Compact and easy to install in limited space
The equipment overall size at W 200mm × L 250mm × H 220mm ensures an easy installation into
small workshops, laboratories, etc.
Generally speaking for an electrostatic accelerator of the 1 MeV class space of a few square
meters and a height of 2 to 3 meters is required.
Easy Equipment Management and Cost Reduction
If the electron energy is below 1 MeV, the system is not subject to regulations under the
Radiation Hazard Prevention Act. As a result:
Only basic notification procedures are required for system installation.
There is no need to assign certified radiation safety personnel, which helps reduce the time,
effort, and costs associated with facility management.
This allows for simplified equipment operation and significant cost savings in system
implementation.
Safe design
Compared to gamma ray sterilization, electron beam sterilization has a high processing
capability. The beam can be easily stopped by turning off the power supply which adds to the
safety features of this generation of electron beams. No post treatment is required and
moreover, no radioactive materials are used.
Tailor-made design based on customer’s requirements.
MTC can design and produce the optimum system based on the individual customer needs. The test
machine can also be applied to test irradiation as it can irradiate controlling the quantity of
dose. The test machine has a scan horn which can widen the area of irradiation and a simplified
conveyer system which enables a irradiation sample to transport with a stable and fixed speed.
Post-Purchase Design Modifications & Maintenance Available
Post-Purchase Design Modifications & Maintenance Available
Regular maintenance services ensure stable operation over time.
Design modifications can be customized to meet evolving customer needs.
Our in-house specialists conduct maintenance, allowing us to understand customer issues and
provide rapid solutions.
If the electron energy exceeds 1 MeV, the system becomes subject to the Radiation Hazard
Prevention Act. This requires:
Facility inspections and an application for usage approval from the Ministry of Education,
Culture, Sports, Science, and Technology (MEXT).
The appointment of a Class-1 Radiation Safety Supervisor for facility management.
By keeping the electron energy below 1 MeV, complex regulatory requirements and additional costs
can be avoided, making the system a cost-effective and user-friendly solution.
