta M4P/ M8P and CB1 Control Board Review
BTT Manta M4P and CB1 Control Board

Big Tree Tech Manta M4P/ M8P and CB1 Control Board Review

Chris Andraka 05 Jan 2023 3D Printer Controller Board Reviews, 3D Printing Reviews, Reviews Leave a comment

Facebook Twitter Stumble linkedin Pinterest Reddit Email More

Table of Contents

  • Unboxing the Manta M4P Control Board
  • Technical Specifications
    • CB1
    • Manta M8P
    • Manta M4P
  • Features of the Manta M4P Control Board
    • Power, Voltage, and Board Protection
    • Connectivity of Auxiliary Devices
    • Additional Features of the Manta M4P Control Board
  • Wiring and Install of the Manta M4P Control Board
  • Firmware, Where To Start, And How To Flash
  • First Startup After Installing The Manta M4P Control Board
    • Checks before printing Anything
    • Calibration
  • Problems How To Solve Them
    • Wifi
    • Servo Motors
    • Ghosting or Ringing
    • Camera Setup
  • Lessons Learned
  • Manta M4P Control Board Is It Worth It?

Big Tree Tech, a part of Biqu, has become synonymous with control boards for 3D printing. There are options for almost every 3D printer on the market to upgrade to a better, quieter, faster board. The new Manta M4P Control board is no different and comes packed with really interesting features. The M4P board (or the M8P) is designed for use with Klipper in mind.  Can be installed on just about any 3D printer on the market that you would want to expand capability on.

BIGTREETECH Manta M4P M8P M5P Motherboard 32bit With CB1 for Klipper Raspberry Pi CM4 Voron V0...
BIGTREETECH Manta M4P M8P M5P Motherboard 32bit With CB1 for Klipper Raspberry Pi CM4 Voron V0 Ender 3 3D Printer Control Board
BIGTREETECH Manta M4P M8P M5P Motherboard 32bit With CB1 for Klipper Raspberry Pi CM4 Voron V0...
$7.01
$8.76
in stock
Buy Now
Aliexpress
BIGTREETECH Manta M4P V2.1 32-Bit Control Board 4-axis Motherboard 64MHz Compatible CM4 & CB1...
BIGTREETECH Manta M4P V2.1 32-Bit Control Board 4-axis Motherboard 64MHz Compatible CM4 & CB1 Supports 4 Stepper Drivers Klipper Marlin 3D Printer Parts
BIGTREETECH Manta M4P V2.1 32-Bit Control Board 4-axis Motherboard 64MHz Compatible CM4 & CB1...
$52.99
$59.98
in stock
as of September 22, 2023 12:15 pm
Buy Now
Amazon.com
BIGTREETECH Manta M4P V2.1 32-Bit Control Board 4-axis Motherboard 64MHz Compatible CM4 & CB1...
BIGTREETECH Manta M4P V2.1 32-Bit Control Board 4-axis Motherboard 64MHz Compatible CM4 & CB1 Supports 4 Stepper Drivers Klipper Marlin 3D Printer Parts
BIGTREETECH Manta M4P V2.1 32-Bit Control Board 4-axis Motherboard 64MHz Compatible CM4 & CB1...
£57.26
as of September 22, 2023 12:15 pm
Buy Now
Amazon.co.uk

Unboxing the Manta M4P Control Board

Big Tree Tech always does a nice job with their packaging, and this time is no exception. The board comes packed in an anti-static bag. In addition, included are a bunch of connectors to use while building or retrofitting your printer for the Manta M4P. Not included in the package are the stepper drivers. these you will need to purchase separately and select based on your printer’s individual needs. As always, you will get your rubber ducky with the Manta M4P control board.

BTT rubber ducky
BTT whats in the box
TMC2209 steppers BTT manta m4p
TMC2209 steppers BTT manta m4p

The TMC2209 steppers shipped in a separate box, and certainly well packaged. The drivers come in a styrofoam block to prevent pin breakage or bending. They come with the jumpers needed to select the correct board pin-out. In addition, heat sinks are provided for each of the drivers in the box.

Technical Specifications

CB1

CPUAllwinner H616, Quad-core Cortex-A53 @1.5GHz
GPUMali G31 MP2, supports OpenGL3.2
Ram1GB DDR3L SDRAM
DisplaySupports HDMI2.0A output, 4K display
USB2.0
Network Support100M Ethernet & 100M WiFi

Manta M8P

MicroprocessorARM Cortex-M0+ STM32G0B1VET6 64MHz
Driver Input Voltage24V, HV (selectable)
Motherboard Input VoltageVIN=DC12 or DC24
Heated Bed Input VoltageDC12 or DC24
Logic VoltageDC3.3V
Heating PortHeated Bed (HB), Heater Cartridge (HE0, HE1, HE2, HE3)
Max output on heated bed port10A, Peak 12A
Max output of heater cartridges5.5A peak 6A
Fan Ports2-pin CNC (FAN0, FAN1, FAN2, FAN3), 4-pin CNC fan (FAN 4, FAN5, FAN6), Always on fan (24V fan x2), CNC fan voltages selectable 5V, 12V, 24V
Max output fan ports1A peak 1.5A
Total Current HE + Driver + Fan<12A
Extended interfacesBLTouch (Servos, Probe), PS-ON, Fil-DET, RGBx2, SPI
Motor DriverMulti Support (TMC5160, TMC2209, TMC2225, TMC2226, TMC2208, TMC2130, ST820, LV8729, DRV8825, A4988…
Driver working modesSPI, UART, STEP/DIR
Motor Driver interfaces8
Temperature Sensor Interface5-way 100K NTC, 4-way and PT1000 are selectable
Support ScreensSPI, DSI, HDMI, LCD (EXP1+EXP2
PC interfaceType C
Functional interfaceUSB2.0 x 3, LAN, DSI , CSI, SPI, 40pin GPIO, HDMI0, HDMI1, SOC-card, MCU-card
Machine structure supportedCartesian, Delta, Kossel, Corexy, Ultimaker
Recommended softwareCura, Simplify3d, Pronterface, repetier-host, Makerware

Manta M4P

MicroprocessorARM Cortex-M0+ STM32G0B1VET6 64MHz
Driver Input Voltage24V, HV (selectable)
Motherboard Input VoltageVIN=DC12 or DC24
Heated Bed Input VoltageDC12 or DC24
Logic VoltageDC3.3V
Heating PortHeated Bed (HB), Heater Cartridge (HE)
Max output on heated bed port10A, Peak 12A
Max output of heater cartridges5.5A peak 6A
Fan Ports3 CNC fans (24/12/5V seclectable), one for SoC fan (non-selectable)
Max output fan ports1A
Total Current HE + Driver + Fan<20A
Extended interfacesBLTouch (Servos, Probe), Fil-DET, RGBx2
Motor DriverMulti Support (TMC5160, TMC2209, TMC2225, TMC2226, TMC2208, TMC2130, ST820, LV8729, DRV8825, A4988…
Driver working modesSPI, UART, STEP/DIR
Motor Driver interfaces4
Temperature Sensor Interface2-way 100K NTC
Support ScreensSPI, DSI, HDMI, LCD (EXP1+EXP2
PC interface/
Functional interfaceUSB2.0 x 3, LAN, DSI , CSI, SPI, 40pin GPIO, HDMI, SOC-card, MCU-card
Machine structure supportedCartesian, Delta, Kossel, Corexy, Ultimaker
Recommended softwareCura, Simplify3d, Pronterface, repetier-host, Makerware

Features of the Manta M4P Control Board

The BTT Manta M4P control board comes in two varieties. One with an integrated “CB1” board, and one without. Either way, the space is available on the board to add this feature, or a CM4 micro-computer in the future. The Manta M8P also has the same options to ship with or without the Raspberry Pi replacement.

Onboard the Manta M4P control board, you will find loads of useful features, and should be able to connect almost any existing 4-motor 3D printer to it. With the added capabilities of the CB1 control board, you will find that a Raspberry Pi is not even needed to run your remote monitoring and/or control. This combination makes an ideal and easy setup for a Klipper setup on your 3D printer.

This slideshow requires JavaScript.

Power, Voltage, and Board Protection

The Manta M4P and M8P control boards come loaded with some awesome power features. On either board you have the ability to select your input voltage up to 48V for the motors. This would be via a separate power supply and input to the board. You can select your voltage from 5V, 12V, 24V via an onboard jumper. Like most of the BTT boards, the Manta M4P control board also has ESD protection. In addition to the ESD protection, there is a replaceable fuse on the board. if something goes wrong, you can also use the onboard diag pin to help determine what is wrong

Connectivity of Auxiliary Devices

The Manta M4P has a ton of available connections to auxiliary devices. This control board offers full connectivity interfaces with Filament runout sensors, BLtouch, an auto-shutdown module, and RGB lights. There are also interfaces for screens via HDMI, USB webcams for easy setup to monitor your print, a CSI camera is also an option via display port when used with a CM4 or Raspberry pi!

Additional Features of the Manta M4P Control Board

One of the biggest advantages of this board is the ability to select the stepper drivers that you want for your printer build. These are not the EZ sockets, which would have been a really cool touch to the board, but they are simple enough to install.

The Manta M4P control board can support just about any machine structure or slicer, which makes it a good option for a replacement board for just about any printer. The size may be the one hindering factor to putting this board in a smaller frame printer.

Wiring and Install of the Manta M4P Control Board

Wiring up the Manta M4P is fairly straightforward. The board is well labeled (though many of the labels are on the underside!). There is plenty of documentation online for how to set it up. Be sure to connect the motors to the correct axis JST. Remember that despite having 3 pins available for the end stops, only use 2 if you are using a tactile style endstop.

This is wrong! do not connect all three, it will short the Manta M4P control board!

Firmware, Where To Start, And How To Flash

Firmware is probably one of the biggest challenges when building a printer, especially from scratch. Luckily, BTT has a great starting place for the Manta M4P control board on their github. I personally opted to run Klipper on my Zero G Mercury 1.1 build due to the capability of the Manta plus CB1. BigTreeTech has a repository for Marlin software on their GitHub too, in case you do not want to run Klipper.

The firmware install process is actually pretty well documented both by Biqu M4P and CB1 user manual link, and by several people online, so getting the CB1 setup to run klipper and mainsail shouldn’t be too big an issue. Here is a brief outline of the process:

  1. Download the RaspberryPi image Link
  2. Get the OS image from BTT github. The CB1 board will only work with BTT’s image at the moment
  3. Find your SD card and write the image using RBpi imager
  4. Find the wpa.supplicant.conf file and change the SSID and password for your wifi. Leave the quotation marks!SSID location in the WPA_supplicant
  5. Install Klipper with the kiauh script. This step will take some time and be sure to read and follow all steps on the GitHubKiauh screen
  6. If you are going to use the klipper screen, you will need to make some modifications to the script as well. This is an option in the kiauh script main menu.Fix klipper screen info
  7. Configure the Motherboard. this will take some time. Two things to note here. One, you will need to ssh into the CB1. I personally use Bitvise to SSH. Secondly, the BTT guide has a fairly detailed step-by-step guide on how to properly configure the motherboard. Follow this to the T and you will not have any issues.
  8. Once the configuration is complete, you will need to compile the firmware from Klipper.
  9. Update the firmware with the compiled file.
  10. Enter ls /dev/serial/by-id/ into the terminal. You will need this MCU information to properly configure klipper for your printer.Klipper terminal
  11. Finally, you are ready to configure Klipper in the terminal. There are a few files you will need to dump into the printer config on Klipper. For the printer, you will specifically need the printer.cfg file. This will be where you make any changes to the printer configuration. In this file is where you will need the MCU information from the previous step. The Printer.cfg file will be fairly easy to update from this point on. I used this setup with the Voron-esque printer that I built, which needed a lot of tuning done in the firmware. Klipper made this 100% easier.
Mainsail printer config Klipper m4p

First Startup After Installing The Manta M4P Control Board

When you have the board all wired and ready to turn on, it will be time to test. I highly recommend having your laptop right next to you while doing the initial testing, as you will have to hit the emergency stop multiple times during this process.

Wiring the Manta M4P
Had to move the power supply due to size of M4P
All wired up ready for testing

Checks before printing Anything

First thing to check is that the axis are all turning the correct direction. Once it is verified that all axis are turning the correct direction, move onto the calibration of the hotend. If using an auto bed leveling sensor, next setup the offsets by measuring the distance from the probe to the nozzle of the printer. Enter this information into the printer configuration file under the BL touch (or ABL) section of the configuration. Next, you can lower the z height so that the nozzle is touching the bed and configure the z offset of the BL touch.

Calibration

Finally, you will be ready to print the first files and get a baseline. The XYZ calibration cube Thing:1278865 is always a good starting point for this! I will typically then go through all of the points on Teaching Tech’s calibration information to get the proper settings dialled in for your printer.

Problems How To Solve Them

So setting up this printer was a huge learning curve for me, as I had never really built a complete printer before now. The Big tree tech pre-configured files for the Manta M4P control board are not a perfect fit for my setup.

Wifi

I had a lot of issues initially with getting the Wi-Fi to work properly on my CB1 board. Turns out that this was a pretty common issue across the boards that were shipped out. Luckily, Big Tree Tech has solved the issue with an update to the board firmware which came out in late September, so this has no longer been an issue.

Servo Motors

Upon first turning on my printer, I could not even get my motors to turn. Despite following the wiring diagram from the servo OEM, I found that the diagram was incorrect and the leads needed to be swapped around. Once it was finally able to move; I had trouble to get the motors to move in the correct direction. In fact, my first few prints came out mirrored, as the origin was set to the front right corner instead of the correct, front right corner. To fix this, I found a handy diagram in my search for understanding the issue. This led me to discover that my axis motors were, in fact, swapped. After connecting to the correct servo port and adjusting the firmware again, I was back in business.

Corexy help Voron, M4P, servo motor setup

Ghosting or Ringing

My first prints had a lot of ghosting on them. I found that my belts were not quite tight enough and caused issues on the X axis direction. By re-tightening the belts with the tools printed for just the job, I was able to mitigate this ghosting or ringing in the print. Part of this is also because I have been running the printer at extremely fast speeds to see what it is capable of. Klipper and the Manta M4P again make adjustments extremely easy.

Camera Setup

Figuring out how to use the USB camera was also a pretty large challenge that I struggled with. The board allegedly natively uses either the Raspberry Pi camera or a USB webcam. The Raspberry Pi camera will only work on the Manta M4P with the CM4 board, and will not work with the CB1. For the USB camera, you will have to go into the Mainsail Machine setup tab, and find the crowsnest.conf file. In here, you will find your webcam settings. Make sure to name your camera appropriately and it should pop up with the webcam in your online dashboard.

Crowsnest information for Manta m4p
Use this device name for your USB webcam setup on the Manta M4P Control board

Lessons Learned

I took a long time to build this printer and was able to learn quite a bit. The biggest takeaway that Klipper is a really useful firmware to run on your printers. I am not sure why I hesitated so long to try it.

A second lesson I learned is to not trust all the documentation. By using the tools you have (in my case a multimeter) you can troubleshoot a lot quicker. Had I used the meter in the first place, I would have not had 3 or 4 very frustrating days of trying to understand why my motors would not move anything.

Don’t be afraid to test different settings out in the firmware, especially when running Klipper. By having the laptop right there, hitting the E-stop is quite simple, so you can test out all sorts of settings and stop the printer immediately if something goes awry.

Manta M4P Control Board Is It Worth It?

I am quite impressed with what the BTT has put out on the Manta M4P control board. I do think that the first wave of boards came out a little hastily. However, once some of the bugs were sorted out with the firmware, and the Wi-Fi connectivity issues were solved, this board truly is the next generation of 3D printer control boards.

I love how easy it is to do the wiring and how well BTT documents the setup procedures to get this board installed and running relatively quickly. In the future, I am fairly certain I will be swapping out some more printers to run the BTT Manta rather than the SKR boards, primarily due to their capability to have a raspberry pi type board connected directly to the printer.

Overall, I would recommend that everyone should at the very least check out what BTT has to offer on the Manta M4P control board. You can pick one up on their website directly, and fairly reasonably priced at only $50 for the board, or $82 for the board and CB1.

BIGTREETECH Manta M4P M8P M5P Motherboard 32bit With CB1 for Klipper Raspberry Pi CM4 Voron V0...
BIGTREETECH Manta M4P M8P M5P Motherboard 32bit With CB1 for Klipper Raspberry Pi CM4 Voron V0 Ender 3 3D Printer Control Board
BIGTREETECH Manta M4P M8P M5P Motherboard 32bit With CB1 for Klipper Raspberry Pi CM4 Voron V0...
$7.01
$8.76
in stock
Buy Now
Aliexpress
BIGTREETECH Manta M4P V2.1 32-Bit Control Board 4-axis Motherboard 64MHz Compatible CM4 & CB1...
BIGTREETECH Manta M4P V2.1 32-Bit Control Board 4-axis Motherboard 64MHz Compatible CM4 & CB1 Supports 4 Stepper Drivers Klipper Marlin 3D Printer Parts
BIGTREETECH Manta M4P V2.1 32-Bit Control Board 4-axis Motherboard 64MHz Compatible CM4 & CB1...
$52.99
$59.98
in stock
as of September 22, 2023 12:15 pm
Buy Now
Amazon.com
BIGTREETECH Manta M4P V2.1 32-Bit Control Board 4-axis Motherboard 64MHz Compatible CM4 & CB1...
BIGTREETECH Manta M4P V2.1 32-Bit Control Board 4-axis Motherboard 64MHz Compatible CM4 & CB1 Supports 4 Stepper Drivers Klipper Marlin 3D Printer Parts
BIGTREETECH Manta M4P V2.1 32-Bit Control Board 4-axis Motherboard 64MHz Compatible CM4 & CB1...
£57.26
as of September 22, 2023 12:15 pm
Buy Now
Amazon.co.uk
Functionality95%
Ease of Setup60%
Setup Instructions85%
Price90%
Summary

The BTT Manta M4P control board is a great product with all the functionality that you could want for your 3D printer, and at a great price point too. Setup is a little difficult, but should be doable by anyone who is familiar with tinkering with their printers. Overall I would recommend this board to a friend.

Final Score 83%8.3 BTT Manta M4P
big tree teach biqu cb1 control board m4p m8p manta 2023-01-05
Tags big tree teach biqu cb1 control board m4p m8p manta
Facebook Twitter Stumble linkedin Pinterest Reddit Email More

Authors

Posted by : Chris Andraka
Texas based Chemical Engineer who has always loved to tinker and take things apart to fix myself. I first started in 3D printing at university with a Makerbot 2 in 2013, and finally got my own in 2017, since then I've grown my hobby, learned a ton along the way and love keeping up with the latest and greatest in technology. Currently I have 6 3D printers and will soon have a 3D scanner as well
Previous Article :

3D Print For Christmas Holidays Top 10 – The Perfect Gift

Next Article :

LaserPecker 4 Game Changing Innovation Is About To Happen

Related Articles

Creality Ender 5 S1 3D Printer Review, Specifications & Price

Creality Ender 5 S1 3D Printer Review, Specifications & Price

lynne 27 Apr 2023
FLSun V400 Delta 3D Printer Review, Specifications & Price

FLSun V400 Delta 3D Printer Review, Specifications & Price

william 26 Apr 2023
Atomstack A5 PRO+ Laser Engraver – Specs, Price & Review

Atomstack A5 PRO+ Laser Engraver – Specs, Price & Review

lynne 18 Feb 2023

Leave a ReplyCancel reply

This site uses Akismet to reduce spam. Learn how your comment data is processed.

Price Drops

1
Citadel Colour - Chaos Black Primer / Undercoat Spray (Mainland UK Delivery Only)
Amazon.co.uk
Citadel Colour - Chaos Black Primer / Undercoat Spray (Mainland UK Delivery...
6%
OFF
£17.95
£16.90 ▼£1.05
2
Games Workshop - Citadel Technical Paint - Tesseract Glow (18ml)
Amazon.com
Games Workshop - Citadel Technical Paint - Tesseract Glow (18ml)
8%
OFF
$10.76
$9.99 ▼$0.77

Post Categories

  • 3D Model Reviews
  • 3D Model Tutorials
  • 3D Pen Reviews
  • 3D Print Surface Reviews
  • 3D Printer Controller Board Reviews
  • 3D Printer Extruder Reviews
  • 3D Printer Hotend Reviews
  • 3D Printer Reviews
  • 3D Printer Tutorials
  • 3D Printer Wash And Cure Reviews
  • 3D Printing Gadget Reviews
  • 3D Printing Industry Deals
  • 3D Printing Industry Giveaway
  • 3D Printing Industry Interviews
  • 3D Printing Industry Kickstarters
  • 3D Printing Industry News
  • 3D Printing Reviews
  • 3D Printing Tutorials
  • Arduino Reviews
  • Arduino Tutorials
  • Auto Levelling Sensor Reviews
  • Automation Tutorials
  • CNC Tutorials
  • Education
  • Filament Dryer Reviews
  • Filament Reviews
  • Filament Tutorials
  • Firmware Reviews
  • Firmware Tutorials
  • Gadget Kickstarters
  • Gadget News
  • News
  • Painting Tutorials
  • Resin Reviews
  • Resin Tutorials
  • Restricted Area
  • Reviews
  • Search Engine Optimization
  • Software Reviews
  • Software Tutorials
  • Uncategorized
  • Terms Of Use
  • Privacy Policy
  • Affiliate Disclaimer
  • Education
  • News
  • Reviews
  • Restricted Content
inov3d
Welcome to Inov3D.net we are a team that love to make content.We cover a wide area of expertise, ranging from 3D Modeling, Technical, Advertising, Painting also Promoting.If you want to see more information on our authors click here, or if you would like to be an author please fill out this forum.If you are a company requesting product reviews, promotions or advertising check out our services.

Follow us

Copyright 2022, All Rights Reserved
Inov3D.net
Manage Cookie Consent
We use technologies like cookies to store and/or access device information. We do this to improve browsing experience and to show personalized ads. Consenting to these technologies will allow us to process data such as browsing behavior or unique IDs on this site. Not consenting or withdrawing consent, may adversely affect certain features and functions.
Functional Always active
The technical storage or access is strictly necessary for the legitimate purpose of enabling the use of a specific service explicitly requested by the subscriber or user, or for the sole purpose of carrying out the transmission of a communication over an electronic communications network.
Preferences
The technical storage or access is necessary for the legitimate purpose of storing preferences that are not requested by the subscriber or user.
Statistics
The technical storage or access that is used exclusively for statistical purposes. The technical storage or access that is used exclusively for anonymous statistical purposes. Without a subpoena, voluntary compliance on the part of your Internet Service Provider, or additional records from a third party, information stored or retrieved for this purpose alone cannot usually be used to identify you.
Marketing
The technical storage or access is required to create user profiles to send advertising, or to track the user on a website or across several websites for similar marketing purposes.
Manage options Manage services Manage {vendor_count} vendors Read more about these purposes
View preferences
{title} {title} {title}
 

Loading Comments...