SainSmart Genmitsu 3018-PROVer V2 CNC Router Machine for Beginner, Mini Milling Engraver Kit with Z-Probe, Limit Switches, E-Stop, Ideal for Wood, Acrylic, MDF, Plastic (Without Offline Controller)
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Thursday, Mar 12
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Features
- Best Entry-Level: The Genmitsu 3018-PROVER V2 is the first choice for beginners looking to enter the world of CNC machining. It offers incredible value and opens up a world of possibilities, from creating unique artwork and personalised gifts to starting your own small business.
- Effortless Enhancement: Accessories can be easily added to increase the functionality of the CNC machine. A wide range of accessories can be added, including extension kits, powerful spindle and offline control, etc.
- Easy Assembly: The 3018-PROVer V2 has Pre-Assembled Main Parts (gantry frame and the one-piece aluminum spoilboard) and Clear Cable Management. You can have your first CNC machine in under an hour.
- Wide Application: The CNC machine is capable of engraving a wide range of materials, such as wood, plastic, acrylic, PVC, PCB, carbon fiber, and density board. It can also engrave soft metals like copper and aluminum.
- Support Services: CAD/CAM software to design and then convert your ideas into instructions (GCode) that the router can understand and execute (common options are Carveco, Fusion360, and Easel). If you get stuck, check out the SainSmart Resource Center (see User Guide) or contact us with any questions.
Brand: SainSmart
Material: Aluminum
Power Source: Corded Electric
Product Dimensions: 16.54"W x 11.42"H
Voltage: 24 Volts
Brand: SainSmart
Material: Aluminum
Power Source: Corded Electric
Product Dimensions: 16.54"W x 11.42"H
Voltage: 24 Volts
Horsepower: 96
Maximum Rotational Speed: 10000 RPM
Amperage: 1.03 Amps
Base Type: Fixed
Battery Description: Corded electric
UPC: 816550022917
Manufacturer: SainSmart
Part Number: 3018-PROVer
Item Weight: 20.3 pounds
Item model number: 3018-PROVer V2
Style: 3018-PROVer
Item Package Quantity: 1
Included Components: CNC Router Machine
Batteries Included?: No
Batteries Required?: No
Description Pile: Corded electric
Date First Available: October 21, 2019
Frequently asked questions
The Genmitsu 3018-PROVer V2 is ideal for engraving a variety of materials including wood, acrylic, MDF, plastic, and PVC. It's designed to be versatile for beginners working on various projects.
No, this version of the Genmitsu 3018-PROVer V2 CNC Router Machine does not come with an offline controller. This means you cannot operate it without connecting it to a computer.
The Genmitsu 3018-PROVer V2 incorporates several safety features to ensure user protection, including limit switches that prevent it from moving beyond its intended range, an E-Stop (Emergency Stop) button for immediate halt in case of an unexpected issue, and a Z-Probe for accurate material surface sensing.
Yes, the Genmitsu 3018-PROVer V2 CNC Router Machine is designed with beginners in mind. Its easy-to-understand setup, coupled with features such as the Z-Probe and limit switches, make it an accessible tool for those new to CNC milling and engraving.
Top Amazon Reviews
🚀 Abunda's Overview
This is our summary and key points to consider based on customer reviews.
The Sain Smart 3018 PROVer CNC machine garners high praise for its solid construction, comprehensive educational curve for beginners, and impressive performance in cutting through various materials. The machine is noted for its robust build quality and a variety of included upgrades that set it apart from similar units. Both reviewers highlighted the learning process involved with operating the machine and recommended it to individuals willing to delve into the intricacies of CNC machining. Users appreciated the support materials and community available for troubleshooting and learning.
Pros
- 🔧 Solid, well-built machine with a reputation for durability.
- 📚 Extensive learning resources and supportive user community.
- 🔄 Includes important upgrades like limit switches and an offline controller.
- 💼 Known brand with good customer service.
- 👍 Effective for various materials and offers high-quality cuts.
Cons
- 🔍 Assembly and calibration require time and patience.
- 📏 Limited workspace size restricts the scale of projects.
- 🧰 Included hold-down clamps and Vee bits considered "fiddly."
- 🛠 Some basic understanding of G Code, 3D modeling, woodworking, and electronics necessary.
Should I Buy It?
If you are eager to learn and looking for a solid entry into CNC machining with a good balance of price and performance, the Sain Smart 3018 PROVer is an excellent choice. Its robust build, array of features, and supportive community make it suitable for beginners and experienced users alike who are willing to engage with the learning curve. For those seeking an out-of-the-box solution for intricate projects without the need for in-depth learning, it may be wise to consider other options.
Cutting to the chase, this machine is great. It's built like a tank, assembly instructions were fine, and there are a ton of resourced available online. I got my machine on Sunday, and on the following Saturday was able to cut the piece in my attached picture with no issues. In fact, the only issues that any of my cuts have had were of my own making. The machine works very well. That said, prepare to do some learning, some troubleshooting, and some problem solving. This is my first CNC, but I have extensive experience with 3D printers, and they're the same way. This machine isn't there to hold your hand while carving out intricate masterpieces. It's a tool that you need to learn to use. Another reviewer said something like "8 hours of failure was too much." (I had the same problem that he did. It was solved by changing the "Safe Retracts" setting in Fusion360.) If 8 hours of failure is too much for you, then this isn't the machine you want. To make this (or really any CNC machine) "work", you will need some basic understanding of G Code, 3D modelling, woodworking, and electronics. You don't need to be a master at any of this stuff, but you're going to touch all of it. It will take time. You will screw things up. You will get sawdust in your hair. That's what makes these things fun. Now, more specific to this machine itself, I was very, very impressed. There are many very similar units on Amazon, and I selected this one because of the included upgrades, and the known brand name. I found the machine to be extremely well built, and straightforward to assemble. The inclusion of limit switches is important. While limit switches can be a bit frustrating, they are there to make sure you don't accidentally send the machine a command that will damage it, and the work perfectly for that. I find the offline controller to be wonderful. There seems to be a lot of hate for this part, but I like that I can run he machine "headless" and not have to leave a laptop in my dust shop. I actually had a much smoother experience using the offline controller than I did using the PC-based Candle, but they both do the same job. My motor doesn't wobble, isn't loud, and hasn't had any issue cutting through various woods at 300mm/min. I did several calibration tests on the machine as soon as I got it built, and didn't have to adjust anything. The only bad things about the machine are the hold-down clamps that are included (they work, but are the definition of "fiddly"), the included Vee bits (again, they work as they should, but why give me a bunch of Vee bits and no end mill?) and the size of the workspace. The 3018 is actually a great size for a small workspace like mine, where it will need to be moved and worked around, but just like everyone else, I'd love to be able to make bigger stuff. I've probably said enough glowing stuff about this device, but I'll sum it up, here. When I spend ~$350 on a piece of Chinese technology that's based on open source designs, I expect to get a pretty low-end product that I can usually upgrade to make it useful. In this case, I got a solid, well-deigned, functioning piece of gear. I haven't been this amazed at how well a cheap gadget works since the Elegoo Mars Pro. If you're looking for a cool tool with a steep, but fun learning curve, look no further. If you want to easily and quickly cut wood (or metal) parts with the push of a button, maybe wait a few years. Software That I Used: -Candle (included) for machine control -Easel (very limited free use) for design and GCode Creation -F Engrave (free) for GCode creation -Carbide Create (free) for design and GCode Creation -Fusion360* (free) for design and GCode creation -Inkscape (free) for image design *Fusion360 is the real workhorse, here. It has by far the most features, but also the steepest learning curve. If you're familiar with Fusion360, you'll have no trouble. Otherwise start with Carbide Create.
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Reviewed in the United States on March 21, 2021 by Michael R. Michael R.
very satisfied so far, the assembly was not fast (more than hour to make sure that the wires are in the right place. Did run few projects very well
Reviewed in the United States on January 21, 2026 by Adam
Small but solid CNC machine. This was the perfect machine to learn how to use a CNC machine. It's not powerful, but it makes very accurate cuts. As a hobbly machine, I have managed to make projects that were up to 10-1/4" x 12" x 3/4".
Reviewed in the United States on January 15, 2026 by Alan J Alan J
SainSmart 3018-PROver review and errata - January 18, 2020. The materials provided are good: heavy and well-machined aluminum, acceptable quality electronic and mechanical components and fasteners. The 3018-PROver is not nearly as “assembled” as the purchasing data indicates. You can download the assembly video or the manual and see for yourself - there are a couple of hours of assembly work, and there will be much consulting of the online manual, the video, and this errata while you are at it. The three major subsystems are mechanically assembled, but have not had the electrical components, wiring and many little parts mounted, and two major subsystems need to be bolted together. And since the instructions leave a lot for you to figure out, if you’re easily frustrated: choose another project. The PROver version is based on Open Source software and incorporates its own motion controller software: GRBL 1.1. It does not need to be connected to your computer while the router is cutting. Most people will use Open Source CAD software, which does not come with the unit. There is also a “3018 Pro MX3” version which requires that you purchase the Mach 3 software for $175, has a different main controller board and a different hand controller, and requires a Windows computer to run Mach 3 while the router is cutting. The 3018 PROver is a better choice for most people, as it avoids this expense and complexity. Mach 3 is motion-control software, not the CAD software. You will still need to find that. The 3018-PROver controller is based on Arduino. The main controller runs the GRBL 1.1 software developed for Arduino and comes with its own hand controller. Hand controllers for other models, like the one for the MX3 version, are not compatible. Source code for GPL-licensed software in this unit is not on the SainSmart web site as far as I can tell, and it looks like SainSmart still needs to learn how to comply with the licenses to the GPL binary software they distribute, and directly distribute the source code on their own site. I do not know what differences exist from the GRBL 1.1 developer’s source, but I suspect some might exist for the hand controller. This machine will be covered with chips after operation and will require some wiping down, including passing some sort of wipe inside of the T-slots. I will try to improvise a chip vacuum for mine, no such thing is available to buy. To find the assembly video, search for Sainsmart Genmitsu CNC Router 3018-PROVer Build. A few hits down from the top of the search on Google, there is a wiki page for the device at wiki.sainsmart.com . You can also find this directly on the wiki, but the indexing is based on SKU numbers. There are assembly videos for other models on Youtube, which you might find helpful. Most of the tools required for assembly are provided. In addition, you will need a wire cutter to remove two wire ties used as a shipping lock, and a container of light oil to lubricate the lead screws, and some electrical tape to wrap moving wires together. You will need to download the manual and display it on a big screen. That is the only way you will be able to see the photos adequately to be able to assemble the unit. The photos are in a printed manual provided with the unit, but too small and too low-resolution to tell what you should be doing. Here are the errata I noted during assembly: Step 1: You will need to provide your own wire cutter. Step 2: You are told to mount 6 wire holders, but the photo only shows where two of them go! The video is similarly unhelpful! The second two go on the opposite side, identically to the first two. The third two go on the outside of the frame, on the same side as the stepper motor, opposite the two installed inside. Step 3: The four wire holders mount on opposite sides of the metal piece. The photos don’t quite show this completely. Step 5 and 6: The long end of the distance tool is held against the back of the frame, inside the channel. The last slider nut should be against the end of the distance tool. Because of the distance tool, everything lines up well and the 12 bolts go in a lot more easily than I expected. Step 8: The square projection on the slide nut goes outward. Step 9: Peel the protective film off of both sides of the acrylic sheets. They are clear, tinted blue, once you do that. Hold the sheet so that it fits the shape of the leg of the Y-Z assembly. That is the correct orientation. Put the bolts through from the outside, and put the slide nuts on the other side by hand, one turn only. Orient the slide nuts horizontally, and then push the acrylic sheet to the channel so that the slide nuts insert into the channel. Turn the bolts, and the slide nuts will seat correctly. Step 10: There is an error on this page. Where they specify the Y+ and Y- connecting wires, they actually mean X! The VER- numbers are correct, Y should be X. The main controller is attached to two beams, each of which has four channels. The X- limit switch wire must be run behind the main controller along the top of the bottom beam, looping to the front on the side where the controller has the USB connector. The cover strip goes over the wire on the top channel of the bottom beam. Step 11: It may be necessary to temporarily remove the wire holders next to the limit switches so that there is enough space to insert the plugs into the limit switch sockets. Put the wire holders back afterward. Step 13: There are different plugs on each end of the stepper motor wires. Step 15: By “black cover”, they mean the black plastic nut on the barrel of the emergency stop button. Remove that and the square lock washer. Put the switch into the plate, and then put the lock washer on the switch from the back, with the pointy corners facing the metal plate. This button is unusual: push to stop, twist to release. Step 16: Whew! A lot left out here! You are supposed to pass all of the Z wires through a piece of the nylon braided web to protect them from friction. But the piece I was provided, although it can be expanded somewhat, doesn’t expand sufficiently to do this. I wrapped the wires with electrical tape. Operation Before you connect the router to your computer, you can play with it using the manual controller. This is non-intuitive though. I noticed that the files included on the SD card would run into hard limits (trip the limit switches) if run with the router starting in the home position. You will have to move X, Y, and Z close to the center of their operation before starting. The limit switches are confusing. If you are stuck on a limit, which is sure to happen, run the reset function. Move the stuck axis until it stops again - the limit switch will halt the system when it is set, and again when it is cleared! Run the reset function a second time. Then you can move the axis as expected. At this writing I am not sure if configuration will make this easier.
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Reviewed in the United States on January 19, 2020 by Bruce P.