What is Air Assist?

Have you ever wondered why many 3D printer users are opting for Snapmaker Ray 20W laser cutter and engraver? Well, one reason is that it is designed with smart air assist. The importance of this aspect is seen when using a laser since the air is blown on the laser spot, hence removing particles and fumes produced by the burn process. The option improves the quality of your object and keeps the lenses clean. The best part is that Snapmaker’s air assist is controlled via Luban, which automatically turns on the air assist when needed instead of manually turning it on and off.

First, what is air assist? It is an injection system that injects nitrogen gas or controlled high-pressure air into your product during laser cutting or engraving. The assist gases might be oxygen on nitrogen or high-pressure air. Once your printer has this addition, it will reduce and disappear around the laser head, resulting in a better engraving outcome.

Why is air assist essential for laser engraving? Here are the reasons;

·     It provides the user with a cleaner finish; how? The air assist minimizes oxide formation, which is the burn marks on the surface of the engraved products. Rather than investing in other services for clean laser engraving, invest in the Snapmaker 40W laser module to enjoy Air Assist's qualities for a cleaner finished product.

·   Using air assist ensures a fastened laser engraving production; that is, it improves efficiency.

·         The air assist gives an edge to quality finished products for wood and other materials.

·    The air assist is an economical move for businesses, making it an ideal investment for laser engraving users. It expands and upgrades the potential of laser engraving and also achieves smoother and cleaner work. Therefore, visit the Snapmaker website and stand a chance to own a Snapmaker 20W laser module.

The Best 10 Watt High Power Laser Module

Visit our website to get the new and highly potent 10-watt Snapmaker laser module, which will enable you to do flawless and effortless CNC laser cutting. Make sure to take your game to a higher level after purchasing our laser module for CNC. Furthermore, you will never get a stronger laser for laser printing because our 10 watt laser consistently outperforms the weaker ones. With the fast-axis collimating lenses integrated into the two laser diodes, the 10 watt laser engraver for CNC is not only powerful but also precise; the module compresses the laser spot of each laser diode individually first. After that, it uses beam combining technology to combine the laser beams from the two laser diodes, producing a higher output power and an ultra-fine laser focus (0.05 mm × 0.2 mm) that permits a higher energy density. Greater power and a smaller focus on the laser produce excellent laser works with fine details. This is the level of power that our 10 watt laser cutter module can provide you with every time.

Features:

Ø  Finest and strongest. With the Fast-axis collimating lenses embedded in the two laser diodes, the module first compresses the laser spot of each laser diode. Then, it combines the laser beams of the two laser diodes using the beam combining technology, resulting in higher output power and an ultra-fine laser focus (0.05 mm × 0.2 mm), which allows for higher energy density. Minor laser focus and higher power deliver high-quality laser works with impeccable details.

Ø  Upgrade camera capture. With this upgraded camera capture process, the wide-angle HD camera captures in one-take material and lets you get an instant preview in Luban of your laser job on the material; therefore, checking the working area is now easy and completely hassle-free.

What Makes PLA Filament a Popular Material in 3D Printing?

PLA (polylactic acid) filament is a popular material. It is a preferred choice due to a number of reasons.

Different Uses

PLA filament is useful for a variety of applications, including industrial applications and enthusiast projects. Because of its many uses, it can be used to create prototypes, instructional models, decorative items, and much more. There are virtually endless possibilities with 3D printer PLA; people can freely explore their creativity.

Ease of use

PLA is well renowned for being a very simple material to print on. It usually adheres well to print beds and exhibits no propensity to warp or deform during printing. Additionally, PLA doesn't clog nozzles as frequently as some other thermoplastics do. For both novices and experts, this makes PLA filament dependable and hassle-free.

Print Quality

In addition, PLA also produces high-quality print results. Prints made with PLA filament can achieve good detail, smooth surfaces, and accurate dimensions when sliced properly. The material is stiff enough to bridge small gaps without drooping or deforming. PLA's clarity also allows it to be used for transparent prints.

Strength & Stability

PLA offers adequate strength properties for most hobbyist prints, prototypes, and end-use parts. Items printed from PLA exhibit high rigidity and stability as well as decent tensile and bending strength. This makes it suitable for a wide range of applications.

Affordability

With most standard PLA filaments costing $20-30 per 1 Kg PLA filament spool, it is also one of the most economical 3D printing materials available today. This approachable price point further encourages beginners to try out desktop 3D printing without worrying about the costs of failed prints. Even advanced users appreciate being able to prototype and test prints cheaply with PLA.

Safety

PLA emits negligible fumes when heated to print temperatures. Unlike some plastics, it has low toxicity and is generally regarded as safe for desktop 3D printing use, even in home and office environments. This gives users the flexibility to place their printers wherever needed.

Environmental Impact

One of the most environmentally friendly 3D printing plastics, 3D printer PLA filament is made from renewable plant sugars and breaks down faster than oil-based plastics. Most PLA can be disposed of normally and will degrade within 1-2 years in the right conditions. Using PLA lets makers reduce waste while still enjoying high-quality 3D-printed parts.

In summary, PLA's ease of printing, print quality, mechanical properties, affordability, safety, and sustainability make it the ideal material for beginners and advanced users alike. With so many key advantages concentrated into a single material, it's no wonder the best PLA filament remains one of the most popular filaments for 3D printing today.