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Photonic Curing System

PSTEK’s Photonic curing system uses a constant power regulation method that regulates both output voltage and current, and thus can always deliver uniform energy during lamp irradiation, which makes it suitable for the mass production of quality products. A curing dimension per a lamp house is up to 200 mm in the lateral direction, which makes it possible to mass produce and apply to large areas with a small number of lamps.

Features & Benefits

  • A constant power regulation method enables the mass production of uniform quality products
  • Constant power regulation is enabled by the high speed (MW per pulse) switching technology
  • Uniform energy is delivered to equipment by changing the pulse width during lamp irradiation, and uniform quality products can be produced, making the system suitable for a mass production system
  • Suitable for large area mass production
  • Lamp reflector design technology, uniformity of at least 98%
  • Largest effective irradiation area per lamp in the industry: 300~1,500 mm x 200 mm
  • Allows choice between a small-capacity lamp array method and a large-capacity lamp method
  • Productivity improved through mass production and high-speed production
  • Productivity improved by minimizing the processing time through millisecond-unit processing
  • Ultrahigh-speed and large-area sintering through a roll-to-roll method
  • Applicable to flexible boards
  • Low temperature sintering method, which addresses the heat problem of conventional sintering processing
  • Sintering without damage to equipment at room temperature and in atmospheric state
  • Reduced manufacturing cost through simple processing
  • Processing can be reduced compared to the convention manufacturing process for semiconductors and displays
  • Reduction in facility investment costs
  • Simple PC program
  • Function of saving output patterns that are often used
  • Can display simulation waveforms of set patterns
  • Various protection functions
  • Lamp overheat and cooling protection function, OCP(Over Current Protection), OVP(Over Voltage Protection), OTP(Over Temperature Protection), etc.

Specifications

Specifications can be customized according to customers needs

Contents Hi-Pulse 15000​ Hi-Pulse 30000​ Hi-Pulse 45000​ Hi-Pulse 60000​

Peak

Output

Power
2.5MW
5MW
7.5MW
10MW
Max. Voltage
700V
1400V
2100V
2800V
Max. Current
3600A

Avg.

Output

Power
15kW
30kW
45kW
60kW
Frequency
0.1 ~ 100Hz
Pulse Length Range
0.1 ~ 20ms
Simmer Current
1 ~ 5A
Ignition Voltage
35kV or more
Input
Voltage
3-Phase, 220V / 380V / 440V ± 10%

Applications

  • Semiconductor
  • Wafer cleaning
  • Wafer annealing
  • Silicon crystallization
  • Display
  • LCD
  • OLED
  • Flexible display
  • Silicon crystallization
  • Solar cell
  • Organic thin film solar cells
  • Electronic circuit
  • RFID Tag
  • Smart Labels
  • Disposable sensors
  • Others
  • Lights
  • Batteries
  • Bio sensors

Customers

More and more fields are attempting to apply photonic curing system to improve the process.

Many companies and research centers choose PSTEK systems that are proven in quality and reasonably priced.

  • Research Centers
  • Gachon University
  • Konkuk University
  • Sungkyunkwan University
  • Ulsan University
  • Hanyang University
  • Korea Institute of Industrial Technology
  • Companies
  • S Company
  • L Company
  • A Company
  • U Company
  • V Company

Contact Us

Contact Us

Please include product name/quantity for request or other sales question:

Mr. Hyunil Kim

E-mail : sales@pstek.co.kr

TEL : +82-31-451-5103

25-25, Gunpocheomdansaneop 1-ro, Gunpo-si, Gyeonngi-do, Korea 15881

  • +82-31-451-5103
  • sales@pstek.co.kr
  • 25-25, Gunpocheomdansaneop 1-ro, Gunpo-si, Gyeonngi-do, Korea 15881

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