LED Illumination Trinocular Digital Fluorescence Biological Microscopes (LF-302)

Model NO.: LF-302

Shape: Single-lens

Usage: Research

Principle: Optics

Principle of Optics: Differential Interference Contrast Microscope

Eyepiece: Wf10X/20

Plan Achromatic Objective: 4X, 10X, 40X, 100X(Oil)

Nospiece: Quintuple

Mechanical Movable Stage Size: 156*138mm

Mechanical Movable Stage Travel: 76*54mm

Interpupilary Distance: 52~75mm

Trinocular Tube: Inclined 30

Diopter Adjustment: 5 Diopter

Illumination: 6V/20W Halogen Bulb/ LED

Fluorescence Unit: Chroma Filter System UV, V, B, G

Trademark: Leader

Transport Package: Standard Exporting Packing

Specification: SGS

Origin: China

HS Code: 9011200000

Model NO.: LF-302

Shape: Single-lens

Usage: Research

Principle: Optics

Principle of Optics: Differential Interference Contrast Microscope

Eyepiece: Wf10X/20

Plan Achromatic Objective: 4X, 10X, 40X, 100X(Oil)

Nospiece: Quintuple

Mechanical Movable Stage Size: 156*138mm

Mechanical Movable Stage Travel: 76*54mm

Interpupilary Distance: 52~75mm

Trinocular Tube: Inclined 30

Diopter Adjustment: 5 Diopter

Illumination: 6V/20W Halogen Bulb/ LED

Fluorescence Unit: Chroma Filter System UV, V, B, G

Trademark: Leader

Transport Package: Standard Exporting Packing

Specification: SGS

Origin: China

HS Code: 9011200000

LED Illumination Trinocular Digital Fluorescence Biological Microscope (LF-302)
 

Fluorescence biological microscope (Fluorescence microscope): Fluorescence microscopy is an ultraviolet light source to irradiate the object to be seized, making it fluoresce, then observe the shape of the object and its location under a microscope. Fluorescence microscopy is used to study the absorption of intracellular material, transportation, chemicals distribution and positioning. Cells Some substances, such as chlorophyll, after ultraviolet irradiation fluoresce; while some, although the substance itself is not fluorescent, but if you use a fluorescent dye or fluorescent antibody staining, exposure to ultraviolet light can fluoresce, the fluorescence microscope is on the such material was one of the tools of qualitative and quantitative research.

Trinocular Fluorescence microscope is also named digital fluorescence microscopy, which can connect with digital camera and PC, this digital microscopy is widely used in biological area, especially in cell research and inspection in Hospitals, research institutes

Technical Data

 

Eyepiece	SWF10X/20
Objective lens	4x, 10x, 40x, 100x(oil)
Mechanical movable stage	Size: 156*138mm,  Travel: 76*54mm
Interpupillary distance	52mm-75mm
Trinocular tube	Inclined 30º.
Diopter adjustment	±5 diopter
Illumination	6V/20W halogen bulb
Fluorescence unit	Mercury lamp house 100W/DC Chroma filter system UV, V, B, G
Power supply	110v-220v wide voltage

 

 

Standard Delivery

 

  Main unit: 1pcs

  4x, 10x, 40x, 100x(oil) plan achromatic objective: 1pcs each

  6V/20W Osram halogen bulb: 1pcs

  Blue filter: 1pcs

  Anti-dust cover: 1pcs

 

Optional Accessories

 

  2x, 20x, 60x plan achromatic objective

  0.5x, 1x C-mount camear adapter

  3.0M pixel digital camera

  5.0M pixel digital camera

  CCD camera

  Fluorescence analysis software
  LED light

Picture: (inner package and outer package)

LED Illumination Trinocular Digital Fluorescence Biological Microscope (LF-302)
 

Fluorescence biological microscope (Fluorescence microscope): Fluorescence microscopy is an ultraviolet light source to irradiate the object to be seized, making it fluoresce, then observe the shape of the object and its location under a microscope. Fluorescence microscopy is used to study the absorption of intracellular material, transportation, chemicals distribution and positioning. Cells Some substances, such as chlorophyll, after ultraviolet irradiation fluoresce; while some, although the substance itself is not fluorescent, but if you use a fluorescent dye or fluorescent antibody staining, exposure to ultraviolet light can fluoresce, the fluorescence microscope is on the such material was one of the tools of qualitative and quantitative research.

Trinocular Fluorescence microscope is also named digital fluorescence microscopy, which can connect with digital camera and PC, this digital microscopy is widely used in biological area, especially in cell research and inspection in Hospitals, research institutes

Technical Data

 

Eyepiece	SWF10X/20
Objective lens	4x, 10x, 40x, 100x(oil)
Mechanical movable stage	Size: 156*138mm,  Travel: 76*54mm
Interpupillary distance	52mm-75mm
Trinocular tube	Inclined 30º.
Diopter adjustment	±5 diopter
Illumination	6V/20W halogen bulb
Fluorescence unit	Mercury lamp house 100W/DC Chroma filter system UV, V, B, G
Power supply	110v-220v wide voltage

 

 

Standard Delivery

 

  Main unit: 1pcs

  4x, 10x, 40x, 100x(oil) plan achromatic objective: 1pcs each

  6V/20W Osram halogen bulb: 1pcs

  Blue filter: 1pcs

  Anti-dust cover: 1pcs

 

Optional Accessories

 

  2x, 20x, 60x plan achromatic objective

  0.5x, 1x C-mount camear adapter

  3.0M pixel digital camera

  5.0M pixel digital camera

  CCD camera

  Fluorescence analysis software
  LED light

Picture: (inner package and outer package)

PTA Powder

Main application:Repair and strengthen workpiece surface, significantly

Welding method:PTA welding

Main equipment:PTA welding machine

Flame core temperature: about 10000℃

Technological characteristics:PTA has high temperature, concentrated energy, stable combustion, small heat affected zone, fast welding speed, high production efficiency, easy to obtain low dilution rate of surfacing layer, surfacing layer and workpiece matrix are metallurgical bonding,, bonding strength is high.

PTA welding technology is one of surface strengthening methods, which has high deposition rate, low dilution rate, and could be applied with many kinds of powder. The manufacturing craft of PTA powder is normally gas atomization, which reduces satellite of powder. We supply 4 main categories of PTA powder: Nickel-based alloy powder, Iron-based alloy powder, Cobalt-based alloy powder and Mixed Powder.

Nickel Based Alloy Powder possesses high temperature resistance and wear resistance, it is the most popular alloy powder applied by PTA welding both domestically and internationally. Coating hardness is within the range of HRC 30-60. It could be applied to various industries like agriculture, plastic, paper, marine and steel making where wear and corrosion protection needed. Some examples are plunger, moulds, pump leaf and screw.

Iron Based Alloy Powder is more widely used and a more economic choice. With high abrasive resistance, it is more commonly applied to mining tools, drilling tools and mixers of iron and steel making industry, coal industry, shaft, oil and energy industry.

Cobalt Based Alloy Powder is recommended for corrosion and oxidation resistance, with better hot hardness values than equivalent Nickel based alloy powder. It is widely applied to steel making industry, coal industry and mining industry.

Mixed powder mainly refers to NiCrBSi mixing with other hard-phase powder such as cast tungsten carbide and other cemented alloy powder, which allows the powder better hardness around HRC60 and excellent abrasion resistance.

Mixed powder is more often used for mining equipment for oil sands, lignite, oil drilling tools, excavator buckets, extrusion screws for plastic processing, grain and oil processing, etc.

PTA Powder,Iron Based Alloy Powder,Cobalt Based Alloy Powder,Nickel Based Alloy Powder

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