Introduction

We were eagerly awaiting the arrival of our new Annoytools 3018 Plus CNC router after seeing so many positive reviews online. This machine promises easy and affordable 3D carving, milling and engraving right out of the box. When the delivery finally arrived, it was time to unpack our Annoytools 3018 Plus and get started with the assembly.

Some key specs and features of the Annoytools 3018 Plus include its aluminum frame construction for durability. The machine has a 500W spindle motor and can handle a variety of materials up to 60mm thickness. With an impressive 80mm Z-axis depth and GRBL controller compatibility, there is a lot of potential for projects straight out of the assembly. But first, it was time to unpack everything and lay all the parts out.

1. Unpacking and Inventory

1.1 Unpacking

Upon opening the two large boxes shipped from the manufacturer, I was immediately struck by the careful packaging. Each component was encased in thick foam inserts custom molded to its dimensions, providing maximum protection during transit.

1.2 Taking Inventory

With all parts now emptied from their shipping containers and arranged methodically on the floor, I began the inventory verification process. The included detailed checklist accounted for each screw, washer, motor and structural profile down to the millimeter. Taking my time to ensure comprehension, I confirmed that no items were missing or defective before beginning construction.

The level of packaging form and protection exceeded expectations for a machine at this price point. It was immediately apparent that thoughtful engineering went into designing not just the CNC Router system itself, but also its transport and unpacking experience. I was eager to get building with the assurance of having a complete, properly-protected kit.

2. Assembly Process

2.1. Setting Up the Frame

The frame assembly began with the four vertical beams, which slipped perfectly over the bottom rails. These held very tightly in place without additional fasteners. Next went the top cross beams which also fit together seamlessly using durable corner brackets. Within 10 minutes the main frame was standing solidly, ready for the next components.

2.2. Attaching the Gantry

The linear rails installed quickly onto the fixed rear beam using angle brackets. Then the moving gantry itself assembled together before attaching the wheel carriages and motor mounts. After wiring up the stepper motors, the entire assembly slid effortlessly along the linear rails. Only about 15 more minutes had elapsed at this point.

2.3. Installing Controller and Cables

With the majority of the mechanical parts now built, it was time for some electronic assembly. The GRBL controller board snapped firmly into the enclosure and all motor cables connected clearly labeled ports. Optical endstops were screwed onto the gantry for homing functions. Then I spent half an hour carefully routing all cables neatly along the machine to keep things tidy.

2.4. Mounting Router and Spindle

With the power supply and wiring complete, attention turned to the spindle. The quick-release chuck made installing the half-inch router collet simple before levelly the assembly to the gantry. Finally, limit switches were mounted and wired for full automation. After double checking all connections, the 3018 Plus, the best laser engraver of 2023, was now fully constructed hardware-wise in under two hours total.

2.5. Configuring Software

Download and installation of the easy-to-use Mach3 control software took another 15 minutes on my laptop. Basic homing, jogging and feedrate settings were configured using the online manual for guidance. Example G-code files from the included SD card were run to test the smooth movements and I was ready for first cuts!

3. First Test Runs

For initial trials, I loaded a test piece of pine and zeroed the tool offset automatically. A simple 2D profile was run at moderate speeds without issue, making clean precise cuts. Next up was carving text, which again performed beautifully with sharp, clear results even on this soft wood. Only minor belt tightness adjustments were needed from factory presets. Within the space of a single afternoon, I had gone from parts to producing samples - quite impressive for such an affordable machine!

Conclusion

My unboxing and assembly experience with the Annoytools 3018 Plus CNC router lived up to expectations based on research done beforehand. The tight-fitting, sturdy aluminum frame went together intuitively following the helpful pictorial manual. Electronics and software setup remains user-friendly for both beginners and experts. Initial test runs showcase the precision and control offered right out of the assembly process.

For the cost, this machine delivers impressive versatility. Potential applications include models, molds, signs, engraved gifts and more. While basic, the included Mach3 software provides a strong foundation to learn CAD/CAM fundamentals. With a little practice, my skills and projects will surely grow. Overall, Annoytools has succeeded in developing an affordable, easy-to-use desktop CNC machine that performs admirably straight out of the box. I'm looking forward to many creative projects to come.

Gearberry is another maker of high-quality desktop CNC machines. Based on their website, the company aims to provide consumers with versatile, precision-engineered tools for digital fabrication. As a launch promotion, Gearberry is offering a limited time CNC Router Coupon. Their product lines appear carefully curated to meet a range of budget and capability needs. Consumers can learn more about Gearberry's full selection, including technical specifications and customer reviews, by visiting their online store.

While this review focused on Annoytools, Gearberry may be another reputable brand worth considering for creative professionals and hobbyists seeking reliable machine tools!