All-digital workflow for documentation, inspection, and education
The DVM Series is designed for users who demand high-resolution imaging and digital flexibility. With built-in camera systems, these microscopes are ideal for quality control, academic demonstrations, training sessions, and failure analysis — without the need for traditional eyepieces.
Immersive depth, intuitive design, industrial resilience
The SZS Series offers crisp, high-contrast 3D imaging over a wide field of view, ideal for industrial inspection, electronics assembly, quality control, dissection, and forensics. Built with precision zoom mechanics and robust metal construction, the SZS microscopes are a seamless blend of performance and durability.
Uncompromising clarity for clinical and life science precision
The CBX Series is purpose-built for laboratories, universities, and pathology centers. It supports high-resolution observation of slides, stained tissue samples, microorganisms, and other biological specimens, with ergonomic design elements that reduce fatigue during prolonged use.
Optimized for live-cell imaging and culture observation
The IVX Series is tailored for cell culture, tissue engineering, and developmental biology labs. With its robust inverted configuration and long working distance objectives, it allows easy observation of living cells in petri dishes, flasks, or microplates — minimizing sample disturbance while maximizing clarity.
Reveal microstructures, welds, and coatings in ultra-fine detail
The MTX Series is built for the demanding needs of metallurgy, precision engineering, surface treatment analysis, and materials testing. These microscopes utilize reflected illumination with high-intensity lighting for clear observation of opaque, polished, and metallic surfaces.
Engineered for birefringence brilliance and crystalline clarity
The Austrolytic PXP Series is designed for advanced applications in geology, mineralogy, materials science, and stress analysis. Built with strain-free optics and dual-mode LED illumination (transmitted and reflected), it offers precise polarization control, ergonomic handling, and high-resolution image capture for crystalline and anisotropic material analysis.