Oxion Inverso Inverted Microscope, Trinocular, with Mechanical Stage, 10/20/40x, 5W LED and Transport Box

The inverted Oxion Inverso biological microscopes are available for phase contrast applications. Specific objectives compensate the 1.2 mm thick bottoms of the petri dishes or culture dishes.

The Oxion Inverso inverted microscopes (Life Science) are useful for observation of living organisms and tissues cultures in cell culture dishes and flasks

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Features:

• Life Science applications
• Phase contrast
• Revolving quintuple nosepiece
• 100 W mercury vapor lamp for fluorescence
• Observation of tissue cultures, living cells
• Long working distance IOS
• 5 W LED transmitted illumination

Eyepieces

• Pair of DIN HWF plan 10x/22mm eyepieces

Head

• Trinocular 45° inclined tubes with extended low and high positions for eyepieces
• One diopter adjustment on left eyepiece
• Interpupillary distance of 54 to 75mm
• Trinocular head with 100-0 % and 0-100 % positions

Nosepiece

• Revolving quintuple nosepiece on ball-bearings

Objectives for Phase Contrast

• Infinity color corrected long working distance plan phase 10x/0.25, 20x/0.40, 40x/0.60 IOS objectives 

All objectives corrected for 1.2mm thickness. 
All optics are anti-fungus treated and anti-reflection coated for maximum light throughput 

Stage

Stage 250 x 230mm equipped with a coaxial mechanical 120 x 78mm X-Y stage, delivered with:

• metallic insert for Ø 35mm cell culture dish dishes
• 76 x 26mm slide holder
• glass insert with hole

Condenser

• A. 0.30 condenser with iris diaphragm. Working distance 72mm
• The model for the phase contrast OX.2053- PLPH is delivered with a slider with 4x/10x and 20x/40x pre-centered phase rings

Focusing Adjustment

• Coaxial 25mm coarse and fine adjustments, 2¼m precision and with friction adjustment

Illumination

• Transmitted 5W LED Intensity adjustable with internal 100-240V power supply. Fuse holder 3.15 A / 250V. 

Filters for Phase Contrast Models

• Interference filter 550nm green and blue filter, 45mm diameter 

Package Content

• Supplied with power cord, dust cover and user manual
• Phase contrast models are supplied with green filter and alignment telescope
• Microscope supplied in a transport case

Anti-Fungus Treated

Fungus spores are parasitic, travel in the air and can settle inside lenses. High temperatures, humidity and environments that are dark and unventilated encourage fungus growth.

The optical components of all Globe | Euromex microscopes are anti-fungus treated. However, to further minimize the possibility of fungus growth, store the microscopes in well-ventilated rooms with moderate temperatures and low humidity.

About APL (Antimicrobial Protection Layer)

What is APL?

Using the same technology already used extensively throughout the healthcare environment in wall coatings, patient lighting, air pressure stabilization and suction liners, APL helps prevent the growth of unwanted microbes that can cause degradation, discoloration, staining or odors on the Globe | Euromex microscopes. Independent laboratory testing demonstrated a reduction of up to 99.99% in microbes after 24 hours.

How does it work?

1. The technology binds to the cell wall, helping disrupt growth. 
2. The technology assists in interference with the enzyme production, stopping the cell producing energy
3. APL helps to interrupt the cells DNA, preventing replication

Why silver?

Silver is an element found naturally in the environment. Since ancient times silver has been highly regarded as a versatile antimicrobial tool which has health and environmental concerns. The additives we use are non-leaching and non-irritating.

Will APL wear off?

Once APL has been incorporated into a material it is essentially there to stay. Recent independent testing of a new paint range demonstrated no loss in antimicrobial performance even after 10 years of accelerated aging. Ionic silver-based additives will not lose efficacy due to leaching or migration, and since they are evenly dispersed throughout the material even scratches and abrasion do not affect the antimicrobial performance.

Do cleaning products affect APL?

APL additives are embedded into the base material or coating and are therefore unaffected by abrasion or cleaning chemicals, such as chlorine bleach, disinfectants and alcohol. Even harsh industrial products, like MEK (methyl ethyl ketone), do not diminish the antimicrobial properties of products containing APL.

The antimicrobial technology does not protect the user or others against disease causing organisms. The technology is not a substitute for good hygiene/and or cleaning practices. " NA T MI CI R OBIA  

Technical Specifications: