Today, 3D printing technology is bringing revolutionary changes to the field of scientific research with its unique manufacturing capabilities and design flexibility.With ultra-high-precision 3D printing technology, BMF continues to push the boundaries of scientific exploration, providing researchers with precise experimental tools and innovative research platforms.
BMF’s Innovative Practices
According to the latest scientific research application, the Robotic Sensory System Group at the Southern University of Science and Technology, used BMF’s microArch®S130 3D printing system (2μm resolution), successfully printed fingerprint-like structural templates and hierarchical micro-structural templates, providing technical support for the development of a robotic sensory system with high spatiotemporal resolution. This sensor surface has fingerprint structures and micro-structural layers that play a key role in sensitivity. The research group select a low-viscosity ionic gel and combined it with a hierarchical ionic-electronic sensing interface design to make the sensor highly sensitive and ultra-fast, capable of detecting tiny structures. This system has shown spatial and frequency resolution in texture recognition, paving a new way for the development of robotic technology.
The related research results were published in the journal Nature Communications under the title “A robotic sensory system with high spatiotemporal resolution for texture recognition.”
Advantages of High-Precision 3D Printing
Ultra-high precision: BMF’s 3D printing system can achieve micro-level precision, meeting the scientific research field’s demand for fine structures.
Flexibility: 3D printing technology allows for rapid design iteration, shortening the cycle from concept to prototype.
Customization: Printing structures can be customized according to the specific needs of scientific research projects, providing personalized solutions for researchers.
Scientific Research Cooperation and Support
BMF actively cooperates with scientific research institutions to support basic and applied research. By providing advanced 3D printing solutions and professional technical support, BMF helps research teams realize innovative ideas and accelerate the transformation of scientific research results.
BMF, as a partner in scientific exploration, is committed to providing high-quality 3D printing solutions to help scientists achieve their research dreams. We look forward to cooperating with more research teams to jointly pioneer the field of scientific research.
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