STM-2094C
Inverted Biological Microscope

STM-2094C Inverted Biological Microscope is a high level microscope which is specially designed for medical and health units, universities, research institutes to oSTMerve cultured living cells. With innovative infinite optical system and ergonomic design, it has excellent optical performance and easy to operate features. The microscope has adopted long life LED lamps as transmitted and fluorescent light source. Digital cameras can be added to the microscope on left side to take photos, videos and make measurement. The tilting head can offer a comfortable working mode. The angle of transmitted illumination arm can be adjusted, so petri-dish or flask can be easily moved out.

 

STM-2094C has an intelligent illumination management system, the illumination intensity will automatically change after you change the objectives and make the microscope to get the best illumination effect, STM-2094C also has a LCD screen to show the working mode like magnification, light intensity, transmitted or fluorescent light source, working or sleep etc.   

Quantity :
  • Features
  • Specifications
  • Application
  • Literature

Features

  • Excellent infinite optical system, Φ22mm wide field eyepiece, 5°-35° inclined viewing head, more comfortable for oSTMervation.
  • Camera port is on left side, less disturb for operation. Light distribution (both): 100 : 0 (100% for eyepiece); 0 : 100 (100% for camera).
  • Long working distance condenser N.A. 0.30, Working distance: 75mm(with condenser), Working distance: 187mm (without condenser), available for extra high culture dishes. Condenser is detachable, without condenser, it is suitable for culture flask.
  • Large size stage, convenient for research. Stage Size: 170mm(X) × 250 (Y)mm, Mechanical stage moving range: 128mm (X) × 80 (Y)mm. 6 types of petri-dish holders are available.
  • STM-2094C has an intelligent illumination management system.
  1. Coded Quintuple Nosepiece can memorize the illumination brightness of each objective. When different objectives are converted to each other, the light intensity is automatically adjusted to reduce visual fatigue and improve work efficiency
  2. Use a dimming knob on left of the base to achieve multiple functions.

Click: Enter standby(sleep) mode

Double click: light intensity lock or unlock

Rotation: Adjust brightness

Press + clockwise rotate: Switch to the transmitted light source

Press + contrarotate: Switch to the fluorescent light source

Press 3 seconds: Set the time of turning off the light after leaving

3. Display microscope working mode.

The LCD screen in the front of the microscope can display the working mode of the microscope, including magnification, light intensity, sleep mode and so on.

  • The microscope body is compact, stable and suitable for clean bench. The microscope body has been coated with anti-UV material and can be placed into the clean bench for sterilization under UV lamp.
  • Phase Contrast, Hoffman Modulation Phase Contrast and 3D Emboss Contrast oSTMervation method are available with transmitted illumination.
  1. Phase contrast oSTMervation is a microscopic oSTMervation technique that produces a high-contrast microscopic image of a transparent sample by utilizing a change in refractive index. The advantage is that the details of live cell imaging can be obtained without staining and fluorescent dyes.
  2. Application range: Living cells culture, Micro-organism, Tissue slide, cell nuclei and organelles etc.

Hoffman Modulation Phase Contrast. With slant light, Hoffman phase contrast changes phase gradient into light intensity variety, it can be used to oSTMerve unstained cells and living cells. Giving 3D effect for thick samples, it can greatly reduce the halo in thick specimens.

  1. 3D Emboss Contrast. No need for expensive optical components, just add a contrast adjustment slider to achieve a pseudo 3D glare-free image. Both glass culture dishes or plastic culture dishes can be used
  • LED Fluorescent attachment is optional.

Fly-eye lens and Kohler illumination have provided a uniform and bright field of view, which is benefit to get high definition images and perfect details. Compared with traditional mercury bulb, the LED lamp has much longer working life, it saves money and has greatly improved the working efficiency. The problems of preheating, cooling and high temperature of mercury lamp has also been solved.

2. Suitable for a variety of fluorescent dyes.

The LED fluorescent attachment has equipped with 3 fluorescent filter blocks, it can be applied to a wide range of dyes and capture clear high contrast fluorescence images.

3. Light shutter on transmitted is available to provide a better fluorescent effect.

The light shutter can effectively block the external light, increase the contrast of the fluorescent image and provide a high quality fluorescent image. When need phase contrast oSTMervation, the light shutter is very convenient to be removed from the light path, avoiding influence on the quality of phase contrast

Specifications

Item

Specification

STM-2094C

STM-2094CF

Optical System

NIS 60 Infinite Optical System, Tube length 200mm

Standard

Standard

Viewing Head

Seidentopf Tilting Binocular Head, adjustable 0-35° inclined, Interpupillary Distance 48-75mm, Left side camera port, Light distribution: 100: 0 (100% for eyepiece), 0:100 (100% for camera), Eyepiece Tube Diameter 30mm 

Standard

Standard

Eyepiece

SW10×/ 22mm

Standard

Standard

WF15×/ 16mm

Optional

Optional

WF20×/ 12mm

Optional

Optional

Objective (Parfocal distance 60mm, M25×0.75)

NIS60 Infinite LWD Plan Achromatic Objective

4×/0.1, WD=30mm

Standard

Optional

10×/0.25, WD=10.2mm

Optional

Optional

20×/0.40, WD=12mm

Optional

Optional

40×/0.60, WD=2.2mm

Optional

Optional

NIS60 Infinite LWD Plan Phase Contrast Achromatic Objective

PH4×/0.1, WD=30mm

Optional

Optional

PH10×/0.25, WD=10.2mm

Standard

Optional

PH20×/0.40, WD=12mm

Standard

Optional

PH40×/0.60, WD=2.2mm

Standard

Optional

NIS60 Infinite LWD Plan Semi-APO Fluorescent Objective

4×/0.13, WD=17mm, cover glass=-

Optional

Standard

10×/0.3, WD=7.4mm, cover glass=1.2mm

Optional

Standard

20×/0.45, WD=8mm, cover glass=1.2mm

Optional

Standard

40×/0.60, WD=3.3mm, cover glass=1.2mm

Optional

Standard

NIS60 Infinite LWD Plan Semi-APO Phase Contrast Objective

4×/0.13, WD=17.78mm, cover glass=-

Optional

Optional

10×/0.3, WD=7.4mm, cover glass=1.2mm

Optional

Optional

20×/0.45, WD=7.5-8.8mm, cover glass=1.2mm

Optional

Optional

40×/0.60, WD=3-3.4mm, cover glass=1.2mm

Optional

Optional

Nosepiece

Coded Quintuple Nosepiece

Standard

Standard

Condenser

Long Working Distance Condenser, N.A. 0.3, Working Distance 75mm (with condenser), 187mm (without condenser)

Standard

Standard

Telescope

Centering Telescope: used to adjust the center of phase annulus

Standard

Standard

Phase Annulus

10×-20×-40× Phase Annulus Plate (center adjustable)

Standard

Standard

4× Phase Annulus Plate

Optional

Optional

Stage

Stage 170 (X)×250(Y) mm with glass insert plate (diameter 110mm)

Standard

Standard

Attachable Mechanical Stage, X-Y Coaxial Control, Moving Rang: 128mm×80mm, accept 5 types of petri-dish holders, well plates and stage clips

Standard

Standard

Auxiliary stage 70mm×180mm, used to extend the stage

Optional

Standard

Universal Holder: used for Terasaki plate, glass slide and Φ35-65mm petri dishes

Standard

Standard

Terasaki Holder: used for Φ35mm Petri Dish Holder and Φ65mm petri dishes

Optional

Optional

Glass Slide and Petri Dish Holder Φ54mm

Optional

Optional

Glass Slide and Petri Dish Holder Φ65mm

Optional

Optional

Petri Dish Holder Φ35mm

Optional

Optional

Petri Dish Holder Φ90mm

Optional

Optional

Focusing

Coaxial Coarse and Fine Adjustment, tension adjustment, Fine Division 0.001mm, Fine stroke 0.2mm per rotation, Coarse stroke 37.5mm per rotation. Moving Range: up 7mm, down 1.5mm; Without limitation can up to 18.5mm

Standard

Standard

Transmitted Illumination

3W S-LED Koehler illumination, Brightness Adjustable

Standard

Standard

EPI-Fluorescent Attachment

LED illuminator, built-in Fly-eye lens, can be configured with up to 3 different fluorescence blocks; with B, G, U fluorescent filters

Optional

Standard

B1, V, R fluorescent filters

Optional

Optional

Hoffman phase contrast

Hoffman Condenser with 10×, 20×, 40× insert plate, centering telescope and special objective 10×, 20×, 40×

Optional

Optional

3D Emboss Contrast

Main emboss contrast plate with 10×-20×-40× will be inserted into condenser

Optional

Optional

Auxiliary emboss contrast plate will be inserted into slot which is near viewing head

Optional

Optional

C-mount Adapter

0.5× C-mount Adapter (focus adjustable)

Optional

Optional

1× C-mount Adapter (focus adjustable)

Optional

Optional

Other Accessories

ECO function: will turn off after 15 minutes if no user

Standard

Standard

Warm stage

Optional

Optional

Light shutter, can be used to block the external light

Standard

Standard

Dust cover

Standard

Standard

Power Supply

AC 100-240V, 50/60Hz

Standard

Standard

Fuse

T250V500mA

Standard

Standard

Packing

2cartons/set, Packing Size: 47cm×37cm×39cm, 69cm×39cm×64cm, Gross Weight: 20kgs, Net Weight: 18kgs

Standard

Standard

 

Application

STM-2094C inverted microscope is used by medical and health units, universities, research institutes for oSTMervations of micro-organisms, cells, bacteria and tissue cultivation. They can be used for continuous oSTMervation of process of cells, bacteria grow and divide in the culture medium. Videos and images can be taken during the process. These microscopes are widely used in cytology, parasitology, oncology, immunology, genetic engineering, industrial microbiology, botany and other fields

Literature

STM-2094C Brochure

Features

  • Excellent infinite optical system, Φ22mm wide field eyepiece, 5°-35° inclined viewing head, more comfortable for oSTMervation.
  • Camera port is on left side, less disturb for operation. Light distribution (both): 100 : 0 (100% for eyepiece); 0 : 100 (100% for camera).
  • Long working distance condenser N.A. 0.30, Working distance: 75mm(with condenser), Working distance: 187mm (without condenser), available for extra high culture dishes. Condenser is detachable, without condenser, it is suitable for culture flask.
  • Large size stage, convenient for research. Stage Size: 170mm(X) × 250 (Y)mm, Mechanical stage moving range: 128mm (X) × 80 (Y)mm. 6 types of petri-dish holders are available.
  • STM-2094C has an intelligent illumination management system.
  1. Coded Quintuple Nosepiece can memorize the illumination brightness of each objective. When different objectives are converted to each other, the light intensity is automatically adjusted to reduce visual fatigue and improve work efficiency
  2. Use a dimming knob on left of the base to achieve multiple functions.

Click: Enter standby(sleep) mode

Double click: light intensity lock or unlock

Rotation: Adjust brightness

Press + clockwise rotate: Switch to the transmitted light source

Press + contrarotate: Switch to the fluorescent light source

Press 3 seconds: Set the time of turning off the light after leaving

3. Display microscope working mode.

The LCD screen in the front of the microscope can display the working mode of the microscope, including magnification, light intensity, sleep mode and so on.

  • The microscope body is compact, stable and suitable for clean bench. The microscope body has been coated with anti-UV material and can be placed into the clean bench for sterilization under UV lamp.
  • Phase Contrast, Hoffman Modulation Phase Contrast and 3D Emboss Contrast oSTMervation method are available with transmitted illumination.
  1. Phase contrast oSTMervation is a microscopic oSTMervation technique that produces a high-contrast microscopic image of a transparent sample by utilizing a change in refractive index. The advantage is that the details of live cell imaging can be obtained without staining and fluorescent dyes.
  2. Application range: Living cells culture, Micro-organism, Tissue slide, cell nuclei and organelles etc.

Hoffman Modulation Phase Contrast. With slant light, Hoffman phase contrast changes phase gradient into light intensity variety, it can be used to oSTMerve unstained cells and living cells. Giving 3D effect for thick samples, it can greatly reduce the halo in thick specimens.

  1. 3D Emboss Contrast. No need for expensive optical components, just add a contrast adjustment slider to achieve a pseudo 3D glare-free image. Both glass culture dishes or plastic culture dishes can be used
  • LED Fluorescent attachment is optional.

Fly-eye lens and Kohler illumination have provided a uniform and bright field of view, which is benefit to get high definition images and perfect details. Compared with traditional mercury bulb, the LED lamp has much longer working life, it saves money and has greatly improved the working efficiency. The problems of preheating, cooling and high temperature of mercury lamp has also been solved.

2. Suitable for a variety of fluorescent dyes.

The LED fluorescent attachment has equipped with 3 fluorescent filter blocks, it can be applied to a wide range of dyes and capture clear high contrast fluorescence images.

3. Light shutter on transmitted is available to provide a better fluorescent effect.

The light shutter can effectively block the external light, increase the contrast of the fluorescent image and provide a high quality fluorescent image. When need phase contrast oSTMervation, the light shutter is very convenient to be removed from the light path, avoiding influence on the quality of phase contrast

Specifications

Item

Specification

STM-2094C

STM-2094CF

Optical System

NIS 60 Infinite Optical System, Tube length 200mm

Standard

Standard

Viewing Head

Seidentopf Tilting Binocular Head, adjustable 0-35° inclined, Interpupillary Distance 48-75mm, Left side camera port, Light distribution: 100: 0 (100% for eyepiece), 0:100 (100% for camera), Eyepiece Tube Diameter 30mm 

Standard

Standard

Eyepiece

SW10×/ 22mm

Standard

Standard

WF15×/ 16mm

Optional

Optional

WF20×/ 12mm

Optional

Optional

Objective (Parfocal distance 60mm, M25×0.75)

NIS60 Infinite LWD Plan Achromatic Objective

4×/0.1, WD=30mm

Standard

Optional

10×/0.25, WD=10.2mm

Optional

Optional

20×/0.40, WD=12mm

Optional

Optional

40×/0.60, WD=2.2mm

Optional

Optional

NIS60 Infinite LWD Plan Phase Contrast Achromatic Objective

PH4×/0.1, WD=30mm

Optional

Optional

PH10×/0.25, WD=10.2mm

Standard

Optional

PH20×/0.40, WD=12mm

Standard

Optional

PH40×/0.60, WD=2.2mm

Standard

Optional

NIS60 Infinite LWD Plan Semi-APO Fluorescent Objective

4×/0.13, WD=17mm, cover glass=-

Optional

Standard

10×/0.3, WD=7.4mm, cover glass=1.2mm

Optional

Standard

20×/0.45, WD=8mm, cover glass=1.2mm

Optional

Standard

40×/0.60, WD=3.3mm, cover glass=1.2mm

Optional

Standard

NIS60 Infinite LWD Plan Semi-APO Phase Contrast Objective

4×/0.13, WD=17.78mm, cover glass=-

Optional

Optional

10×/0.3, WD=7.4mm, cover glass=1.2mm

Optional

Optional

20×/0.45, WD=7.5-8.8mm, cover glass=1.2mm

Optional

Optional

40×/0.60, WD=3-3.4mm, cover glass=1.2mm

Optional

Optional

Nosepiece

Coded Quintuple Nosepiece

Standard

Standard

Condenser

Long Working Distance Condenser, N.A. 0.3, Working Distance 75mm (with condenser), 187mm (without condenser)

Standard

Standard

Telescope

Centering Telescope: used to adjust the center of phase annulus

Standard

Standard

Phase Annulus

10×-20×-40× Phase Annulus Plate (center adjustable)

Standard

Standard

4× Phase Annulus Plate

Optional

Optional

Stage

Stage 170 (X)×250(Y) mm with glass insert plate (diameter 110mm)

Standard

Standard

Attachable Mechanical Stage, X-Y Coaxial Control, Moving Rang: 128mm×80mm, accept 5 types of petri-dish holders, well plates and stage clips

Standard

Standard

Auxiliary stage 70mm×180mm, used to extend the stage

Optional

Standard

Universal Holder: used for Terasaki plate, glass slide and Φ35-65mm petri dishes

Standard

Standard

Terasaki Holder: used for Φ35mm Petri Dish Holder and Φ65mm petri dishes

Optional

Optional

Glass Slide and Petri Dish Holder Φ54mm

Optional

Optional

Glass Slide and Petri Dish Holder Φ65mm

Optional

Optional

Petri Dish Holder Φ35mm

Optional

Optional

Petri Dish Holder Φ90mm

Optional

Optional

Focusing

Coaxial Coarse and Fine Adjustment, tension adjustment, Fine Division 0.001mm, Fine stroke 0.2mm per rotation, Coarse stroke 37.5mm per rotation. Moving Range: up 7mm, down 1.5mm; Without limitation can up to 18.5mm

Standard

Standard

Transmitted Illumination

3W S-LED Koehler illumination, Brightness Adjustable

Standard

Standard

EPI-Fluorescent Attachment

LED illuminator, built-in Fly-eye lens, can be configured with up to 3 different fluorescence blocks; with B, G, U fluorescent filters

Optional

Standard

B1, V, R fluorescent filters

Optional

Optional

Hoffman phase contrast

Hoffman Condenser with 10×, 20×, 40× insert plate, centering telescope and special objective 10×, 20×, 40×

Optional

Optional

3D Emboss Contrast

Main emboss contrast plate with 10×-20×-40× will be inserted into condenser

Optional

Optional

Auxiliary emboss contrast plate will be inserted into slot which is near viewing head

Optional

Optional

C-mount Adapter

0.5× C-mount Adapter (focus adjustable)

Optional

Optional

1× C-mount Adapter (focus adjustable)

Optional

Optional

Other Accessories

ECO function: will turn off after 15 minutes if no user

Standard

Standard

Warm stage

Optional

Optional

Light shutter, can be used to block the external light

Standard

Standard

Dust cover

Standard

Standard

Power Supply

AC 100-240V, 50/60Hz

Standard

Standard

Fuse

T250V500mA

Standard

Standard

Packing

2cartons/set, Packing Size: 47cm×37cm×39cm, 69cm×39cm×64cm, Gross Weight: 20kgs, Net Weight: 18kgs

Standard

Standard

 

Application

STM-2094C inverted microscope is used by medical and health units, universities, research institutes for oSTMervations of micro-organisms, cells, bacteria and tissue cultivation. They can be used for continuous oSTMervation of process of cells, bacteria grow and divide in the culture medium. Videos and images can be taken during the process. These microscopes are widely used in cytology, parasitology, oncology, immunology, genetic engineering, industrial microbiology, botany and other fields

Literature

STM-2094C Brochure

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