Product Description

The hydraulic  traumatic injury impactor is one of the widely used experimental models of traumatic brain injury. The hydraulic traumatic brain injury instrument (FPI) is an instrument that can generate controllable and measurable pressure, mainly used for brain injury in small animals. In various aspects such as pathology, physiology, and pharmacology, the related mechanism of brain injury is studied on the basis of animal models. It can cause various levels of trauma to the brain or cortex, depending on the requirements for changes in behavior and physiology.

Features

· Real-time impact pressure monitoring, the data can display the maximum impact value on the LCD screen

· The amount of injury can be measured, and the injury can be graded

· With photoelectric switch to monitor the impact process of the impact hammer

· Has a pressure sensor to monitor pressure changes on impact

· Collision detection: automatic detection of collision by photoelectric sensor

· Monitoring software records parameters: impact pressure curve, impact pressure maximum value, impact duration

· Data saving: the curve can be saved in JPG format, and the calculation data can be saved in an excel file

· Can be connected to different hydraulic conversion heads, piston distance: adjustable

· The striking tube is removable and height adjustable

· With a quick water filling port, it is convenient to discharge air bubbles

· Laser scale display, accurate to provide repeatable impact force

Parameter

· Pendulum material: 304 stainless steel

· Pendulum weight: 2.5kg

· Adjustable angle: 5-90°

· Hydraulic pipe material: PMMA

· Pressure range: 0-600kpa (0-1500kpa optional)

· Overall size: 2000mm×460mm×1200mm

· Metal base size: 1370mm×460mm×105mm

· Total weight: 100kg

· Power supply: 220V

Application

Mainly used for research on neuropathology, neurobiochemistry, neuroelectrophysiology, neurotransmitter and receptors, neurobehavioral function, brain energy metabolism, cerebral blood flow and drug efficacy judgment after craniocerebral injury

Configuration