Advancing Material Science: Thermo Fisher Introduces Hypulse Surface Analysis Technology

Published: 24 Sep 2025

Author: Precedence Research

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Thermo Fisher Scientific, the global leader in serving science, has announced the launch of the Thermo Scientific Hypulse Surface Analysis System. This innovative breakthrough in X-ray photoelectron spectroscopy (XPS) depth-profiling. The system proposes new-generation analytical features that are expected to transform the way scientists examine the surfaces of high-end materials across various industries. Hypulse opens up new areas of application in the energy storage field, medical devices, fire protection, and other areas that use surface engineering to accelerate innovation.

The Hypulse system utilizes the most modern technology, employing a femtosecond laser, to provide unparalleled accuracy in sample characterization and material removal. The combination of this innovation and Thermo Fisher MAGCIsTM ion source, which is proven in the industry. That means researchers can now study surfaces with the level of reliability and efficiency that has never been achieved before. Along with its technical excellence, Hypulse embodies Thermo Fisher's mission to empower scientists with the tools to make discoveries more quickly.

Hypulse opens the way to innovations that enhance patient outcomes by offering deeper insights into implant coating issues, providing more accurate and clearer information. The improved surface analysis in the system can spur more efficient and stable battery materials in the future. Surface characterisation made possible by Hypulse can be used in fire protection to create more durable and safer protective coatings more quickly.

Hypulse can provide dual flexibility by combining the femtosecond laser technology with the MAGCIsTM ion source. This enables scientists to alternate between ion beam and laser techniques, as required by their sample. This flexibility guarantees that Hypulse is capable of serving a wide variety of applications, both delicate biomaterials and tough industrial finishes. Hypulse fulfills this need and establishes a new standard in precision, depth, and speed. Furthermore, the system enables scientists to create the next generation of materials capable of addressing practical problems in the world, leveraging its ability to uncover knowledge that lies beneath the surface. Source: