Perspex Acrylic Display Plinths and Pedestals for retail and events. When it comes to displaying products within your business, you...
Acrylic, often known as Perspex, is the perfect substrate for laser cut. It can be used in projects such as signage, point of sale displays, advertising and more besides. Laser cutting reduces the post-processing so it can be more cost effective than CNC routering, which requires additional finishing processes. Panels of up to 20mm thick Perspex Acrylic can be cut using a CO2 laser cutter. Most CO2 lasers are also able to engrave acrylic sheet.
Uses of Laser Cutting Technology:
- Perspex Trophies
- POS Displays
- Acrylic Letters
- Indoor and Outdoor Signage
There are lots of advantages to laser cutting:-
- Edges come out already flame polished, so it eliminates the need for additional post-processing.
- Precision: – A typical laser beam is 0.2mm in diameter, which allows for very accurate cutting.
- The material does not warp under heat due to the pinpoint accuracy of the laser beam itself.
- Tiny shapes and minuscule radius can be cut with laser cutting machines.
- No tool wear.
- No shavings or small waste particles produced.
- Parts do not move on a laser, as there is no tool.
- Less need to deburr edges.
- Can work from many file types such as dxf, AI, EPS and PDF.
When having a product laser cut, it is important to set your drawing up correctly. Laser cutting software uses a single line, which processes and either cut or engraves into the acrylic sheet.
If there are many parts to cut, it is best to “nest” them together, so that the laser can track the least amount of distance and therefore work most efficiently. Some laser software has automatic nesting tools available, which will layout drawings for optimum efficiency.
Try not to use too many nodes on your outputted artwork, as this can cause the output to be angled or blocky. Using smooth curves will give you a better end product.
Finally, when Perspex acrylic is laser cut to a sharp angle, it can snap a lot easier, putting a small hole or radius on the inside of the angle, this will help relieve the stress and make the component a lot stronger.