MONO LASER Shines at 2025 ITES

On March 26, 2025, at the Shenzhen International Convention and Exhibition Center (Bao'an), the 2025 ITES Shenzhen Industrial Exhibition - Medical Device Supply Chain Ecosystem Exhibition grandly opened today. MONO LASER (Booth No.: 1 - F10) showcased its globally leading femtosecond laser micro - nano processing technology, offering upgraded precision solutions for core medical components such as blood glucose needles, CT tubes, and minimally invasive surgical knives, which attracted significant industry attention.

This exhibition features 8 exhibition halls with a total display area of 160,000 square meters, focusing on "precision component production and manufacturing" and comprehensively presenting the latest development achievements in high - end equipment, robotics, automation solutions, and precision manufacturing. In response to common problems in medical device manufacturing, such as insufficient precision in core component manufacturing and poor material adaptability, Monochromatic Technology, leveraging the "cold processing" and high - precision advantages of femtosecond lasers, has launched customized solutions covering five major areas: minimally invasive interventional devices, implant manufacturing, diagnostic chips, core components of imaging equipment, and biosensors, providing a new path for medical precision component manufacturing.

• Precision cutting of blood glucose needles: Achieved a thickness of 0.18mm, a rib width of 0.3mm, with no burrs and no melted edges.

• Etching of CT tube bearings: Achieved precise control of a groove width of 2mm and a groove depth of 20μm ± 1μm.

• Etching of blind holes in interventional contrast needles:  Achieved a hole depth of 50μm ± 1μm, facilitating precise imaging.

• Processing of group holes in cell filtration membranes: Achieved a pore diameter of 7μm ± 1μm, breaking through the limits of traditional processing.

MONO LASER has been deeply involved in femtosecond laser micro - nano processing. Through its independently developed beam shaping system, high - precision motion control, and intelligent software algorithms, it has achieved nano - level hole drilling, sub - micron etching, and ultra - fine cutting, breaking through the limitations of traditional processing technologies in terms of material adaptability, processing precision, and surface integrity. The company's equipment can meet the production requirements of core components such as medical interventional devices and high - end sensors, with key indicators reaching the international advanced level, successfully breaking the foreign technology monopoly.

During the exhibition, MONO LASER will conduct in - depth discussions with medical device companies on industry - leading demands through technology demonstrations, case sharing, and on - site exchanges.  A salesperson stated, "We not only provide equipment but also focus on collaborative R & D with customers to help solve complex process problems. For example, in the processing of cell filtration membranes, by optimizing laser parameters and path planning, a uniform array of 300,000 holes per square centimeter can be achieved, with a precision of 7μm ± 1μm, significantly improving filtration efficiency and biocompatibility."

MONO LASER was established in 2020, focusing on the research, development, and application of femtosecond laser micro - nano processing equipment for extreme manufacturing. The company's core team consists of experts in the fields of laser technology, precision manufacturing, and automation, with a cumulative application for more than 20 patents. Its services cover multiple fields such as medical, aerospace, and semiconductors. Through this exhibition, Monochromatic Technology will accelerate the in - depth application of femtosecond laser technology in the medical device industry through technical exchanges and cooperation negotiations, promoting the high - quality development of the medical device industry.