AM-XSP-136V BIOLOGICAL MICROSCOPE

Specifications

-Viewing head: Dual observation head, one tube 30º inclined and another tube vertical, 360º rotatable

-Eyepieces: Wide Field Eyepiece, WF10X (WF16X optional)

-Achromatic objective: 4X, 10X, 40X (S), 100X (S, Oil)

-Stage: Double Layer Mechanical

-Stage size: 125mm*135mm

Specifications

-Focusing: Coaxial Coarse and Fine Adjustment

-Focusing Range: 30mm

-Focusing Interval: 0.002mm

-Condenser: N.A=1.25 Abbe condenser, Iris diaphragm & filter

-Illumination: Halogen Lamp 220V/6V20W or 110V/6V20W

Unleash the Power of Dynamic Observation:

• Unparalleled Optics: Witness exceptional detail with superior infinity-corrected objectives (4x, 10x, 20x, 40x, 60x oil immersion, 100x oil immersion), revealing cellular structures and dynamic processes in stunning clarity.
• Bright & Adjustable LED Illumination: Ensure optimal visualization with a powerful Koehler LED illumination system featuring adjustable intensity and condenser controls.
• Precise Stage Control: Conduct delicate manipulations with the stable motorized stage featuring coarse and fine focus adjustments, XY movement, and Z-drift compensation.
• Integrated High-Definition Video Recording: Capture real-time cellular activity in stunning detail with the built-in high-definition camera, ideal for documentation, analysis, and presentations.
• Seamless Software Integration: Transfer and analyze videos and images easily with compatible software packages, streamlining data management and collaboration.
• Ergonomic Design: Enjoy fatigue-free observation with the adjustable eyepieces and comfortable viewing position, ideal for extended research sessions.

Perfect for:

• Cell Biology Research: Capture and analyze complex cellular processes like cell division, migration, and signaling in real-time, gaining deeper insights into cellular dynamics.
• Neuroscience: Visually track neuronal activity and analyze intricate neural networks with superior clarity and video documentation.
• Developmental Biology: Observe dynamic developmental processes in real-time, capturing morphological changes and cellular interactions for in-depth analysis.
• Teaching & Outreach: Enhance student engagement and understanding with captivating live visualizations of cellular phenomena through video recordings.