Feasibility Studies

Feasibility Studies & Process Validation

In the field of precision manufacturing, the demand for performance upgrades and miniaturization drives continuous innovation. Evaluating the feasibility of new applications is a critical first step in transforming technical concepts into practical value. The engineering team at MONO collaborates closely with customers to help enterprises, universities, and research institutions accelerate technological iteration and efficiently turn ideas into tangible prototypes.

For new products or designs, the core to achieving optimal femtosecond laser processing results lies in accurately matching laser energy density, wavelength with the composition and thickness of the processed material, while balancing precision requirements and processing efficiency. Leveraging professional technical capabilities, MONO ensures the precise execution and successful delivery of this rigorous process from start to finish.

To support process development and prototyping, we are equipped with full-wavelength femtosecond laser equipment and a variety of motion control systems (some custom-developed), combined with coordinate measuring instruments and high-magnification 3D microscopes, enabling submicron-level machining precision on nearly all materials.

Whether your micromachining needs span aerospace, medical, semiconductor, or university R&D fields — MONO will help you break through technical bottlenecks and step into a new stage of high-precision manufacturing.

The Benefits of fs-Laser for R&D and Prototyping

Higher Precision

Femtosecond lasers feature ultra-small spot sizes, enabling precise microfabrication of details. This ensures prototypes are manufactured with exceptional precision and accuracy, significantly reducing the risk of experimental errors.

Faster Efficiency

Femtosecond laser processing leaves no heat-affected zone and requires no post-processing. Unlike lithography, it eliminates the need for mask production, drastically shortening R&D cycles and accelerating prototypes into the testing and evaluation phase.

Material Flexibility

Femtosecond lasers are virtually unrestricted by material type, providing strong support for the development of hard-to-process materials (such as ceramics and metal alloys) and new polymer materials.

Micromechanical Electrode Cutting：Minimum width: 5 μm ± 1 μm

FPC Valve Plate drilling

Polypropylene Valve Plate drilling

stainless steel Valve Plate drilling

Tungsten Valve Plate Cutting

0102030405

Our Capabilities

•Customization: MONO is equipped with a range of advanced femtosecond laser equipment, including 3-axis, 5-axis, and visual positioning systems. We efficiently address various micromachining challenges such as micro-drilling, micro-cutting, 3D microstructuring/microtexturing, surface functionalization, and thin-film removal. Multiple production areas ensure the high-quality delivery of engineering services.

•Cost-Effectiveness: We offer competitively priced services, helping you strictly control R&D budgets while delivering high-quality prototypes.

•Industry Expertise: With years of experience partnering with innovative, technology-intensive clients in key industries, our in-house engineering team focuses on understanding project goals during the concept phase and provides optimal recommendations for material selection and manufacturing processes.