Posts on this page of our Blog relate to products and information from Laser Quantum.
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Novanta (parent of Laser Quantum) will begin the end‑of‑life (EOL) process for the ventus product line. This decision is part of an ongoing commitment to deliver the highest‑quality solutions and to streamline Novant’s product portfolio in support of new and improved technologies. Final orders must be placed by 30th September 2026, and Novanta will continue … Continue reading
Laser cutting is a precision manufacturing process that uses a focused, high-power laser beam to accurately cut through industrial materials. The heat generated by laser beams can melt, burn, or vaporize even the toughest materials, including metals and acrylics. Laser cutting can create clean-cut or rounded edges, tapered cuts, and intricate, complex designs. This process is used … Continue reading
Laser ablation is the process of using a high-powered, focused laser beam to remove layers of material from a solid surface. An article posted by Laser Quantum explores how industrial laser ablation works, the different types of laser ablation, its many advantages, and how Novanta Photonics’s industry-leading solutions can transform your operations. Topics covered by this … Continue reading
For system setups, it is important to understand the design of laser beam systems that utilize beam steering technology. More specifically, pairing a beam steering set with a laser is crucial. During set up, aligning the clear aperture of the beam steering set with the beam size of the laser is critical. This often raises … Continue reading
Electron microscopy (EM) is a powerful imaging technique renowned for its outstanding spatial resolution. It surpasses the theoretical maximum resolving power of conventional microscopy by several orders of magnitude. This enables researchers to probe nanoscale structures and to resolve the chemical composition of samples with unprecedented precision. However, standard EM systems are typically unsuited to … Continue reading
Ultrafast lasers produce extremely short pulses of light; usually on the order of pico- or femtoseconds. Relying on techniques such as mode locking to create a train of pulses, ultrafast lasers owe their recent success to relatively new developments in photonics. These advancements in laser technology enable the production of pulses ranging between a few … Continue reading