An Outstanding Module for Excellent Performance in Laser Engraving, Cutting, and CNC Carving

Modern 3D printers are remarkable devices that produce objects with exceptional accuracy and precision compared to traditional manufacturing methods. Snapmaker provides top-notch 3D printers with laser engraving and CNC cutting capabilities! The Snapmaker Rotary Module is exceptional for remarkable performance in laser engraving and CNC carving, and it is particularly adept at creating small three-dimensional sculptures and desktop miniatures. No other technique can achieve the level of detail and construction that the rotary module can without the use of extrusion, layer shifting, stringing, or supports in SLA or FDM. The rotary module is excellent for rotary CNC carving and rotary laser engraving.

·         Laser engraving

The process of employing strong lasers to carve an object is known as laser engraving. You won't be limited to flat surfaces because you can enable engraving around an object using a Snapmaker rotary module.

·         CNC machining

For precisely carving or cutting hard materials, CNC carving is excellent. For your creative creations, you can select from various materials, such as hardwood, PCB, acrylic, POM, carbon fiber sheet, and more, using the Snapmaker CNC carving module. Furthermore, the Snapmaker 2.0 rotary module enables more efficient rotary CNC carving, including the ability to carve hollow objects.

Features of the Snapmaker rotary module as a whole include:

ü  The Snapmaker 2.0 rotary module supports many materials, including wood, plastic, bamboo, fabric, leather, opaque acrylics, and more

ü  A modern, sleek design you've always admired

The Snapmaker 2.0 rotary module and the Snapmaker 2.0 share the same design language. Yet, it has an amazing look and feels thanks to the metallic grey finish. The key to its durability is aluminum which has been completely anodized.

ü  Ultra-precise machining with no details overlooked.

The Snapmaker 2.0 rotary module has a speed reduction that transforms the power to a lower output speed and uses strain wave gearing. As a result, the 3-jaw chuck may rotate at an angle as small as 0.1°. As a result, you can construct it on uneven and irregular and uneven surfaces without missing a step.