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Products
Autonomic Neuropathy Analysis System
Ankle Brachial Index Measuring System
Digital Biothesiometer
Spirometer
Cardiovascular Analysis System
Vibratory Perception Threshold Analysis System
Patient Monitor
12 Channel ECG Machine
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 Vibratory Perception Threshold Analysis System is applicable for both standalone and PC based mode performance. VPT Analysis System’s vibratory perception threshold quantifies the loss of sensation in patient’s feet. This system is widely used in hospitals. Apparently, our company has carved a niche for itself as one of the foremost Thesiowin Exporters.
Features :
- Easy-to-operate and accurate tool to diagnose peripheral neuropathy.
- Digital voltage readout.
- Test mechanism to eliminate hand pressure bias on VPT values.
- DC-to-AC conversion for highly accurate and stable vibrations.
- Windows* 98SE/ME/XP based software for database storage, review and printout.
- Test or Review mode operation.
- Can be used without PC as a stand-alone unit.
ThesioWin is the-state-of-the-art easy to operate Digital Vibratory Perception Threshold (VPT) Analysis System. It can be used both in standalone and PC based mode.
Loss of sensation due to neuropathy is the major cause of painless injuries to the feet. Such injuries result into chronic ulcerations and further complications leading to large amputations. Hence early and accurate detection of sensation loss due to neuropathy is the best way to protect the feet from amputation. Also, it is very important to quantify sensation loss risk to monitor the trend by follow-up.
ThesioWin serves in both ways. The vibratory perception threshold at various sites on plantar foot quantifies the loss of sensation. Increase in VPT means diminished sensation and increasing risk. ThesioWin when used in PC based mode, a tabular trend of VPT is available. ThesioWin being digital, gives very accurate readings. With a sophisticated vibration mechanism, it virtually eliminates the possibility of pressure dependency of VPT. It has an intuitive Reading site locator. It also has a 12 readings memory in the H/w unit.
Windows* based ThesioWin software & serial port communication with the ThesioWin instrument turns any PC into a full-fledged VPT analysis system, with online readings on screen. It gives a multicolor / B & W one-page report on A4 size paper. In-built patient database with more than 1000 patients memory helps you keep track of patient history. All at your mouse clicks in a very user-friendly ThesioWin software environment.
Technical Specifications
Instrument Specifications :
- Vibration :
- Method : 100Hz vibrations using pure sinusoidal
- waveform Voltage Display Range 0 - 26V
Test Method
- Sequential switching of indicator LEDs for each foot.
- User prompted Readings an all locations sequentially.
Database :
- MS Access Easy recall of any previous test
Data Acquisition :
- Instrument : Digital storage of 12 readings.
- PC Data storage : Digital storage on HDD
- Interface : RS232C Serial
PC Specifications :
- OS : Windows*95/98SE
- CPU : Intel* Celeron* 455mHz/P4* or better
- HDD : 4.3 GB min.
- RAM : 32 MB min.
- Printer : Any Windows* compatible Inkjet/LaserJet Printer.
STANDARD ACCESSORIES
- Vibration mechanism - 1No.
- Serial Cable-1No.
- Hardware unit-1No.
- Software CD-1No.
POWER REQUIREMENTS
- Voltage 230 VAC ± 10%
- 50 Hz
- Power Consumption 1.5 A maximum
PHYSICAL CHARACTERISTICS
- Instrument Dimensions : 405 mm x 335 mm x 95mm
- Approximate Instrument Weight 9.60 Kg
ENVIRONMENTAL REQUIREMENTS :
- Operating and Storage Temperatures 15 oC to 45oC
- Ambient Relative Humidity 15% to 90%, non-condensing
Pressure/Altitude :
- Operating and Storage 523 mm Hg and 760 mm Hg
- $ Specifications are subject to change without notice.
- *All regd. trademarks are acknowledged to their respective owners.
Readings
- Standalone : volts
- PC based : volts and microns
Right Foot :
- Toe
- First Metatarsal head
- Third Metatarsal head
- Fifth Metatarsal head
- Instep
- Heel
Left Foot :
- Toe
- First Metatarsal head
- Third Metatarsal head
- Fifth Metatarsal head
- Instep
- Heel
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