Serza is the only authorized distributor of P-laser company at Turkey. Laser cleaning method reduce cost of cleaning. Benefits and advantages; * avoid substrate damages * higher and stable production quality * solutions that fit for automated production lines (robots, linear control systems).

1. 1
The future of cleaning : cleaning with light
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2. P-Laser : who are we ?
• P-Laser becomes a spin-off of a well known company specialised in all
kind of industrial cleaning
• Need of new solution to counter the energy consuming solution and
to fit with the upcoming strengthens environmental laws
• Need of a better control of the cleaning process
• Upcoming applications for cleaning smaller surfaces
With more than 25 years experiences in all kind of tough cleaning
projects P-Laser was created with a vision to take the leadership in
cleaning innovation : laser cleaning was born
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3. What kind of challanges the industry
is facing ?
• Environmental constraints
• More advanced and friendly cleaning solutions
• Dramaticaly reduction of water ( sand blasting / ice cleaning )
• Cleaning without dust
• Replacement of toxic chemical solutions
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4. What kind of challanges the industry
is facing ?
• Reduction of the costs of cleaning
• Lower running costs
• Higher and stable production quality
• Solutions that fit for automated production lines ( robots , linear control
systems )
• Avoid substrate damages : cleaning only what need to be cleaned
• Solution for smaller and smaller cleaning concerns
• mm sized solutions in new areas as semiconductor
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5. Laser technology : reminder
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Laser"Normal" Light
Laser light focused trough
Eye lens on area of 640µm.
LAMP 15 watt
 Divergent in all directions
15 watt spreads energy on 0.5m² at 30cm distance =7.5 watt/m²
15W concentrated on area of
0.0032cm²=4,6kW/cm²
or 46000kW/m²
Parallel bundle of light
 Infinite distance
With focussing lens
 HIGH Concentration of energy in focal
distance
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6. Basic principles of laser cleaning
• Although this principle is theoriticaly applied for many material the
focus today is on metal materials , plastic and glas molds and Anilox
printing rolls
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7. Basic applications
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The most developped and actualy current applications are
the elimination of rust , paint, and welding deposits before
coating ( removal of oxides )
Uniformisation of the surface structure
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8. Equipment
• Hand held device
• Optical cable ( min 5 mtr )
• Intelligent power unit
• and …….appropriate glasses
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9. Advantages
• Non-contact technology
• No need for chemicals
• No harmful waste
• Small operating cost
• Low maintenance
• Controllable process technology
• High repeatability
• High Precision
• Safe technology
Brake: investment cost are higher
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10. Different power ranges
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• Low power ( 50 W ) • High power ( 1000 W )
Selection of the power size is mainly based on the speed of cleaning , thickness of the dirth ,
more control functionnalities of the laser beam
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11. QF Lower power rate
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• 19” rack unit, Trolley or backpack
• 20 kg
• Fibre laser source
• 3m fibre length
• PLC control
• Sharp pulse characteristic
• 2D scanner system
• 0,5kWhr power consumption
• Mobile or Machine optic
• > 50.000 hr of source lifetime
QF20 – QF50 – QF100 ( power rate)
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12. Industrial equipment
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Common properties
• PLC controlled
• Standard 2D scanner
• Pre-programmed jobs
• Next gen. Fibre source
• P-Laser Software “Cleansweep©”
Advantages
: 24/24 operation guaranteed
: Efficiency and flexibility gain
: Adjustable & no risk for error
: Extended lifetime & durability
: Easy & unique programming
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13. Other Application
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• Plastic molds , glas molds , automated bakeries production lines

14. Questions ?
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