FREE EU SHIPPING on €70+ orders
Lifetime Warranty See details
Visit our showrooms
The price is valid only for the online store and may differ from the prices in retail stores.

Magnification: 100–400x. Trinocular head, plan achromatic objectives, reflected light source – 100W mercury lamp, transmitted light source – 30W halogen bulb, Köhler illumination

Trinocular
The microscope head is a core element of the microscope that you look through to see a magnified sample
100 — 400
How much the size of a sample increases when you observe it through a microscope
Laboratory/medical
Application and use of the microscope
Availability

Product ID 82908
Brand MAGUS
Warranty 5 years
EAN 5905555018201
Package size (LxWxH) 38x61x82 cm
Shipping Weight 26 kg
Description

The MAGUS Lum V500 Fluorescent Inverted Microscope is designed for observing samples in laboratory ware up to 55mm high and a bottom thickness of up to 1.2mm. When the illuminator stand is tilted, it is also possible to use larger lab ware of up to 165mm. You can observe samples in the reflected light (fluorescence microscopy technique) and transmitted light (brightfield and phase-contrast microscopy). The main areas of microscope application: medicine, pharmacology, biochemistry, epidemiology, etc.

Optics

The microscope is equipped with a trinocular head with a trinocular tube. There is a side camera port on the microscope. This design allows you to mount a digital camera and monitor (not included) to the microscope at the same time. The beam splitting on the trinocular head is 100/0 or 50/50, on the body – 100/0 or 0/100. The eyepiece tubes are 180° rotatable, which allows you to adjust the eye relief to fit the user.

The revolving nosepiece is located on the stand under the stage. It has six free slots for mounting objectives. Three phase contrast objectives as well as three fluo and brightfield objectives are included. There are plan achromatic objectives with a long working distance designed for lab ware with a bottom thickness of 1.2mm.

Illumination

The reflected light source is a 100W mercury lamp. It is placed in the lamphouse for better heat dissipation and a lower risk of overheating during long hours of operation. The lamphouse has a wide range of wavelengths and peaks, making it convenient to work with a variety of fluorescent dyes. Fluorescence filters: ultraviolet (UV), violet (V), blue (B), and green (G). The mercury lamp shines brightly, provides good visibility, and can be easily replaced when needed.

The transmitted light is provided by a 30W halogen lamp. It shines brightly and the spectrum of light is warm. Therefore, observing with each objective is efficient and comfortable for the eyes. The microscope has a phase-contrast condenser with four slots: One is used for the brightfield and the other three are for phase-contrast objectives at 10x, 20x, and 40x. Phase rings can be centered. You can switch from brightfield to phase contrast and back again by rotating the disk. It is convenient for research as it saves time during work.

The Köhler illumination method for the transmitted and reflected light. The application of this method allows you to obtain a clear, sharp image in high resolution without artifacts and darkening at the edges.

Stage and focusing mechanism

The stage is fixed and has a mechanism for moving lab ware. The lab ware can be moved horizontally in two mutually perpendicular directions. The movement is precise and smooth, and it comes with four dish cup holders to hold the ware of different sizes. The focusing of the microscope is adjusted by coarse and fine focusing knobs. The coarse focusing has a lock knob and tension adjustment. The focusing knobs are located coaxially on both sides of the body.

Accessories

The product line includes additional accessories for the MAGUS Lum V500 microscope: eyepieces, digital cameras, and calibration slides.

Key features:

  • Fluorescence microscopy in the reflected light as well as brightfield and phase contrast microscopy in the transmitted light
  • Option to observe samples in laboratory ware up to 55mm as well as up to 165mm when the stand is tilted
  • 100W mercury lamp for reflected light, 30W halogen lamp for transmitted light; Köhler illumination setup
  • Four fluorescence filters: ultraviolet (UV), violet (V), blue (B), and green (G)
  • Trinocular head, 180° rotatable. Two options for mounting a digital camera and monitor: the 100/0 or 50/50 beam splitting (trinocular head) or the 100/0 or 0/100 beam splitting (on the microscope)
  • Stage with dish holders for lab ware of different diameters
  • Phase-contrast condenser with a brightfield aperture and three phase-contrast apertures

The kit includes:

  • Stand with a transmitted light source and condenser, focusing mechanism, stage, and revolving nosepiece
  • Fluorescence units
  • Mercury lamphouse
  • Trinocular head
  • Infinity plan achromatic objective: PLL 10x/0.25 phase WD 4.3mm
  • Infinity plan achromatic objective: PLL 20х/0.40 WD 8.0mm
  • Infinity plan achromatic objective: PLL 40х/0.60 WD 3.5mm
  • Infinity plan achromatic objective: PLL 10x/0.25 PHP2 WD 4.3mm
  • Infinity plan achromatic objective: PLL 20x/0.40 PHP2 WD 8.0mm
  • Infinity plan achromatic objective: PLL 40x/0.60 PHP2 WD 3.5mm
  • Eyepiece 10x/22mm with long eye relief (2 pcs.)
  • UV shield
  • C-mount adapter 1x
  • Hex key wrench
  • Mercury lamp power supply
  • Power cord
  • Reflected light illuminator power cord
  • Dust cover
  • User manual and warranty card

Available on request:

  • 10x/22mm eyepiece with a scale
  • 12.5x/14mm eyepiece (2 pcs.)
  • 15x/15mm eyepiece (2 pcs.)
  • 20x/12mm eyepiece (2 pcs.)
  • 25x/9mm eyepiece (2 pcs.)
  • Digital camera
  • Calibration slide
Specifications
Product ID 82908
Brand MAGUS
Warranty 5 years
EAN 5905555018201
Package size (LxWxH) 38x61x82 cm
Shipping Weight 26 kg
Type biological, light/optical
Head trinocular
Nozzle Siedentopf, rotatable 180°
Magnification, x 100 — 400
Magnification, x (optional) 40–500/600/800/1000
Eyepiece tube diameter, mm 30
Eyepieces 10х/22mm, eye relief: 10mm (*optional: 10x/22mm with scale, 12.5x/14; 15x/15; 20x/12; 25x/9)
Objectives infinity plan achromatic: PLL 10x/0.25/4.3; PLL 20x/0.40/8.0; PLL 40x/0.60/3.5; phase: PLL 10x/0,25/4,3 PHP2; PLL 20x/0.40/8.0 PHP2; PLL 40x/0.60/3.5 PHP2; parfocal distance: 45mm
Revolving nosepiece for 6 objectives
Working distance, mm 4.3 (10х); 8.0 (20x); 3.5 (40x)
Interpupillary distance, mm 48 — 75
Stage, mm 227x208
Stage moving range, mm 77/134.5
Stage features fixed, with glass plate Ø118mm and mechanical attachment; dish holders: 86x129.5, Ø90mm; 34x77.5mm, Ø68.5mm; 57x82mm, Ø60mm; 29x77.5mm, Ø35mm
Condenser NA 0.6, working distance: 55mm; phase contrast turret; with locking screws
Diaphragm adjustable aperture diaphragm, adjustable iris field diaphragm
Focus coaxial, coarse (with coarse focusing tension adjustment and a lock knob), and fine (0.002mm)
Illumination halogen, fluorescent
Brightness adjustment
Power supply AC network, 85–265V, 50/60Hz
Light source type reflected light: 100W mercury lamp; transmitted light: 12V/30W halogen lamp
Light filters yes
Operating temperature range, °C 5...+35
Special features phase contrast condenser (turret) with a free slot and phase annuli plates for 10x, 20x and 40x objectives; centering auxiliary microscope
User level experienced users, professionals
Assembly and installation difficulty level complicated
Fluorescent module filters: ultraviolet (UV), violet (V), blue (B), green (G)
Fluorescence filter: filter type, excitation wavelength/dichroic mirror/emission wavelength ultraviolet (UV), 320–380nm/425 nm/435 nm; violet (V), 380–415nm/455nm/475nm; blue (B), 450–490nm/505nm/515nm; green (G), 495–555nm/585nm/595nm
Application laboratory/medical
Illumination location dual
Research method bright field, fluorescence, phase-contrast microscopy
Pouch/case/bag in set dust cover
Reviews
Frequently Asked Questions – Microscopes (20.04.2020)
We have gathered answers to the most frequently asked questions to help you sort things out
Eye under a microscope: insects’ photo (20.04.2020)
Find out why studying eyes under a microscope is entertaining; how insects’ and arachnids’ eyes differ and what the best way is to observe such an interesting specimen
What does hair look like under a microscope? (17.05.2020)
Read this review to learn how to observe human hair, what different hair looks like under a microscope and what magnification is required for observations
How does the aperture of a microscope objective lens work? (17.05.2020)
Learn what a numerical aperture is and how to choose a suitable objective lens for your microscope here
A spider under a microscope: photos and peculiarities of studying the slide (18.05.2020)
Learn what a spider looks like under microscope, when the best time is to take photos of it, how to study it properly at magnification and more interesting facts about observing insects and arachnids
What does a microscope consist of? (18.05.2020)
This review for beginner explorers of the micro world introduces you to the optical, illuminating and mechanical parts of a microscope and their functions
Paramecium caudatum - your first friend from the microworld (21.11.2016)

Short article about Paramecium caudatum - a microorganism that is interesting to observe through any microscope

Questions and Answers
Submit your question/feedback
Your name *
E-mail *
Your question / comment *