Gyrotron Technology is a Delaware corporation founded in 1998 that develops and licenses industrial microwave technologies. It has two business areas: 1) developing technologies for glass, semiconductors, solar, and plastics industries, and 2) manufacturing and selling capital equipment for gyrotron processes and manufacturing laminated glass and solar modules. Gyrotron Technology holds patents and has niche markets in several industries. It uses gyrotron beams, which are electron beams that can be shaped and targeted precisely using mirrors and focusing systems to heat materials rapidly and in a controlled manner for various industrial applications.

1. 3412 Progress Drive Bensalem, PA 19020 USA 215-244-4740
gyrotrontech.com

2. Who is Gyrotron Technology?
A Delaware C Corp founded in 1998, GTI has 2 business
directions
• Development and licensing of
unique industrial microwave
technologies for glass,
semiconductors, solar and plastics;
• Manufacture and sale of capital
equipment for gyrotron processes,
as well as for manufacturing
laminated glass and encapsulating
solar modules.
Three partner companies in the
US, Germany, and Russia for
manufacturing of capital The Company holds patents and
equipment has market niche in several
industries

3. Gyrotron
Collector: +30kV
Mirror
Gyrotron Beam
Cavity
Magnet
Magnet
Electron Beam
Anode: +15kV, 0.1A
Cathode: -30kV

4. The bean can be shaped into any form – circular, strip, square, etc by
using simple metal mirrors, greatly increasing processing possibilities

5. The beam can be shaped into any form – circular, strip, square, etc
By using simple metal mirror By using special focusing system

6. Controllable Heating
Gyrotron energy can be targeted into any area:
Top area (to required depth)
Bottom area (to required volume)
Inside (to required thickness)

7. Heating Options - Ribbon
The beam can be formed into a horizontal or vertical ribbon
shape and product can be moved relative to the stationary
beam

8. Heating Options - Scanning
The beam can be scanned to heat selected areas to selected
temperatures using a configuration of moving mirrors

9. Gyrotron energy can be targeted in any area:
Top area (to required depth)
Bottom area (to required volume)
Inside (to required thickness)
The Gyrotron Beam can be spread or scanned over large areas and
any required temperature distribution can be achieved
Gyrotron Beam Gyrotron Beam
Uniform heating
Controlled non-uniform heating

10. Gyrotron
Gas/ hot air Infrared Laser Beam
Efficiency Under 50% around Over 90% Over 98%
60%
Accessible power over 10kW 20kW 10kW 1,000kW
1 sq ft
Heating rate per second 1C0/sec 2C0/sec 1,000C0/sec > 20,000C/
in degrees Centigrade sec
Time for boiling 120 sec 60 sec 80 sec Less then
1 gallon of water one sec
Ability to heat a No Limited No Yes
specific location in 3
dimensions
The gyrotron enables focusing enormous energy precisely and only where needed, heating
materials ultra rapidly (thousands 0C per second) volumetrically or exclusively.
The gyrotron beam is a new heat source possessing unique and desirable properties for
processing glass and other materials