Guest Post : Michael Clark : Fimark

We always welcome Guest Posts from registered businesses around the world.

We thank Michael Clark of Fimark in the United Kingdom for his post and know you will find it most interesting.

Vast abilities of laser technologies – sky is the limit
With laser technology, the sky is the limit! Lasers are intense light beams that are commonly used in various industries. The beam emitted by a type of laser has the power to mark, etch and engrave various types of materials, such as metal, plastic, wood, and numerous others. The engraving is permanent and the color of the light varied from monochromatic (single wavelengths) to colorful. As opposite to similar machines, laser technology prides with being extremely precise. Today’s advanced laser cutting machines work with programmable computers that determine how and where the interface gets in contact with the material.


Laser technology – main benefits and abilities
Lasers keep work pieces in correct, exact positions thus making sure that the cutting process is extremely precise. The engraving or marking is particularly accurate and is done extremely fast. Since lasers work with beam light, the surface of the material doesn’t get in direct contact with any sort of cutting tool. This means that the material is kept safe and away from contamination or destruction. Conventional engraving process use machines that generate heat; this might disrupt the material’s shape. With laser technology, the heat produced is not that intense which means that the material has less chances of deforming.
Laser technology is versatile and can also be employed to burn or cut complex materials. The amount of work put into the engraving or etching is reduced, since laser systems are easy to maneuver using various computer programs. Furthermore, these machines don’t require human interaction thus limiting accidents and injuries.
Laser technology in medicine
Tech breakthroughs in laser technology have led to the creation of numerous applications in medicine. There has also been an increase in the number of medical procedures performed with lasers. Incisions are smaller and less painful thus trimming the recovery period. Lasers are widely used in various medical fields, including urology, gynecology, oncology, cardiology, cosmetic surgery, and more. Surgical lasers are precise and the procedures that use lasers no longer last 4 or 5 hours. In the recent years, many patients are shifting from intricate surgeries to less time-consuming interventions. These are less invasive and less painful too.


Medical laser systems are growing in popularity. Most common uses of laser technology are: wrinkle removal, skin rejuvenation, hair removal, vision correction and benign prostatic hyperplasia. Diode and solid-state lasers are widely employed for hair removal procedures; whereas excimer laser systems are more suitable for vision correction procedures.
Laser marking abilities
Laser marking legibility eases the job of many consumers when attempting to read from boxes and other contains. Marks made by laser beams are permanent; this also contributes to a cleaner environment because fluids associated with additional technologies are properly eliminated. Due to the production characteristics of the equipment, container marking happens following the sealing and filling of a certain product. One of the most common types of laser marks is ablation. The process means etching of a packaging. The best laser solution is made from blending marking heads, lenses and laser wavelengths at a predetermined thickness and depth. Since small configuration differences yield visible performance differences, configurable laser solutions become essential.
Laser marking on metallic materials
Laser marking on metallic surfaces provide high performance, accuracy and high legibility. Direct metal marking is usually required when companies need to track and monitor a certain product. The right laser wavelength etches a surface with a predetermined depth, thus making the mark appear readable and easy to monitor.
Laser technology comes with a wide variety of abilities. For starters, the lines etched are continuous, thus improving legibility. The technology is excellent for bar codes, characters and logos. Furthermore, lasers feature a wealth of text styles; this enhances brand image and product quality sense. Laser machines require little maintenance. For a system to work at full capacity users will be happy to know that the only supplies needed are the filters; these make laser operations a lot more efficient.


Bottom line is laser technology is the one of the greatest technological discoveries of the centuries. Companies are using lasers to keep track of their products but also to perform certain endeavors (e.g. surgeries) with a lot more ease. The industry is constantly advancing, so it’s natural to believe that newer lasers will soon emerge with even more pioneering abilities.
By Michael Clark and!