Makergear 3d printers

MakerGear M2 3D Printer - MakerGear™

• We know that high precision print quality, especially over time, can’t exist without high-quality components. When you combine these components with our Made in the USA quality, it's easy to see why we are regarded as the top choice for industrial-level precision at an affordable price.

  Additionally, we have made this durable machine completely modular, so that maintenance is a breeze — this means less time troubleshooting, more time innovating.

  With our outstanding customer support and amazingly consistent reviews, you can be confident that you'll be delighted with your M2 and its performance.

  M2s are in stock and ready to ship!
  (Refurbished M2s are also in stock and ready to ship.)

• The M2 was originally released in 2012. MakerGear has continued to improve it based on real-world feedback and is now shipping the M2 Rev. E. (M2e), the fifth generation of the M2 series.

  The M2 Revision E includes a number of improvements including the new, easy to adjust yet more rigid, four-point leveling system, metal components that replaced printed parts, QuickStart software, Tutorial video, and updated User Guide. Open the box, follow the instructions, and beautiful prints will soon follow.

  Reliability: With its steel frame and CNC machined cast aluminum construction, the M2 is engineered and manufactured to provide industrial-level precision with a small footprint. The new four-point print bed is easy to level, stays level, and removes the need for z-compensation (aka “auto-leveling”). Whether you are a professional or a weekend hobbyist, the M2 is built to run and built to last.

  Freedom: While MakerGear filament is recommended, you are free to use the filament of your choice. The M2 also uses open-source electronics and firmware. The M2 provides the versatility and flexibility you need to accomplish your project your way.

  Ready to Use: Every M2 is tested at the MakerGear factory in Beachwood, Ohio, and is ready to use out of the box. The QuickStart software, step-by-step user guide, and tutorial video will take you from unboxing through your first prints.

  The Real Deal: With it’s ease of use, reliability, excellent prints, high-quality construction and components, and MakerGear’s prompt in-house support from M2 experts, you really do get it all with the MakerGear M2.

• Build Dimensions	200 mm (8") x 250 mm (10") x 200 mm (8")
  Build Plate	110 °C and higher. Borosilicate glass print bed with laminated, replaceable print surface.
  Build Plate Leveling	4 point leveling. Level out of the box. Leveling assisted by quickstart app.
  Filament Feed	Direct (non-Bowden).
  Materials	1.75 mm. PLA, ABS*, PET, HIPS*, HDPE, TPU (i. e., flexible filament), Polycarbonate, composite (Metal-, Carbon Fiber-, or Wood-Filled), and many more!
  Nozzle	Shipped with 0.35 mm brass (0.25mm, 0.5mm, 0.75mm brass and 0.35mm and 0.50mm steel are available on the MakerGear website).
  Maximum Extruding Temperature	40 Watt heater and thermistor rated to 300 °C.
  Hot End	Single extruder. Hot End is easy to swap/upgrade.
  Print technology	FFF (Fused Filament Fabrication)
  X/Y Motion	Independent axes with high precision linear rails guiding motion driven by kevlar reinforced belts.
  Z motion	10 mm rods guide motion driven by lead screw.
  Layer Resolution	smaller than 50 microns to 0.25 mm with a 0.35 mm nozzle. Please note there is more to print quality than layer thickness.
  Print head travel speed	Printing: 80 - 200 mm/sec for best print quality. Travel Speed: 450 mm/sec maximum.
  Ambient operation temperature	15 ˚C to 32 ˚C (59 ˚F to 90 ˚F)
  Storage temperature	0 ˚C to 32 ˚C (32 ˚F to 90 ˚F)
  Operating Sound	lower than 65 dBA
  Machine Weight	12 kg (26.5 lbs.)
  Machine Dimensions with spool and full range of motion	Width x Depth x Height: 533 mm (21") x 610 mm (24") x 420 mm (16.5").
  shipping box dimensions	19 kg (42 lbs.). 535 mm x 535 mm x 535 mm (21" x 21" x 21").
  AC input	100 - 120 V (4 A)/220 - 240 V (2 A), 47 - 63 Hz
  Power requirements	24 Volts DC @ 15 Amp
  Power consumption	360 Watt max
  Software	Compatible with many open-source and commercially available modeling, slicing, and printer control software available for Windows, Mac, and Linux. Simplify3D software is recommended.
  Connectivity	SD Card Reader, USB connection to a computer, LCD machine control optional
  *CA Prop 65	WARNING: This Filament - when used in the operation of 3D Printers or 3D Pens - can expose you and others in the same room to styrene, a chemical known to the State of California to cause cancer. www.P65Warnings.ca.gov . ALWAYS OPERATE THIS PRODUCT IN A WELL-VENTILATED AREA.

• - MakerGear M2e printer with V4 hot end

  - Power supply with adjustable input voltage (115 V or 230 V)

  - Power cord compliant with your country's power outlets

  - 1 kg spool of black PLA

  - 8 inch x 10 inch borosilicate glass print surface with applied film print surface

  - Roll of 2 inch replacement printing film

  Toolset

  - Sample prints made by your M2

  - SD card with sample prints

  - User guide

• Software Options

  Simplify3D™ ($149) Software (sold separately) is a powerful, integrated software platform that handles all of your 3D printing needs. The immersive environment brings your content to life. The software includes streamlined workflows that help you move from digital to physical faster than ever! S3D includes M2 settings to help you get started. S3D is recommended if you are new to 3D printing or just looking to get started quickly.

• Open Source software is also available for free download. The open-source tool-chain allows you to prepare your models for printing and run your printer. This software is only recommended for intermediate to advanced users.
• 
  

  LCD ($99)

  The MakerGear LCD Interface is a perfect upgrade item for those who wish to control their printer without the use of a computer. It includes a RepRap Smart Controller-style LCD screen as well as a laser-cut ABS housing unit and 3D-printed ABS adjustment knob. 

  
  

  Spare Parts Set ($110)

  The V4 Spare Parts Set is ideal for international customers and others who wish to maximize uptime by stocking spare parts, and includes:
  1 - V4 Filament Drive
  1 - 40 mm fan (24 V)
  1 - 50 mm fan (24 V)
  1 - Extra Thermistor
  1 - Extra V4 Cartridge Heater
  1 - V4 Hot End

• Important: Review the Terms of Service updated on 5/31/22 before purchasing.

• M2s are in stock and ready to ship.

• MakerGear will include the standard power cord used in the country to which the 3D printer is shipped.

  MakerGear shipping fees cover transportation only. Customs duties, domestic sales tax, etc. are the responsibility of the customer.

  Customers who live in Canada and other certain countries who have applicable free trade agreements with the US will not be charged customs duties, though domestic sales tax may still apply. Customers in South Korea will need to fill out their portion of the Certificate of Origin form and send it to [email protected] for completion by MakerGear to eliminate customs duties.

Makergear M2 Review 2022 - Why This 3D Printer Is Not Worth It

3.2

See Price

3D printers are complicated at the best of times. There’s a huge amount of variation from one model to the next, and all the jargon really gets in the way of making a decision sometimes. That’s why we’ve decided to create a simple, easily understandable guide to one of the most popular 3D printers available: the MakerGear M2.

There’s an extra challenge when it comes to buying premium products: you need to find a printer that’s worthy of its price, but one that isn’t weighed down with functionalities you’ll never get to use. Let’s take a look and see if the M2 lives up to the hype.

Table of ContentsShow

Design

This printer has a spacious, open build area that allows you to build larger objects than most other models. Admittedly, there’s only one extruder by default, but if this is a big drawback for you, you can always add an extra one. This is achievable because the entire unit is modular – it simplifies maintenance and allows you to effortlessly upgrade.

It’s sturdily built, too. Instead of 3D printed components, it’s made almost entirely of metal for added durability. The print bed comes already leveled, and there’s software included to help you reset it if needed. Thanks to its four-point system, though, this should only be necessary rarely.

With a base temperature of 110°C, this printer allows you to print even with materials that require very high amounts of heat. This should also prevent sticking, which is excellent. This unit ships with a 0.35mm nozzle, but MakerGear offers additional sizes and materials on their website.

Printing

Print quality is above-average but still not perfect, despite this printer’s high price tag. It handles overhangs exceptionally well, but there was significant distortion on relatively simple test models. It seems to excel at low-poly prints, but more complex ones tend to warp or complete with loose strands – hardly ideal, but good for fast prototyping.

We were pretty impressed with the number of different filaments you can use, though. All the usual suspects are supported, but you can also use wood or carbon-fiber filaments. That said, you’ll need to buy a metal nozzle since you don’t get one as standard.

Let’s be clear: this printer is not suitable for commercial applications. It’s clearly intended for experienced users who know how to troubleshoot difficult prints, and at such a high price, it’s prohibitively expensive for newcomers. These facts aside, it’s a strong choice for those looking to improve their skills and learn by doing.

Features

At this price, you expect to see some WiFi capabilities, but this is absent in the M2. USB and SD card connections are supported, though. It includes a copy of Slic3r and Pronterface – two free, open-source applications. Generally, high-end printers come with free professional software, or at the very least, a discount, so this is a bit of a let-down.

Unfortunately, the M2 requires you to use multiple programs unless you’re willing to pay for premium software. First, you have to slice your model, then use a secondary application to send it to the printer (assuming you’re not putting it on removable storage). Also, the bed-leveling and filament changing requires you to use the proprietary software.

However, we did like how easily this product can be upgraded. You can choose to add an extra extruder, additional filament spool, or an LCD screen, and spare parts are also available via the MakerGear website. Even with a single extruder, the printing is pretty fast, so you may not even need one.

Cost

At a little over $1800, this printer isn’t for anyone but experienced users. A fully upgraded version will run you around $2000, and that’s before you add $149 for a copy of Simplify3D. Simply put, this model is extremely expensive, and yet, only suitable for mass-producing very simple objects.

On the other hand, we find the spare parts kit to be worthy of its price. You get all of the most commonly broken components including a filament drive and hot end, so you’ll always have spares on hand should anything go wrong. Because of its modular design, replacement is very easy, which is a bonus.

Support

MakerGear’s support area provides several ways to find help. You can call the company, submit a support ticket, send an email, or check out the user forum. The company claims to respond to messages within a few hours, but you should note that weekend inquiries will likely be answered the following Monday.

The M2 comes with a six-month limited warranty, which is standard. What isn’t standard is the extension option: for $350, you can add an extra year’s coverage. Normally, we’d say this was extortionately expensive, but given the high price point of this printer, it might actually be worth the investment.

Simply, the M2 is very expensive and lacks some of the features that many mid-budget printers have as standard. We don’t think it’s fair to ask customers to pay around $1800 for a product and then wait over the weekend for support if problems arise.

Summary

While the MakerGear M2 has a premium price, it seems to be designed to milk as much money from consumers as possible. Even if the price were halved, we’d struggle to justify purchasing it, simply because of its complexity and poor print quality on reasonably simple models.

It’s pretty complicated to use too, with multiple programs required to get even easy prints started. This is a classic case of “high price, low expectations”, and without significant improvements, the M2 can’t even come close to justifying its extreme initial cost. Buyer beware.

Network 3D Printer with Windows 10 IoT Core - Windows IoT

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• Article
• 02/18/2023
• Reading takes 2 minutes

Turn a Windows 10 IoT Core device into a print server and connect a 3D printer to it. You will be able to access the printer wirelessly from other devices.

1. Installing Windows 10 IoT Core on a device

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Before you get started, you will need:

• Board with the latest Windows 10 IoT Core Insider Preview installed. Follow the getting started guide to get the IoT Dashboard app and install Windows 10 IoT Core.

• 3D printer compatible with our network 3D printer application:

  • Lulzbot Taz 6
  • Makergear M2
  • Printrbot Play, Plus and Simple
  • Prusa i3 Mk2
  • Ultimaker Original and Original+
  • Ultimaker 2 and 2+
  • Ultimaker 2 Extended and Extended+
  • CraftBot 2
  • CraftBot Plus
  • LulzBot Mini
  • Velleman K8200

2. Connecting a 3D printer to the device

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• Connect the 3D printer to the Windows 10 IoT Baseboard with a USB cable.

• Open the IoT Dashboard app and verify that the device is listed under the My devices tab.

3. Deploying the network 3D printer application

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• On the IoT dashboard, click the Try some examples section.

• Select the sample application Network 3D Printer.

• Select the 3D printer model and click the Deploy and Run button to deploy the application to the IoT Core device.

  LulzBot TAZ 6 image from Aleph Objects, Inc. licensed under CC BY-SA 4.0.

  If you want to install a custom printer, select the Custom option from the list of printers. Custom 3D printers require an XML configuration file called PrintDeviceCapabilities.xml to properly connect and print to a 3D printer. An example of the PrintDeviceCapabilities.xml file can be found in the sample configuration xml file.

  The minimum change that needs to be made to the XML file is to update the following sections with the correct values ​​specific to a compatible printer.

These values ​​determine the dimensions of the cutaway 3D printer bed when processing a 3D model.

 200000 200000 200000 

The value in the psk3dx:baudrate xml tag determines the specific baud rate used when interacting with the 3D printer from the raspberry pi3. Set the appropriate baud rate for your 3d printer.

 \115200 

The other values ​​in the PrintDeviceCapabilities XML file are used to notify the slicer in the 3D print driver to fine tune it to work with a specific compatible printer. Learn more about all of these values ​​here.

4. Adding a 3D printer

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• Go to your Windows 10 computer and select Settings -> Devices -> Printer Scanners & .

• Click the Add Printer or Scanner button.

• Select the 3D printer and click the Add Device button . The printer will be installed automatically.

Congratulations, your printer is installed and will work exactly as if it were connected with a USB cable. Now you can print it with 3D Builder.

Free STL file Makergear M2 mount for Bulldog-Lite extruder plus Merlin-Hotend・3D printable model for download・Cults

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V-Slot gantry plate

Free

Ugrinsky wind turbine

Free

Wormgear/ CycloidGear Nema 8 Stepper

Free

Black & Decker Workmate Latch-Catch 374985-49

Free

Garmin wristband replacement strap

Free

Enclosure for LM2596-Adj module

Free

ESP32 DevKit enclosure

Free

Funnel Stand

Free

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S-Link

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Large Engineers Hammer Holder 500g 029 I for screws or peg board

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flash cover on the camera

Free

Holder for Screwdriver Set 6pcs 030 I for screws or peg board

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