From engineering mechanics and materials testing to clinical physiology and medical imaging, PHYWE applied science systems bring university-grade instrumentation to U.S. technical colleges, nursing programs, and research institutions, available through American Scientific.
Select a discipline to explore PHYWE products available through American Scientific.
Advanced engineering laboratory systems covering mechanics, materials, photonics, and energy for university and technical college programs.
Statics, dynamics, strength of materials, and structural analysis systems. PHYWE engineering mechanics sets are used in civil, mechanical, and aerospace engineering programs worldwide.
Request Info →Tensile strength, hardness, crystallography, and failure analysis equipment. Real materials testing rigs scaled for classroom and laboratory use, aligned to ASTM standards.
Request Info →Laser systems, fiber optics, interferometry, and spectroscopy instrumentation for advanced optics and photonics engineering courses at the university level.
Request Info →Circuit analysis, power electronics, signal processing, and electromagnetism laboratory systems. Modular design supports introductory through advanced EE coursework.
Request Info →Solar, wind, hydrogen, and geothermal energy conversion and storage systems. Hands-on platforms for sustainable engineering and energy technology programs.
Request Info →Ultrasonic, radiographic, and eddy current non-destructive testing (NDT) systems for materials engineering and industrial inspection training programs.
Request Info →Geophysics, soil analysis, meteorology, and environmental monitoring systems for earth science, geology, and environmental engineering programs.
Request Info →Top PHYWE engineering systems used in technical colleges and universities worldwide; contact AmSci for U.S. pricing and curriculum support.

Precision spring-mass system for Hooke's Law and elastic deformation. Quantitative force-extension measurements with digital readout.

Lever and torque system for statics experiments. Demonstrates equilibrium, moments of force, and center of gravity principles.

Complete solid-state laser system for advanced photonics experiments. Includes laser head, power supply, and experiment guide for university optics labs.

Ultrasonic non-destructive testing system for defect detection in metals. Used in materials science and industrial inspection training programs.
Clinical-grade teaching systems for nursing, pre-med, biomedical engineering, and health sciences programs at U.S. institutions.
Cardiovascular, respiratory, muscular, and nervous system measurement systems. SMARTsense sensors enable real-time biometric data collection for physiology labs.
Request Info →A-scan and B-scan ultrasound imaging systems, breast phantom models, and X-ray diagnostic training equipment for radiology and biomedical programs.
Request Info →NMR and MRI fundamentals systems, relaxation time measurement, and spatial encoding experiments for medical physics and nuclear medicine courses.
Request Info →Spectrophotometry, UV-VIS absorption, polarimetry, and clinical chemistry experiments. Aligns with CLIA-adjacent competencies for medical laboratory science programs.
Request Info →Microbiological working methods, bacterial culture, spread of bacteria experiments, and histology slide systems for pre-med, nursing, and health science programs.
Request Info →Force plate systems, joint mechanics, gait analysis, and ergonomics equipment for physical therapy, kinesiology, and biomedical engineering programs.
Request Info →Electrophysiology, nerve conduction, sensory threshold, and learning performance experiments for neuroscience and clinical psychology programs.
Request Info →Trusted by nursing and medical schools worldwide; available in the U.S. exclusively through American Scientific.

Full ultrasound A-scan imaging system with breast phantom. Teaches pulse-echo principles, tissue interfaces, and medical ultrasound diagnostics.

Benchtop NMR system for teaching fundamental magnetic resonance principles. Covers spin relaxation, Fourier transform, and imaging basics.

Complete UV-VIS absorption spectroscopy system for quantitative analytical chemistry and laboratory diagnostics coursework.

Perimetry apparatus for mapping the complete human visual field. Standard experiment in optometry, neuroscience, and clinical psychology programs.
PHYWE applied science equipment bridges the gap between classroom instruction and professional practice. Engineering and medical students work with instrumentation that mirrors what they will encounter in their careers, ensuring competency from day one.
American Scientific configures all PHYWE applied science systems for U.S. standards, provides installation support, and offers curriculum alignment services to help faculty integrate these systems into existing programs.
Whether you are equipping a new biomedical engineering lab or expanding a clinical simulation center, AmSci can source, configure, and support the right PHYWE solution for your institution.
Talk to an AmSci Specialist →AmSci helps U.S. universities and technical colleges equip complete engineering and medical teaching labs. Ask about NSF, NIH, and DOE grant funding opportunities for applied science instrumentation.
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