Laser Machine News

Radiation is the propagation of energy through space in the form of electromagnetic waves or particles, with electromagnetic radiation being the most commonly encountered type in daily life. It can be classified into non-ionizing and ionizing radiation, with lasers falling under the non-ionizing category. Laser radiation, known for its high energy density and monochromaticity, is safe for human use when proper precautions are taken, making it widely applicable across various industries.

Laser engraving technology is a process that uses high-energy laser beams to engrave or cut materials. Known for its precision, speed, and versatility, it is widely used across various fields, such as electronics, custom gifts, and industrial manufacturing. Laser engraving enables the creation of in

Laser Glass Cutting vs. Waterjet Cutting: A Detailed ComparisonIntroductionIn the realm of glass manufacturing, two cutting-edge technologies dominate the landscape: laser glass cutting and waterjet cutting. Both methods offer unique advantages and are suited to different applications. Understanding

The article focuses on the efficient and precise removal of polymer coatings from metal wires, particularly using different types of lasers (ns-355nm and fs-515nm). It highlights the technological advantages of fs-515nm lasers, which provide cleaner, more efficient stripping, especially in specific applications. However, it also mentions that ns-355nm lasers offer better cost-effectiveness, making them more commonly used for general wire stripping tasks.

Laser stripping is a non-contact process that selectively removes surface coatings while preserving the substrate’s integrity, making it ideal for industries requiring precision, such as electronics, medical equipment, and semiconductor manufacturing. INNO Laser provides advanced solutions, including UV nanosecond lasers for polymer coating removal and ultrafast picosecond and femtosecond lasers for high-precision applications, ensuring minimal damage to surrounding areas. This flexible and efficient technology adapts to various material types, thicknesses, and shapes.

In colder climates, protecting laser equipment from freezing is critical to ensure reliable performance. Important steps include extending the warm-up time after transportation, monitoring water chiller temperatures, and using antifreeze suited to the local climate. Proper antifreeze dilution can help adjust the freezing point when needed. Additionally, draining the cooling liquid before long-term storage or transportation prevents ice-related damage. Following these precautions will safeguard laser devices during winter conditions.

CO2 Dynamic Laser Marking MachinePaper hollower art has a long history and is very expressive in traditional Chinese art. Paper hollower can bring the decorative effect that has dimensional feeling extremely for arts and crafts design. With the development of laser industry, hollowing elements inte

Laser Head Not Emitting LightObserve the ammeter status using the control panel test button:No current: Check if the laser power supply is connected, whether the high-voltage cable is loose or disconnected, and whether the signal cable is secure.Current present: Inspect for broken lenses or severely

A laser engraving machine, also referred to as a laser marking machine, requires careful use and maintenance to ensure stable performance and extended lifespan. Below are 12 important precautions:Proper Grounding of the Laser Engraving MachineThe laser power supply and machine bed must have effectiv

Laser marking machines provide unparalleled flexibility and precision for processing heat transfer vinyl (HTV), enabling intricate and diverse designs without the need for molds. They offer burr-free cutting, support dynamic graphic positioning, and adapt easily to customized production needs. These advantages significantly enhance production efficiency and allow businesses to meet complex design demands with superior speed and accuracy.