IRTIS-2000 ME - computer camera-thermograph for thermal imaging


Computer thermography

Thermography - a method of visualization and registration of own infrared radiation of surface of the body, which allows detection of pathology, based on deviations of the temperature distribution over the surface of the body.

Any body whose temperature is above absolute zero (-273 degrees C) is a source of heat radiation - electromagnetic waves, emitted infrared waves contain information about members of the body structures (materials) with different temperatures and their location.


IR-camera IRTIS-2000МЕ is a precision optical-mechanical scanner with a highly sensitive IR-receiver.

A number of know-how used in the device allow to achieve high repeatability of measurements from frame to frame with uniform sensitivity across the frame and a high visualization of the object to be very close to reality.

This allows to make dynamic infrared shooting of the same area of the patient periodically, and then run over the thermograms obtained in the form of thermal footage. The configuration of the device is optimized for maximum achievement of high technical parameters, and the combination with the latest computer technology ensures high efficiency of the device for a wide range of tasks.

IRTIS-2000 ME is based on the experiments we gained during 30 years of research in the field of thermography with entering of mobility standard in systems of electric power, fuel, chemical and oil-production complexes, municipal services, development, medicine and other spheres.

Operation principle

The operation principle of IRTIS-2000 ME is based on scanning of thermal radiation in a field of view of a camera by an optic-mechanical scanner and a with single-element high repeatable IR-receiver with transformation of this radiation into an electrical signal by the analog-digital converter.

The camera has mirror-lens optics with a small number of reflecting surfaces, which minimizes losses of the optical system and simplifies its adjustment. This makes it possible to obtain a high repeatability of the geometry of successive frames and uniform sensitivity over the entire frame field.

High sensitivity and stable characteristics

The basic model of the camera is provided with an IR-receiver cooled by liquid nitrogen. This ensures a high sensitivity of the camera (better than 0,05 C) even when the camera operates at low temperatures in the 3-5 microns range, allows the parameters of the IR-receiver to be stabilized regardless of the ambient temperature, and provides for accurate measurement of absolute temperatures.

On request the camera may be provided with an IR-receiver with thermoelectric cooling.

The interface unit of the device is mounted inside the IR-scanner and can be connected to any computer through a parallel printer port without any supplementary equipments, what makes higher effectiveness and obtains a market improvement of system and makes it possible to upgrade the device (if a new computer elaboration and programs will be made).

The experience which we have gained during many years of reseach in the field of thermography indicates that for most practical applications it is enough to scan the frame for the 1-2 sec, because thermal processes of objects under investigation occur at much lower speed.

The real-time which determines the operating speed of the system depends not only on frame scanning speed but also on the time required to display and analyze the in formation and record the thermograms.


IRTIS software package is easy to operate in the field conditions.

It is included in the standard set of the IR-system of the IRTIS-2000 ME and contains a driver to control the IR-camera.

It provides the visualisation, analysis, processing, recording, viewing, and printing of thermograms within the limits sufficient for effective operation of the IR-system.

IR-camera software:

  • provides data acquisition and real-time visualisation of thermal images
  • displaying the max, min and average temperature in frame
  • stops frame mode for preliminary analysis of thermograms
  • recording of dynamic thermal imaging film
  • saving of thermal images to file
  • temperature measurement mode
  • auto tuning of dynamic temperature range
  • entering the emissivity
  • choice of palettes
  • time summation mode

Thermal image analysis options:

  • viewing of thermograms in a polyscreen or full-screen mode
  • measurement of an absolute temperature in a point or zone
  • plotting of thermoprofiles in any section
  • plotting of isotherms
  • plotting of temperature versus time for dynamic thermal imaging film
  • printing of thermograms and generation of reports

Suport functions:

  • directory listing
  • file listing
  • file copying utilities
  • user defined setup
  • choice of palettes
  • choice of screen modes

Post-processing options:

  • smoothing
  • sharpening
  • contrasting
  • cutting
  • rotation
  • color correction
  • special processing
  • image conversion to PCX-format
  • printing

Technical specifications:

  • Sensitivity to changes in temperature at 30°C over the entire field of view - 0.05оС (0.02оС)
  • Field of view - not less than 25x20о
  • Instantaneous field of view - not more 1.2 mrad
  • Measured temperature range - from - 10оС to +120оС
  • Outside temperature range - from 10оС to +60оС
  • Measurement error of the absolute temperatures across the entire field of view - ±0.5оС
  • Temperature heterogeneity across the field of view - not more than ± 0.1оС
  • Temperature drift from frame to frame - not more than ± 0.1оС
  • Number of elements in a line - 640
  • Number of lines per frame - 480
  • Total scanning resolution - 640x480 (307200 points of measurement)
  • Framing time (3 scanning speed) - not more than 0.8 s., 1,6 s., 3,2 s.
  • Line scanning mode
  • Operating time using the rechargeable battery - up to 8 hours
  • Weight - 1.4 kg
  • Dimensions - 92x157x210 mm
  • Communication protocol with computer - ethernet
  • Warranty period - 24 months

Complete set of delivery Irtis 2000 ME (medical):

  • Thermograph «Irtis 2000 ME» - 1
  • Software - 1
  • Rechargeable battery - 2
  • Power charging unit - 1
  • Set of cables - 1 set
  • Tripod - 1
  • Carrying bag - 1
  • Operating manual, technical documentation - 1 set

Accessories (optional, at extra charge):

  • Hardware and software package for creating panorama thermograms
  • Built in videocamera 640x480
  • Wi-Fi module for thermograph
  • Mobile processor unit on the Android OS with Wi-Fi wireless connection module for thermography

Maximum size of the object depending on the distance:

irtis size


Main advantages of computer thermography in medicine:

  • physiological imaging;
  • risk-free, absolutely safe for the patient;
  • non-invasive;
  • contactless, painless;
  • no contraindications;
  • diagnostics of different pathological states and different age groups;
  • Possibility of multiple studies.

Pathologies which can be diagnosed by computer thermography:

1. Cardio-vascular diseases: organic peripheral vascular diseases, arteriosclerosis obliterans, endarteritis of the limb vessels, thrombophlebitis, varicose veins, diabetic angiopathy, ischemic heart disease, etc.

Post-stroke state

irtis cvd_1

Thermal amputation of the hands with neurocirculatory dystonia

irtis cvd_2

Coronary artery disease

irtis cvd_3

Angina pectoris

irtis cvd_4

Varicose viens

irtis cvd_5


irtis cvd_6

Diabetic angiopathy

irtis cvd_7

Diabetic angiopathy

irtis cvd_8


2. Traumatology-orthopaedics: scoliosis, scapulohumeral periarthrosis, inflammatory diseases of the large joints of various etiologies, Sudek’s disease, osteomyelitis, meniscus injury, acute synovitis, etc.


irtis to_1

Post-traumatic gonarthrosis of the left knee

irtis to_2


3. Neurology: radicular syndrome, osteochondrosis, peripheral neuropathy, Raynaud's syndrome, polymyositis, neurovegetative regulation disorders, ishemic attacks, facial nerve paralysis and paresis, etc.

Spinal osteochondrosis

irtis neuro_2


irtis neuro_5

Post-traumatic neuropathy of ulnar nerve

irtis neuro_3

Post-traumatic neuropathy of median and radial nerves

irtis neuro_4

Radicular syndrome

irtis neuro_1


4. Endocrinology: hypothyroidism, thyrotoxic goiter, etc.


irtis end1

Thyrotoxic goiter

irtis end2


5. Stomatology: stomatitis, gingivitis, periostitis, etc.

6. Otorinolaringology: sinusitis, otitis, vasomotor rhinitis, sinus cysts, etc.

Inflammation of maxillary sinuses

irtis otor1

Inflammation of ethmoid sinuses

irtis otor2


7. Ophthalmology: conjunctivitis, glaucoma, myopia, orbital pseudotumor, etc.


irtis otht1

Orbital pseudotumor

irtis otht2


8. Oncology: benign and malignant tumors of various origins


irtis onc1

Third stage of breast cancer

irtis onc2

Cancer detection by glucose test in dynamics:

before test

irtis onc3

after 10 minutes

irtis onc4

after 15 minutes

irtis onc5

after 20 minutes

irtis onc6

after 30 minutes

irtis onc7

after 40 minutes

irtis onc8


Dynamic glucose test in detection of malignant orbital tumor:

Malignant orbital tumor

irtis onc9

itris onc11

Orbital pseudotumor

Irtis onc10

itris onc12


9. Obstetrics and gynecology: early diagnosis and complications of pregnancy, etc.

Antenatal care

irtis obs1

34 weeks

irtis obs2


10. Urology: kidney inflammation, inflamed bladder, inflammation of the testicles, varicocele, etc.


irtis uro1


irtis uro2

Anatomical/congenital defect (absence of right kidney)

irtis uro3


11. Dermatology: collagenosis, dermatitis, acne, allergy, etc.

12. Plastic surgery: assessment of the viability and healing of skin graft re-implant limbs, etc.

5 months after the surgery, non-contact
silicone exo-prosthesis without thermal

irtis pla_1

8 months after surgery, adhesive breast
prosthesis with active temperature regulators
of AMOENA company

irtis pla_2


14. Mammography, rehabilitation: control of scarring (postoperative), selection of exo prosthesis.

Control after mastectomy

irtis reha_1

Recovery of blood flow after replantation of hand

irtis reha_2

Fibrocystic breast disease

irtis reha_3

Cystic mastitis

irtis reha_4


15. Recovery medicine: control during rehabilitation after thermal lesions, injuries, surgery, dynamic control over the physiotherapy procedures.

Dynamic thermography control in ongoing treatment - improvement of blood flow in Raynaud’s phenomenon

irtis reco_1


Acute pyelonephritis

Before treatment

irtis reco_2

After 14 days

irtis reco_3

Treatment of keloids

Before treatment

irtis reco_4

After 13 days

irtis reco_5


Before treatment

irtis reco_6

 After treatment

irtis reco_7


Transplantation of thoracodorsal flaps

irtis reco_8

7 days after surgery (arterial thrombosis)

irtis reco_9


Sclerotherapy of varicose veins

Before treatment

irtis reco_10

5 days after surgery

irtis reco_11


16. Preventive medicine: dispanserization of employees, identification of early stages of diseases.

Thermography examination - normal state

irtis prev_1 irtis prev_2  irtis prev_3 

irtis prev_4

irtis prev_5

For any questions you can contact us by live-chat in the lower right corner of the screen

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Skype: tenmed1

Phone: +79264190710