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Universal radiographic diagnostic system univers mt. Universal radiographic apparatus univers-MT. Rental of medical equipment

The universal X-ray device UniveRS-MT is intended for carrying out polypositional (standing, sitting, lying) polyprojection X-ray studies of the chest organs (including the heart), skull, osteoarticular and other human systems and organs in stationary X-ray rooms of medical institutions. An effective solution in terms of quality and cost for medical organizations of any level.

The combination of ergonomic design and light weight of the device allows it to be placed in a small office (minimum area 14 sq.m). The equipment is supplied with a set of X-ray protective equipment and an X-ray dosimeter.

Univers-MT is supplied:

    • with a flat-panel digital receiver that allows you to capture large areas of study, which is especially important when examining the chest and pelvic organs;
    • with a power generator having a large set of anatomical programs;
    • with anti-collision devices that prevent any situation involving risk for the patient and prevent damage to equipment (automatic stop, reverse):
      • photo sensors located on a rotating tripod, designed to slow down the speed and stop movement if the light beam is interrupted by any object;
      • two collision detectors (on the tripod and image receiver) that react to any unexpected impact.
      Control of the tripod's movements is possible from the remote control located on the emitter, from the remote control on the receiver and using the IR remote control. System status information is displayed on the touch control panel. The system is equipped with a rotating stand, an X-ray R-transparent table-wheel with a low X-ray absorption coefficient, and a bifocal X-ray emitter with a rotating anode.

OPTIONAL EQUIPMENT:

    • hardware and software complex “DIARM-MT” (radiologist’s workstation);
    • digital medical image printing device.

Leasing- a type of financial services, a form of lending for the acquisition of fixed assets by enterprises or very expensive goods by individuals.


Parties to the leasing transaction


Salesman– a legal entity or individual entrepreneur that owns or sells the necessary equipment. The property is transferred to the lessor on the basis of a purchase and sale agreement.


Lessor– its role is played by a leasing company, which can be registered both as a legal entity and as an individual entrepreneur. Most often, banks or their affiliated structures that have sufficient capital to purchase expensive property act as lessors.


Lessee– this is the buyer, also either a legal entity in any organizational and legal form, or an individual entrepreneur who needs equipment for use in commercial activities and making a profit.


The lessor undertakes to acquire ownership of the property specified by the lessee from the seller specified by him and to provide this property to the lessee for a fee for temporary possession and use.


Leasing of medical equipment

By purchasing professional medical equipment on favorable financial lease terms - you receive the equipment now and pay its cost over the agreed period.


Advantages and disadvantages of equipment leasing for the buyer

pros Minuses
The purchase of equipment does not require a large amount of investment: in fact, the buyer receives installments at interest. The interest rate on a leasing agreement is often higher than the interest rate on a bank loan.
A personal payment schedule is drawn up for the lessee; it is possible to negotiate with the lessor on a more adapted schedule compared to a bank loan. A delay in the next payment leads to the seizure of property from the lessee.
You can use leased equipment immediately after concluding a contract and making a down payment.
With proper use of leased equipment, the monthly payment can be covered within a short time from the profit received from the purchased equipment.
Leasing payments for the buyer are included in the cost price, as a result, the income tax base is reduced.
Due to accelerated depreciation after the end of the contract, there is a significant saving in property taxes.

Algorithm for leasing "MediLin"

Application for leasing

We offer a leasing company to choose from or cooperate with your company

An employee helps to collect a package of documents

Signing the contract

The leasing company buys the equipment for you

Equipment for your use

Monthly payments

Equipment in your possession


Thanks to many years of specialization in the field of complex equipment of medical institutions and knowledge of the market, we provide equipment with the optimal balance of quality, functionality and price on conditions that are interesting and beneficial to customers.

Rent- a form of property agreement in which property is transferred for temporary possession and use (or only for temporary use) to the tenant for rent.


Rental of medical equipment

To improve the quality of patient care, you do not have to buy medical equipment; you can rent it. Renting medical equipment will allow you to start a medical practice and optimize costs. This is the optimal solution for medical centers.

We provide rental of medical equipment for any period, and service support is provided free of charge.

We offer individual rental conditions with the possibility of purchasing the leased equipment. The rental price includes delivery and installation of equipment.


Terms of the contract

The term of the lease agreement is established by agreement of the parties and is fixed in the contract. If the term is not specified in the agreement, then such an agreement is considered to be concluded for an indefinite period. This case allows the parties to the contract to refuse to perform it at any time, but by notifying the other party one month in advance.

Indefinite: the term of the contract is not determined by agreement of the parties.

Long term: 5-49 years.

Medium term: 1-5 years.

Short-term: up to 1 year.


Pros and cons of renting equipment

Modern professional equipment of a medical center is an expensive project. Such equipment is not available to every institution. A significant portion of doctors prefer renting professional equipment because:

  • - the rental fee for medical equipment is significantly lower than its cost;
  • - making monthly payments for use is easier than paying the full amount at once;
  • - during the rental period, you can determine the need and payback of each device and make a decision on the advisability of its further acquisition;
  • - maintenance of medical equipment is provided by the lessor, i.e. the costs of paying for the services of a company licensed to repair and maintain technical equipment are waived;
  • - if the device does not live up to expectations (for example, it turns out to be capricious in maintenance, expensive consumables are required, insufficient accuracy of measurements and unsatisfactory quality of procedures), then the contract can be terminated early and returned, or a more reliable similar copy can be obtained;
  • - the pace of progress leads to the fact that after 2-3 years, almost any type of device becomes obsolete and requires replacement, without waiting for the acquisition costs to be recouped.

    • The main disadvantage of leasing is the limited range of products compared to trade offers.

    Advantages of working with MediLin

    Thanks to many years of specialization in the field of complex equipment of medical institutions and knowledge of the market, we rent out equipment that is optimal in terms of quality, functionality and price on terms that are interesting and beneficial to clients.

    Selection of products from the best Russian and foreign manufacturers.

    Constant expansion and updating of the model line.

    Quick resolution of organizational issues.

    Timely delivery, professional installation, configuration and testing of equipment, personnel training.

    Prompt service.

    Comfortable cost and duration of the service for the client, the possibility of purchasing equipment and additional individually provided preferences.

    Insurance

    Universal X-ray apparatus "UniveRS-Fluorograph-MT"

    The universal radiographic diagnostic device “UniveRS-Fluorograph-MT” is intended for conducting fluorographic, as well as all types of polypositional (patient position standing, sitting and lying), polyprojection radiographic studies in digital format in stationary X-ray rooms of medical institutions.

    The combination of ergonomic design and low weight of the device allows it to be placed in a small office. The equipment is supplied with a set of X-ray protective equipment and an X-ray dosimeter.

    "UniveRS-Fluorograph-MT" is supplied:

    With a stationary flat-panel digital X-ray receiver, the working field size of which reaches 43x43 cm, a matrix of at least 3000x3000 pixels. Such a large working field of the digital detector allows for a full fluorographic examination in one exposure, regardless of the size of the chest.

    The device is implemented on a rotating image tripod, consisting of a column and a U-shaped rod, which is a console with an emitter located at one end and a digital image receiver at the other. The rotating U-shaped rod provides ideal positioning during examination in the selected projection, due to free vertical movement and rotation around the column. To conduct examinations in the supine position, the device is equipped with a radiolucent rolling table.

    At the request of the customer, the device can be equipped with an X-ray protective table-wheel.

    Unique registry entry number

    Registration number of the medical device

    RZN 2017/6594

    Date of state registration of the medical device

    Name of medical product

    Universal radiographic diagnostic device “UniveRS-Fluorograph-MT” according to TU 26.60.11-057-47245915-2017
    Version "UniveRS-Fluorograph-MT"-01: 1. Universal X-ray stand X PLUS LP PLUS with control unit, manufactured by Sedecal S.A., Spain, 2. X-ray emitter with X-ray tube E7252X, or E7865X, or E7884X, manufactured by Toshiba Electron Tubes&Devices Co. Ltd., Japan. 3. X-ray feeding device (XPU), design options: - SHF315-C, or SHF415-C, or SHF515-C, or SHF330, or SHF335, or SHF430, or SHF435, or SHF535, or SHFR500, or SHFR600, manufactured by the company Sedecal S.A., Spain, - G200RAD-MT 50 kW, or G200RAD-MT 65 kW, manufactured by Communications & Power Industries Inc., Canada. 4. RPU control console, manufactured by MEDICAL TECHNOLOGIES Ltd JSC, Russia. 5. Exposure switching device, manufactured by Communications & Power Industries Inc., Canada or OMRON Corporation, Japan. 6. X-ray screening raster JPI, manufactured by JPI Healthcare Co., Republic of Korea (no more than 2 pcs.), RU No. FSZ 2011/10115. 7. Ionization chamber (can be equipped with a control cable), SSMC series, manufactured by Claymount, the Netherlands. 8. Collimator with connecting elements, with automatic or manual control (can be equipped with automatic or manual replaceable filters) series R225, manufactured by Ralco S.r.l, Italy. 9. Adapter URSKITFDX4343R for built-in detector, manufactured by Sedecal S.A., Spain. 10. Set (pair) of high-voltage cables with lugs, manufactured by Claymount, USA or Claymount, China. 11. Set of switching cables with connecting elements, manufactured by Sedecal S.A., Spain. 12. Built-in digital flat-panel X-ray detector FDX4343R, manufactured by Toshiba Electron Tubes & Devices Co. Ltd., Japan. 13. Automated workstation (AWS) of a laboratory assistant, manufactured by JSC MEDICAL TECHNOLOGIES Ltd., Russia, consisting of: 13.1. Medical workstation, design options: - MT, manufactured by JSC MEDICAL TECHNOLOGIES Ltd., Russia, - Panatech, manufactured by Panatech BV, the Netherlands. 13.2. LCD monitor with a diagonal from 17 to 32 inches, manufactured by NEC Corporation, Japan (Taiwan, China), or DELL, China, or Samsung, Republic of Korea, or WIDE Corporation, Republic of Korea, or NDS, USA, or EIZO, Japan, or KOSTEC CO., LTD, Republic of Korea, or Shenzhen Beacon Display Technology Co., Ltd, China, or Barco N.V., Belgium. 13.3. Software package “Dispo”, produced by LLC “Laboratory of Innovations MT”, Russia. 13.4. Software module “Multienergy”, produced by LLC “Laboratory of Innovations MT”, Russia. 13.5. Software module “Panorama”, produced by MT Innovation Laboratory LLC, Russia. 14. Automated workstation (AWS) for a doctor, manufactured by JSC MEDICAL TECHNOLOGIES Ltd., Russia, (no more than 10 pcs.), consisting of: 14.1. Medical workstation (no more than 10 pcs.), design options: - MT, manufactured by JSC MEDICAL TECHNOLOGIES Ltd., Russia, - Panatech, manufactured by Panatech BV, the Netherlands. 14.2. LCD monitor with a diagonal from 17 to 85 inches (no more than 20 pcs.), manufactured by NEC Corporation, Japan (Taiwan, China), or DELL, China, or Samsung, Republic of Korea, or WIDE Corporation, Republic of Korea, or NDS, USA, or EIZO, Japan, or KOSTEC CO., LTD, Republic of Korea, or Shenzhen Beacon Display Technology Co., Ltd, China, or Barco N.V., Belgium. 14.3. Software package “Dispo”, produced by LLC “Laboratory of Innovations MT”, Russia (no more than 10 pcs.). 15. Clinical X-ray dosimeter DRK-1 or DRK-1M, manufactured by NPP Doza LLC, Russia, RU No. RZN 2014/1562 or clinical dosimeter for monitoring radiological procedures, VacuDap System series, manufactured by VacuTec Meß,technic GmbH, Germany, RU No. FSZ 2012/11816. 16. Device for printing digital diagnostic medical images “Horizon”, manufactured by Codonics, Inc., USA, RU No. RZN 2016/3983 or Multi-format laser camera DryView 5700, manufactured by Carestream Health, Inc., USA, RU No. FSZ 2011/10352 , or Multi-format laser camera DryView 5950 Laser Imaging System, manufactured by Carestream Health, Inc., USA, RU No. RZN 2015/2380, or Multi-format thermographic camera Drystar AXYS, manufactured by Agfa Healthcare N.V., Belgium, RU No. FSZ 2008/01838, or Multi-format thermographic camera Drystar 5302, manufactured by Agfa Healthcare N.V., Belgium, RU No. FSZ 2008/02792, or Multi-format thermographic camera Drystar 5503, manufactured by Agfa Healthcare N.V., Belgium, RU No. FSZ 2008/02790 (if necessary). 17. Viewing station for a radiologist, manufactured by JSC MEDICAL TECHNOLOGIES Ltd., Russia, consisting of: 17.1. Portable medical workstation MT, manufactured by JSC MEDICAL TECHNOLOGIES Ltd., Russia, 17.2. Software package “IntegRIS CS”, produced by LLC “Laboratory of Innovations MT”, Russia. 18. A set of individual polyvinyl chloride lead protective equipment for patients and medical personnel from X-ray radiation KISZ-RENEX, produced by RENEX CJSC, Russia, RU No. FSR 2008/03184 (if necessary). 19. Film media for thermal printing of diagnostic medical images Direct Vista, manufactured by Codonics, Inc., USA, RU No. FSZ 2010/07718, no more than 16 packs. (if necessary). 20. Paper media for thermal printing of diagnostic medical images Direct Vista (100 sheets), manufactured by Codonics, Inc., USA, RU No. FSZ 2010/07718, no more than 16 packs. (if necessary). 21. Medical X-ray film DRYVIEW DVB+ Laser Imaging Film, manufactured by Carestream Health, Inc., USA, RU No. FSZ 2010/08356, no more than 16 packs. (if necessary). 22. Thermographic medical film Drystar DT 10 V (packing - 100 sheets), manufactured by Agfa Healthcare N.V., Belgium, RU No. RZN 2015/2950, ​​no more than 16 packs. (if necessary), execution options: - Format 8x10 inches (20x25 cm), - Format 10x12 inches (25x30 cm), - Format 11x14 inches (28x35 cm), - Format 14x14 inches (35x35 cm), - Format 14x17 inches (35x43 cm). 23. Thermographic medical film Drystar DT 5000 V, manufactured by Agfa Healthcare N.V., Belgium, RU No. FSZ 2008/03004, or Thermographic medical film Drystar DT 1B, manufactured by Agfa Healthcare N.V., Belgium, RU No. FSZ 2008/03008, no more 16 pack (if necessary). 24. Children's cradle with double rotation, mobile for polypositional research LDDP-1, manufactured by SpectrAp LLC, Russia, RU No. FSR 2010/09430 or Children's universal mount, RU No. FSR 2011/09994 (if necessary). Operational documents: 1. List of operational documents. 2. Operation manual. Universal radiographic diagnostic device “UniveRS-Fluorograph-MT”. 3. User manual. Automated workstation (AW) of a laboratory assistant. 4. User manual. Doctor's automated workstation (AWS). 5. User manual. Radiologist's viewing station. 6. Form. Accessories: 1. IR remote control for the X-ray stand, manufactured by Sedecal S.A., Spain. 2. X-ray transparent table-wheel, manufactured by Sedecal S.A., Spain. 3. Wireless button for turning on the exposure, manufactured by JSC MEDICAL TECHNOLOGIES Ltd., Russia. 4. Wireless exposure switch pedal, manufactured by JSC MEDICAL TECHNOLOGIES Ltd., Russia. 5. Multifunctional fixation device MUF-MT, manufactured by JSC MEDICAL TECHNOLOGIES Ltd., Russia. 6. Input distribution device (IDU), manufactured by ITek LLC, Russia. Version "UniveRS-Fluorograph-MT"-02: 1. Universal X-ray stand BRS without control unit, manufactured by Sedecal S.A., Spain or Universal X-ray stand MT without control unit manufactured by JSC "MEDICAL TECHNOLOGIES Ltd", Russia. 2. X-ray emitter with X-ray tube E7252X, or E7865X, or E7884X, manufactured by Toshiba Electron Tubes & Devices Co. Ltd., Japan. 3. X-ray feeding device (XPU), design options: - SHF315-C, or SHF415-C, or SHF515-C, or SHF330, or SHF335, or SHF430, or SHF435, or SHF535, or SHFR500, or SHFR600, manufactured by the company Sedecal S.A., Spain, - G200RAD-MT 50 kW, or G200RAD-MT 65 kW, manufactured by Communications & Power Industries Inc., Canada. 4. RPU control console, manufactured by MEDICAL TECHNOLOGIES Ltd JSC, Russia. 5. Exposure switching device, manufactured by Communications & Power Industries Inc., Canada or OMRON Corporation, Japan. 6. JPI screening raster, manufactured by JPI Healthcare Co., Republic of Korea (no more than 2 pcs.), RU No. FSZ 2011/I0115. 7. Ionization chamber (can be equipped with a control cable), SSMC series, manufactured by Claymount, the Netherlands. 8. Collimator with connecting elements, with automatic or manual control (can be equipped with automatic or manual replaceable filters) series R225, manufactured by Ralco S.r.l, Italy. 9. Adapter URSKITFDX4343R for built-in detector, manufactured by Sedecal S.A., Spain. 10. Set (pair) of high-voltage cables with lugs, manufactured by Claymount, USA or Claymount, China. 11. Set of switching cables with connecting elements, manufactured by Sedecal S.A., Spain. 12. Built-in digital flat-panel X-ray detector FDX4343R, manufactured by Toshiba Electron Tubes & Devices Co. Ltd., Japan. 13. Automated workstation (AWS) of a laboratory assistant, manufactured by JSC MEDICAL TECHNOLOGIES Ltd., Russia, consisting of: 13.1. Medical workstation, design options: - MT, manufactured by JSC MEDICAL TECHNOLOGIES Ltd., Russia, - Panatech, manufactured by Panatech BV, the Netherlands. 13.2. LCD monitor with diagonal from 17 to 32 inches... A truncated version of the data is shown due to limitations of the software used. You can view the full version on the official website of Roszdravnadzor: http://roszdravnadzor.ru/services/misearch.