EVOS LPlanFL PH2 10x/0.30 Microscope Objective – Used

EVOS LPlanFL PH2 10x/0.30 Microscope Objective – Used
$950 (USD)
Location:Vancouver, WA
Description
The EVOS LPlanFL PH2 10x/0.30 microscope objective is a plan-corrected fluorite objective designed for phase contrast imaging of unstained or low-contrast specimens. With 10× magnification and a numerical aperture of 0.30, it provides sharp resolution, flat-field imaging, and enhanced contrast, making it suitable for cell culture observation, research microscopy, and routine laboratory workflows.
Unit comes exactly as shown in the photos.
Product Details
• Manufacturer: EVOS
• Series: LPlanFL
• Magnification: 10×
• Numerical Aperture (NA): 0.30
• Optical Correction: Plan Fluor
• Contrast Method: Phase Contrast (PH2)
• Application Type: Phase contrast / brightfield microscopy
• Mount Thread: Standard microscope objective mount (as marked)
• Infinity System: As marked on objective (not verified beyond visible labeling)
Applications
• Phase contrast imaging of live or unstained cells
• Cell culture monitoring
• Research and teaching laboratories
• Routine biological microscopy
• General laboratory analysis at 10× magnification
Key Features
• Plan-corrected optics for flat, edge-to-edge imaging
• Fluorite design for improved contrast and resolution
• PH2 phase contrast for enhanced visibility of transparent samples
• Designed for EVOS microscope systems
• Suitable for professional laboratory environments
Condition
• Pre-owned, in good optical and cosmetic condition
• Optics appear clean with no obvious scratches
• Shows normal signs of prior laboratory use
• Exactly as pictured; no additional accessories included
• Ships securely packaged for safe delivery
Specifications
| Manufacturer | Thermo Scientific |
| Model | LPlanFL PH2 10x/0.30 |
| Condition | Used |
| Stock Number | E94 |
| • Manufacturer | EVOS |
| • Series | LPlanFL |
| • Magnification | 10× |
| • Numerical Aperture (NA) | 0.30 |
| • Optical Correction | Plan Fluor |
| • Contrast Method | Phase Contrast (PH2) |



