Focus on Unstained Samples
Phase Contrast is the superior technique for visualizing transparent, living specimens (like cells and bacteria) without the need for destructive chemical stains. Our Ultimate model is built to ensure the highest image quality for dynamic observation, supporting critical research in labs across **Delhi, Bangalore, and Hyderabad**.
The **Infinity Corrected Optics** allow for flawless digital integration and accessory usage.
The **Ultimate Phase Contrast Microscope** is engineered for high-end biomedical research, providing unprecedented detail and contrast for studying processes in **live, unstained biological samples**. It transcends the limitations of standard brightfield microscopy by converting subtle phase shifts of light—caused by variations in cellular density and thickness—into clear, discernible brightness changes. This capability makes it an indispensable asset in modern cytology, haematology, and microbiology labs across India, serving academic and industrial research centers in **Gujarat, Maharashtra, and Tamil Nadu**.
Featuring a robust, anti-fungal coated aluminum body, the microscope guarantees longevity and high performance, even under the humid conditions prevalent in coastal regions like **Kolkata and Mumbai**. The system integrates a dedicated **Turret Phase Condenser** with multiple annuli that perfectly match the specialized **Infinity Corrected Phase Objectives**. This precision alignment is crucial for achieving the characteristic high-contrast 'halo' effect that illuminates intracellular structures such as the nucleus, mitochondria, and bacterial flagella.
Our commitment to quality ensures that researchers in every state, from **Punjab to Kerala**, receive a microscope capable of supporting cutting-edge work, from routine blood analysis to complex time-lapse studies of drug efficacy on cell cultures. The Trinocular port facilitates easy attachment of high-resolution digital cameras, making image documentation and quantitative analysis straightforward and accurate for publication purposes.