Professional High Quality Inverted Biological Microscope (IBM-1)

Model NO.: IBM-1

Type: Biological

Mobility: Portable

Shape: Rectangular Prism

Principle: Optics

Trademark: OEM

HS Code: 9011800000

Magnification: 100-500X

Number of Cylinder: Binoculars

Stereoscopic Effect: Without Stereoscopic Effect

Usage: Research

Inverted: Biological Microscope

Origin: Ningbo, China

1.Introduction:
IBM-1 Inverted microscope is equipped with wide field eyepieces, long working distance plan achromatic objectives, long working distance condenser and phase contrast unit. It can be observed transparent and unfinished living specimen in culture bottle or culture utensil. It is the ideal instrument suitable for research of living specimen structure, liquid, deposits and so on. It also can be used in research institutes, universities, medical treatment, agriculture and animal husbandry etc.

2.Photo:

Specification:

Eyepiece Wide field WF10X (field number: Î¦20mm)

Centering telescope

long working distance plan achromatic Objective Objective PL L10X/0.25 Cover glass thickness:1.2mm

PL L20X/0.40 Cover glass thickness:1.2mm

PL L40X/0.60 Cover glass thickness:1.2mm

Phase Contrast Objectives PL L10X/0.25 PHP2 Cover glass thickness:1.2mm

Eyepieces tube Trinocular, Inclination 30Â°

Focus system Coaxial coarse/fine focus system with tension adjustable and up stop, the minimum division of fine focusing: 2 Î¼m

Nosepiece Quintuple Backward ball bearing inner locating

Stage Double layer mechanical stage moving range: 30mm(longitudinal)X75mm(transverse) and overall size:200mmX140mm

Culture dish holder 1 Inside locating slot size: Î¦68mm

Culture dish holder 2 Inside locating slot size:34mm(w)X77.5mm(L),optional with a circular culture dishÎ¦68.5mm

Condenser system Plug-in phase contrast condenser working distance is 30mm

Illumination system 6V20W Halogen lamp, brightness adjustable.

Filter Frosted glass and blue, green filter

Optional Accessory Eyepiece 16X(Î¦11mm),20X(Î¦11mm)

Phase contrast plan objective 25X, 40X

long working distance condenser Working distance is 50mm(Note: matching phase contrast objectives:PLL10X/0.25 PHP2, PLL25X/0.40 PHP2, PLL40X/0.60 PHP2)

CCD adapter 0.5X,1X

Camera USB output:1.3M/2.0M/3.0M pixel
VIDEO output:380/520TV Line

Digital camera adapter CANON(EF) NIKON(F)

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Water-based resin refers to a type of adhesive or sealant that is made from a combination of water and a polymer base. These resins are commonly used in various industries due to their eco-friendliness, ease of application, and cost-effectiveness.

Here are some key points about water-based resins:

1. Environmental Benefits: Water-based resins have lower volatile organic compound (VOC) emissions compared to solvent-based resins, making them more environmentally friendly. This makes them a popular choice for applications where reducing the environmental impact is a priority.

3. Ease of Use: Water-based resins are generally easier to apply than solvent-based ones because they do not require special equipment or protective clothing. They can often be cleaned up with water rather than harsh solvents.

4. Curing Process: These resins cure through a process called cross-linking, which involves chemical reactions between the components to form a solid material. The curing time can vary depending on factors like temperature, humidity, and the specific formulation of the resin.

5. Disadvantages: While water-based resins offer many benefits, they may not provide the same level of durability and resistance as solvent-based resins. They might also have slower drying times and may not perform well under extreme temperatures or in high-moisture environments.

6. Types: There are various types of water-based resins including acrylic, polyurethane, epoxy, and alkyd resins, each with its own set of properties and uses.

7. Safety: They are typically less hazardous than solvent-based resins, but users should still follow proper safety guidelines when handling them, especially during the mixing and application phases.

8. Application: Water-based resins can be applied using a variety of methods including spraying, brushing, or rolling, depending on the specific application and the desired finish.

When choosing a water-based resin, it's important to consider the specific requirements of your project, including the intended use, environmental considerations, and any necessary performance characteristics.