Zeiss LSM 510 JPK AFM

Work in progress

This dashboard is a work in progress. Please independently verify critical information, as not all features are working yet.

Current Status: 🟢 Online

Operational

📊 View QC & Maintenance History 🔬 Open Virtual Microscope

Manufacturer

Zeiss

Model

LSM 510 JPK AFM

Stand

Inverted

Eyepieces

Trinocular

Location

BioCity, floor -1 (Basement)

Purchased

—

Funding

—

Modalities

Point-Scanning Confocal Transmitted Brightfield Atomic Force Microscopy

Modules

AFM Module Incubation

Software Environment

• Unknown
  Acquisition
  Role: Acquisition

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Hardware Configuration

🌡️ Environmental Control

• Environmental Control
  controlled temperature
  Temperature control: Yes
  Notes: Incubation chamber (live-cell environment)

💡 Light Sources

• 488 nm Laser Unknown Placeholder Laser
  Unknown
  Type: Laser
  Wavelength: 488 nm
  Notes: Placeholder excitation source.

🧭 Scanner

• Galvanometric Scanner
  Type: Galvanometric Scanner

📷 Detectors

• Zeiss Unknown PMT
  Photomultiplier Tube
  Type: Photomultiplier Tube
  QE peak: 30%
  Notes: Placeholder detector.

🔬 Objectives

• Placeholder 10x/0.3 AIR
  Unknown
  Model: Placeholder
  Magnification / NA: 10x/0.3
  Immersion: Air
  Correction: Plan Achromat
  AFC compatible: No
  Installed: Yes
  Notes: Placeholder objective.

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QC Metrics: Latest Measurements

🔦 Laser Performance

No laser performance metrics recorded recently.

🔬 Optical Resolution (PSF & Alignment)

No recent PSF or chromatic shift metrics available for any objectives.

Objectives without recent data

• Placeholder 10x/0.3 AIR (placeholder_objective)

Metadata Completeness

• Missing conditional fields (currently applicable):

• software[].version — Software version

• hardware.objectives[].working_distance — Objective working distance

• Legacy aliases in use (fallback accepted):

• modules[].name → modules[].type

• hardware.detectors[].pixel_size_um → hardware.detectors[].pixel_pitch_um

• hardware.detectors[].min_nm → hardware.detectors[].collection_min_nm

• hardware.detectors[].max_nm → hardware.detectors[].collection_max_nm

• hardware.detectors[].channel_center_nm → hardware.detectors[].collection_center_nm

• hardware.detectors[].bandwidth_nm → hardware.detectors[].collection_width_nm