Can Lasers Cut Plastic? - A-Laser Precision Laser Cutting- laser cutting polymer ,When it comes to plastics, NdYAG UV lasers will cut polyimide (Kapton) and poly ether ketone (PEEK) very well. Polypropylene, polycarbonate are better suited to CO2 laser systems. Because laser technology is focused light energy, there is often carbon residue and/or discoloration on the laser-cut edge. Can Lasers Cut Plastic? - A-Laser Precision Laser CuttingWhen it comes to plastics, NdYAG UV lasers will cut polyimide (Kapton) and poly ether ketone (PEEK) very well. Polypropylene, polycarbonate are better suited to CO2 laser systems. Because laser technology is focused light energy, there is often carbon residue and/or discoloration on the laser-cut edge.
The CO 2 laser cutting of three polymeric materials namely polypropylene (PP), polycarbonate (PC) and polymethyl methacrylate (PMMA) is investigated with the aim of evaluating the effect of the main input laser cutting parameters (laser power, cutting speed and compressed air pressure) on laser cutting quality of the different polymers and developing model equations relating input process ...
Materials BergQuist™ Thermal Materials. Difficulty: Easy; Notes: One of the laser cutting materials commonly used on heat sinks, the thermal conductivity of these materials coupled with their electrical insulative properties is a match made in heaven for keeping electronic components and solid-state switches passively cool without compromising on safety from electrical short circuits.
Laser cut Noryl components are ideal for use in electronics and electrical equipment, among other applications. PVDF: Laser cut PVDF — or polyvinylidene fluoride polymer — components are typically used in applications where strong chemical resistance and thermal stability are required.
Kapton (also known as polyimide) is a type of high-performance plastic polymer. The material is characterized by properties such as high electrical resistance, high thermal conductivity, and excellent tensile properties. This makes it ideal for laser cutting. Kapton tape can be laser cut to make solder masks or stencils.
The use of ultrafast lasers in the fabrication of polymer medical devices has gained wide acceptance within recent years. Unlike mechanical methods, laser cutting has the ability to create fine, precisely machined features and markings. Through the non-contact process, a consistent high-quality cut is ensured at a high yield and low cost. Because ultrafast lasers can process a wide variety of polymers, regardless of transparency or thickness, you can simplify the manufacturing process.
Laser cut Noryl components are ideal for use in electronics and electrical equipment, among other applications. PVDF: Laser cut PVDF — or polyvinylidene fluoride polymer — components are typically used in applications where strong chemical resistance and thermal stability are required.
Ultrafast laser cutting can create fine, precisely machined features and markings. Through the non-contact process, you get a consistently high-quality cut at a high yield and low cost. In our application lab, we put our ORIGAMI XP to the test and made it cut very small holes and fine features in various polymer tubes.
Laser Cutting Polymers. Gateway Laser Services uses several types of laser technology for laser micromachining plastics, thin films and multi-layered materials. Polymers are ideal for laser processing; they respond extremely well in the ultra violet range of the light spectrum. Laser micromachining is based on photodecomposition of the material—it is clean, non-contact without heat affected zones or damage to the material.
Laser Cutting involves cutting the material with a highly accurate laser that focuses on a small area of material. The laser beam is directed to the material where it need to be cut. It can cut it with a thickness up to 10mm. There are different types of lasers which can be pulsed or continuous. At Sculpteo we use continuous laser cutters that ...
Guerra A, Ciurana JD (2017) Fiber laser cutting of polymer tubes for stents manufacturing. Proc Manuf 13:190–196. Google Scholar Moradi M, Mehrabi O, Azdast T, Benyounis KY (2017) Enhancement of low power CO2 laser cutting process for injection molded polycarbonate. Opt Laser Technol 96:208–218
At Accubeam, we provide cutting capabilities for all types of metal substrates, including laser cutting steel, aluminum, titanium, brass, and bronze, in working ranges up to 50 inches x 50 inches x 9.5 inches. Our laser cutting equipment offers tolerances of ±0.002 inches for precise metal designs.
Laser Cutting involves cutting the material with a highly accurate laser that focuses on a small area of material. The laser beam is directed to the material where it need to be cut. It can cut it with a thickness up to 10mm. There are different types of lasers which can be pulsed or continuous. At Sculpteo we use continuous laser cutters that ...
Polymer laser cutting is a very efficient and effective industrial process. Among all the plastic polymers that can be processed by CO 2 laser, polyethylene is one of the first in terms of frequency of use. Polypropylene has an excellent laser energy absorption capacity which makes it suitable for all types of applications ranging from drilling to welding.
Abstract. This work investigates the application of the CO 2 laser cutting process to three thermoplastic polymers, polyethylene (PE), polypropylene (PP), polycarbonate (PC) in different thicknesses ranging from 2 to 10 mm. The process parameters examined were: laser power, range of cutting speed, type of focusing lens, pressure and flow of the ...
When it comes to plastics, NdYAG UV lasers will cut polyimide (Kapton) and poly ether ketone (PEEK) very well. Polypropylene, polycarbonate are better suited to CO2 laser systems. Because laser technology is focused light energy, there is often carbon residue and/or discoloration on the laser-cut edge.
Abstract. This work investigates the application of the CO 2 laser cutting process to three thermoplastic polymers, polyethylene (PE), polypropylene (PP), polycarbonate (PC) in different thicknesses ranging from 2 to 10 mm. The process parameters examined were: laser power, range of cutting speed, type of focusing lens, pressure and flow of the ...
At Accubeam, we provide cutting capabilities for all types of metal substrates, including laser cutting steel, aluminum, titanium, brass, and bronze, in working ranges up to 50 inches x 50 inches x 9.5 inches. Our laser cutting equipment offers tolerances of ±0.002 inches for precise metal designs.
Laser Stent Cutting System for Metal, Polymer, Glass, Nitinol. High throughput, wide power range and free sample analysis! Allied Scientific Pro (Taiwan & Canada) design and integrate high quality components from Aerotech, IPG, Amplitude to make the most versitile and cost effective stent cutting system by laser.
Ultrafast laser cutting can create fine, precisely machined features and markings. Through the non-contact process, you get a consistently high-quality cut at a high yield and low cost. In our application lab, we put our ORIGAMI XP to the test and made it cut very small holes and fine features in various polymer tubes.
Laser cut Noryl components are ideal for use in electronics and electrical equipment, among other applications. PVDF: Laser cut PVDF — or polyvinylidene fluoride polymer — components are typically used in applications where strong chemical resistance and thermal stability are required.
Lasers are often used in polymer machining because of their capacity for high precision and detailed processes. Examples of such operations are micro drilling and high precision cutting. Laser-initiated ablation is a method of polyimide/polymer machining that utilizes very short pulse durations with high peak power light pulses.
Ultrafast laser cutting can create fine, precisely machined features and markings. Through the non-contact process, you get a consistently high-quality cut at a high yield and low cost. In our application lab, we put our ORIGAMI XP to the test and made it cut very small holes and fine features in various polymer tubes.
Materials BergQuist™ Thermal Materials. Difficulty: Easy; Notes: One of the laser cutting materials commonly used on heat sinks, the thermal conductivity of these materials coupled with their electrical insulative properties is a match made in heaven for keeping electronic components and solid-state switches passively cool without compromising on safety from electrical short circuits.
Polypropylene laser cutting is a very efficient process since this polymer absorbs the infrared wavelength of CO 2 laser very efficiently. With laser, making cuts or drilling holes on polypropylene is very easy. On a macroscopic level, laser works as a cutting blade. The cut has a smooth and well-finished straight edge with no presence of burns ...
