Working Principle
The rupturable membrane is made of polyimide films of different thicknesses to regulate the helium pressure. When the helium pressure reaches the critical pressure of the rupturable membrane, the rupturable membrane bursts and releases a powerful shock wave, which causes the particulate bullet carrier to carry the particulate bullet downwards at high speed to bombard the target cells or tissues.
When the helium pressure reaches the critical pressure of the rupturable membrane, the rupturable membrane bursts and releases a powerful shock wave, which causes the particle bullet carrier to carry the particle bullets downward at a high speed and bombard the target cells or tissues.
System Standard Configuration
Main machine, vacuum pump, 1000 guns consumables (3.5/4.5/7Mpa rupturable membrane, carrier membrane, stainless steel mesh, 2 bottles of gold powder, 1 bottle of tungsten powder)
Features
High Versatility : Gas-driven design: Easier operation + wider applications
High Conversion Rate: Biologically inert vectors enhance safety and precision
Quick Cleaning: Detachable circular chamber for easy sterilization
Pressure Adjustable: Adjustable and optimised between 3-12 MPa.
Optional Carrier Membranes: Flying or steel membranes are available depending on the receptor.
Low cost: About $18 per shot except for high pressure gases
Application
Food Industry
Agricultural and Forestry Sciences
Biological Engineering
Animal Medicine
– Research on transient manifestations of gene function;
– Research on manifestations of functional stability;
-Genetic or cancer-related research;
– DNA vaccine research and application;
– Gene therapy related research
– Transgenic plant research;
– Genetic engineering or drug-related research
Technical Parameters
| Target Area | Maximum 40cm² |
| Working Pressure Range | 3-12MPa |
| Target Type
|
Animals: cell and organ culture |
| Plants: smaller whole plants, cultured cells, exosomes | |
| Yeast, bacteria, other microbial cells, chloroplasts, mitochondria | |
| Voltage | 220v/50hz |
| Air Source | Helium or nitrogen (helium is more optimized) |
| Metal Particles | Φ0.8-1.5μm; Φ1.5-3.0μm |
