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Pain research equipment
37215- Analgesiy Meter is a new model of the classic 7200 tenderness meter. The classic 7200 tenderness meter has been proven to be helpful for rapid
Product details
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37215- Tenderness Instrument The 37215 Analgesiy Meter is a new model of the classic 7200 tenderness meter. The classic 7200 tenderness meter has been proven to be helpful for rapid and accurate testing of pain relieving drugs since 1965 through Randall Selito pain meter testing in multiple academic and industrial laboratory studies. The 37215 tenderness tester uses weight testing instead of low-voltage gear motor screw transmission. In order to improve safety, this instrument uses a light switch for the time period from the start to the end of the test (i.e. animal struggle strength) to transmit the test data to a multifunctional printer. The main output line and pedal line of this tenderness instrument are separated for easy and quick replacement of parts. |
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35100- Cold and hot plates This new Hot/Cold Plate pain meter can be used as a traditional hot plate for precise and rapid measurement of anesthetic analgesics, through N B. Eddy designed hot plate testing and D Leinbach designed cooling plate testing. Cold plate testing is of great significance in studying traditional cold receptors. The temperature and time parameters will be displayed on the LCD screen, and the resolution of the device is 0.1 ℃ for temperature and 0.1S for reaction time. The temperature on the board can be set by the operator between 2-66 ℃. This 35100 hot and cold plate tester is a microprocessor controller, and test data can be directly transmitted to a PC USB or serial port. Specialized CUB data acquisition software package Cat 52050-11 is used for this instrument to transmit experimental data. The 35100 hot and cold board is equipped with flash memory for data transfer. |
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37370- Foot Test Due to the integration of all other pain sensitivity measurement methods, this Plantar Test (Hargreaves Apparatus) has an unusual improvement in measuring severe pain in experimental animals caused by heated valves. In the unique foot pain test, animals are not constrained or controlled during the experiment. 37370 is mainly composed of a movable infrared light source, which can be slid under a glass pane with three compartments designed for mice by the operator. When the mouse feels pain and retracts its claws, the instrument will automatically detect its retraction reaction time within 0.1 seconds. The 37370 measuring instrument is a microprocessor controlled instrument. The experimental data can be directly transmitted to a computer, USB, or serial port. Specialized CUB data acquisition software package Cat 52050-11 is used for this instrument to transmit experimental data. 37370 is equipped with flash memory for data transfer. |
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37360- Pain induced tail flick |
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37300- Infrared Heat Flow Radiometer The infrared heat flux radiometer is used to calibrate infrared generating devices, especially the 7360 pain tail shaking device and the 7370 foot testing device's infrared light source. The instrument ensures the transmission of the same energy flow (mW/C ㎡) to provide the same level of harmful stimulation. This device can be used as a very useful accessory in combination with an infrared probe, a digital measuring instrument, a pain tail flick test adapter, and a plantar pain measuring instrument. Each part of this portable measuring instrument is ingeniously fixed in a plastic box with foam inside. |
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37450- Dynamic Foot Tactile Meter Dynamic Plantar Aesthetics is used to measure the sensitivity of plantar tactile sensation. A movable stimulator is placed at the bottom of the mouse/rat paw, gradually increasing the intensity of stimulation on the animal's sole through a 0.5mm filament. The animal twitches its paw, and the system automatically records the latency and pressure during the animal's twitching. Experimental data can be easily exported or directly input into a computer. This system has a wide range of pressure fluctuations and the ability to quickly capture animal movements. The system is equipped with a new perforated metal platform and a multifunctional animal experimental box. |
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38500- PAM Pressure Application Measurement System This device is a novel joint pain research system developed in collaboration between UGOBASILE and a professional arthritis research team, suitable for evaluating arthritis and joint pain. It is a new method for studying joint pain in rodent models (rats/mice). This device consists of two parts - a handheld unit and a comprehensive electronic unit. The operator places the handheld unit on the thumb of the right hand, then places the animal's joint between the thumb and index finger, and gradually applies a force to the animal. When the animal retracts or moans, the operator stops applying force, and the electronic unit automatically records the maximum force applied to the animal joint. The experimental data can be transferred to the computer via USB. The clamp of the handheld unit is equipped with various models, making it easy to use the experiment on the claws, skin, muscles, and tails of experimental animals. |
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31300- Facial Pain Tester Ugo Basile has recently launched the Orofacial Stimulus Test, invented by Dr. Hargreaves and his team members, to measure thermal and mechanical pain in the trigeminal nerve area. Rats actively receive thermal and mechanical stimuli for food. The instrument measurement parameters are the duration of animal feeding and the number of attempts to feed (measured by infrared principle). |
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Bipedal balance pain meter The bipedal balance test (Incapacity Analgesia Meter) can automatically and repeatedly evaluate the analgesic effect. It can measure the distribution of weight in the hind limbs of small animals, the force applied by each limb to the sensor, and the average value over a selected time period. It can reflect the lifting of the subject's foot from one side to the other, thus providing a quantitative balance of weight distribution in the hind limbs. |
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3-in-1 Pain Assessment System This pain testing system uses a controller and can conduct three different experiments. They are the electronic Von Frey pain measurement method, digital tenderness measurement method (Randall Selitto), and foot volume measurement method. |
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4-in-1 Pain Assessment System This pain testing system uses a controller and can conduct four different experiments. They are the electronic Von Frey pain meter method, digital tenderness method (Randall Selitto), foot volume test method, and grip test. |
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Electronic pain meter |
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1277- Tactile measurement kit
*Suitable for mice and rats
The Von Frey Kits (Hairs) tactile measurement kit is mainly composed of 20 nylon fiber filaments, with a measuring force of 0.008 grams to 300 grams. It is a classic and non-invasive tool for evaluating skin tactile sensitivity. This kit can also be used with a perforated metal worktable (34 x 14 inches), which is equipped with a mesh screen. The mesh holes on the screen are laser cut, with a size of 5X5 millimeters and a spacing of approximately 1 millimeter between holes. This provides a comfortable environment for the test animals and is conducive to the observation of their claws by experimenters. In addition, the mesh screen is coated with special paint, which is very convenient for the experimenters to clean the dirt generated during the experiment.
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Note: This product is mainly used as an experimental instrument for scientific research. Non clinical medical equipment.
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