ps

Industrial
Picosecond
LasersAtlanticApplications/ Drilling

Materials/ Various metals/ Brittle materials including
glass, ceramics, sapphireand PCD/ Silicon, Silicone/ PET, PP, PI, PTFE, PCB/ LCD, LED, OLED,microLED display
panels/ Solar cells/ Cutting/ Patterning/ Structuring/ Ablation/ Dicing/ Micromachining/ LCD, OLED cutting/ Laser induced forward transfer/ Sapphire structuring and dicing/ Ceramics micromachining/ PCD drilling and tracing/ Silicon scribing/ PET, PP, PTFE, Silicone cutting and drilling

Typical view of Atlantic 50-UV18, 80-UV30
laser head with a single 355 nm output

2Savanoriu Av. 237, LT-02300 Vilnius, Lithuania | ph. +370 5 2649629 | e-mail: sales@ekspla.com | www.ekspla.com

Rev. 240117

Industrial
High Power
Picosecond Lasers

Features
Up to 80 W at 1064 nm

Atlantic

Optional 532 nm and 355 nm
wavelengths (could be all
3 electronically switchable
wavelengths)

High-energy and high-power water-cooled Atlantic series
picosecond lasers are designed for a variety of industrial
applications.

Up to 200 µJ pulse energy

Up to 1 MHz repetition rate

Short pulse duration 10 ps

Suitable for LCD or OLED display cutting and drilling, laser induced forward
transfer (LIFT), glass and sapphire processing, micromachining of ultra-hardmaterials, ablation of metals, cutting and drilling of polymers, silicon scribing,solar cell scribing and many more.

M²<1.3

Superior beam quality parameters, maximum available average power(80 W @ IR / 40 W @ VIS / 30 W @ UV), maximum available pulse energy(200 μJ @ IR / 100 μJ @ VIS / 75 μJ @ UV) and maximum pulse repetition rate
(up to 1 MHz) are beneficial where high processing quality and high throughput
are required.
To tailor laser performance for specific industrial applications, advanced
electronics enable external gating (including PSO), synchronization and precise
laser triggering as well as instant signal amplitude control.

Versatile laser control andsyncronisation capabilities
Smart triggering forsynchronous operation withpolygon scanner and PSO

To maintain reliability and assure long-term stable operation in an industrial
environment, optical components are installed in a sealed, robust, precisely
machined monolithic aluminum block. Designed for robust, low maintenance
operation, Atlantic series lasers offer maximum reliability due to an optimized
layout, PC controlled operation, a built-in self-diagnostic system and advanced
status reporting.

Monolythic, sealed and rugged
designFor industrial high-power UV laser applications, high reliability and low
ownership cost of UV components is crucial. To meet these requirements, theoptical layouts of Atlantic UV models are optimized for longevity and stable
operation in the UV range, resulting in a UV optics lifetime of 8,000 hours.

Nanosecond pulse duration
mode (optional)

Low ownership cost

A unique optional feature of Atlantic high-power lasers is that they can work inboth picosecond and nanosecond modes. This 2-in-1 laser solution is beneficial
for some materials processing (such as glass or ceramics), where both very highaccuracy, low processed surface roughness and high throughput are required at
low cost.

At 1030 nm

80 W
200 µJ
Rev. 240117

At 515 nm

40 W
100 µJAt 355 nm

30 W
75 µJ

Savanoriu Av. 237, LT-02300 Vilnius, Lithuania | ph. +370 5 2649629 | e-mail: sales@ekspla.com | www.ekspla.com

Learn more
about Atlanticwww.ekspla.com

3AtlanticSpecifications ¹⁾
ModelAtlantic 50

General specifications

fundamental

Central wavelength1064 nmwith 2H option

532 nm (optional 1064 nm output) 2)

with 3H option

Laser pulse repetition rate (PRRL) range

355 nm (optional 1064 nm and/or 532 nm outputs) 2)

300 – 1000 kHz

3)

Pulse repetition rate after frequency divider

Maximal average
output power 4)

at 1064 nm

50 W

at 355 nm

18 W80 W

25 W

40 W

at 1064 nm165 µJ

200 µJ

at 355 nm

60 µJ

at 532 nm

30 W85 µJ

at 1064 nm

Pulse contrast

100 µJ> 500 : 1

at 355 nm> 1000 : 1

at 1064 nm< 1.0 %

Power long term stability over 8 h (Std. dev.) 5)< 1.0 %

at 532 nm< 2.0 %

at 355 nm< 2.5 %

Pulse duration (FWHM) at 1064 nm

10 ± 3 ps

Polarization

linear, vertical 100 : 1M²< 1.3

Beam circularity, far field> 0.85

Beam divergence, full angle< 1.5 mRad

Beam pointing stability (pk-to-pk) 7)< 50 µRad

at 1064 nm

Beam diameter (1/e²)
at 50 cm distancefrom laser aperture

at 532 nm

1.8 ± 0.3 mm

at 355 nm

Triggering mode

1.8 ± 0.3 mm

Pulse output control

Mains requirements< 3.1 kWOperating ambient temperature
Relative humidity

ISO 9 (room air) or better

Physical characteristics

water

single output 1064 nm

396 × 173 × 755 mm

single output 355 nm

3 outputs 1064 / 532 / 355 nm

Power supply unit size (W × H × L)
Umbilical length

Classification according EN60825-1

4Due to continuous improvement, all specifications are subject
to change without notice. Parameters marked typical are notspecifications. They are indications of typical performance and willvary with each unit we manufacture.
Can be ordered either in a single output or in 2 or 3 separate
harmonics outputs versions.
When frequency divider is set to transmit every pulse.

396 × 173 × 1000 mm
396 × 173 × 926 mm

553 × 1019 × 852 mm
4mClassification3)18 – 27 °C< 3.5 kW

10 – 80 % (non-condensing)Air contamination level2)

2.0 ± 0.3 mm

100 – 240 V AC, single phase 47 – 63 Hz

Maximal power consumption1)

internal / external

2.2 ± 0.3 mm

keypad / USB / RS232 / LAN

Operating requirements

Laser head size
(W × H × L)

1.8 ± 0.3 mm

frequency divider, pulse picker, instant amplitude control, power attenuation

Control interfaces

Cooling

75 µJ> 300 : 1

at 532 nm

Pulse energy
stability (Std. dev.) 6)

400 – 1000 kHz

PRR = PRRL / N, N=1, 2, 3, … , 1025

at 532 nm

Pulse energy
at lowest PRRL 4)

Atlantic 80

CLASS 4 laser product4)
5)

6)
7)

See typical power and energy curves for other pulse repetition rates.
At the lowest PRRL after warm-up under constant environmentalconditions.
At the lowest PRRL under constant environmental conditions.

DANGER: VISIBLE AND/OR INVISIBLE
LASER RADIATION AVOID EYE OR SKINEXPOSURE TO DIRECT, REFLECTED OR
SCATTERED RADIATION

CLASS 4 LASER PRODUCTBeam pointing stability is evaluated as a movement of the beam
centroid in the focal plane of a focusing element.

Savanoriu Av. 237, LT-02300 Vilnius, Lithuania | ph. +370 5 2649629 | e-mail: sales@ekspla.com | www.ekspla.com

Rev. 240117

Atlantic

Performance12060180100501504012030902060103020000150601004050400500

600 700 800 900
Repetition rate, kHz1000

01203090754010025206015451030

515300 400 500 600 700 800 900 1000
Repetition rate, kHz

Average power, W

50

01545

1030

51500300 400 500 600 700 800 900 1000
Repetition rate, kHzFig 8. Typical output power and energy curvesof Atlantic 50-UV1820400

500

600 700 800 900
Repetition rate, kHz1000

0Fig 6. Typical output power and energy curvesof Atlantic 80-GR40

Average power, W60401040903580703060255020401530102050Pulse energy, µJ

20Pulse energy, µJ7560200902580

30Pulse energy, µJ

105

30

Average power, W80

35Fig 5. Typical output power and energy curvesof Atlantic 50-GR25

Rev. 240117

200Fig 3. Typical output power and energy curvesof Atlantic 800355 nm

250Fig 2. Typical output power and energy curvesof Atlantic 50

Pulse energy, µJ

Average power, W532 nm

300 400 500 600 700 800 900 1000
Repetition rate, kHz

Average power, W

210

Pulse energy, µJ

70

Pulse energy, µJ

Average power, W1064 nm

10400

500600 700 800 900
Repetition rate, kHz10000Fig 9. Typical output power and energy curvesof Atlantic 80-UV30

Savanoriu Av. 237, LT-02300 Vilnius, Lithuania | ph. +370 5 2649629 | e-mail: sales@ekspla.com | www.ekspla.com

5Atlantic

Stability
0.20

40Mx = 1.062
My = 1.043

Standard deviation 0.6%

Beam size (radius), mmPower, W

30

2010001020Time, h30

0.150.10

XX fitYY fit

0.05

040Fig 10. Typical long term 355 nm output average power stabilityof Atlantic 80-UV30 under constant environmental conditions

50100Z, mm

150200Fig 11. Typical M² measurement of 355 nm wavelength
at 34 W average power, 400 kHz repetition rate (Atlantic 80-UV30)

100% power level

75% power level

50% power level

25% power level

10% power level

100% power level with pulse divider 10Fig 12. Typical beam profile of 355 nm in far field at 34 W max average power with different attenuation conditions

ImagesTypical view of Atlantic 50, 80 laser headwith a single 1064 nm output

6

Typical view of Atlantic 50, 80 laser headwith two and three outputs

Typical view of Atlantic 50-UV18, 80-UV30 laser
head with a single 355 nm output

Savanoriu Av. 237, LT-02300 Vilnius, Lithuania | ph. +370 5 2649629 | e-mail: sales@ekspla.com | www.ekspla.com

Rev. 240117

Atlantic364

684

6Atlantic

Side view37

requiredspace forservice200

OutputFront view

209 max

755

136367151

173

Drawings

659

Back view

6.7

Top view

150

Control panel

requiredspace forservice150381

375

Umbilical cord to power supply
Minimal curvature radiusof umbilical 150 mm

396

17

Fig 13. Outline drawings of Atlantic 50, 80 laser head with a single 1064 nm output (dimensions in mm)

Front view

Side view

367

926

Atlantic50
50

17requiredspace forservice

200

173

151

659
Top view

Output 355 nm
Output 532 nm

Control panel

requiredspace forservice
6. 7

150

Output 1064 nm

Minimal curvature radiusof umbilical 150 mm

396

Umbilical cord to power supply

381

150

375

60

Back view

855

134

207 max364

300

requiredspace forservice

Fig 14. Outline drawings of Atlantic 50, 80 laser head with two and three outputs (dimensions in mm)

Rev. 240117

Savanoriu Av. 237, LT-02300 Vilnius, Lithuania | ph. +370 5 2649629 | e-mail: sales@ekspla.com | www.ekspla.com

7

Atlantic

Front view

Side view

367

1000

364

29929

151

Atlantic 80-UV30

6173

134

207 MAX

Back view

196.8

200

Output659

17273

Controlpanel

requiredspace forservice396

309
Umbilical cord to power supply
Minimal curvatureradius of umbilical 150 mm

378

189
25150

200

6.7Top view

9.7150

Fig 15. Outline drawings of Atlantic 50-UV18, 80-UV30 laser head with a single 355 nm output (dimensions in mm)

Side view

553

800

Back view

Top view

150

Front view

minimalcurvatureradiusof umbilical
150 mm150

air outlet

150

air inlet

150

946

1019

air inlet852

required space for
air flow and service
air outlet

Fig 16. Outline drawings of Atlantic 50, 80 power supply unit (dimensions in mm)

8

Savanoriu Av. 237, LT-02300 Vilnius, Lithuania | ph. +370 5 2649629 | e-mail: sales@ekspla.com | www.ekspla.com

Rev. 240117

Ordering Information
Delivery

Products are made and dispatched within agreed term.
Shipping charges are object of agreement between
EKSPLA and customer.

Ordering

Orders may be placed by mail, fax or e-mail.
All orders are object of General Sales Conditions, which
can be found on www.ekspla.com.
Mail orders should be sent to:
EKSPLA, UAB
Savanoriu Av. 237
LT-02300 Vilnius
Lithuania
Phone: +370 5 264 96 29
Fax: +370 5 264 18 09
E-mail: sales@ekspla.com

Ask for quotation online at www.ekspla.com.
Certicate of OriginAll items shown in this catalogue are of Lithuanian Origin(EU). Certificate of Origin is available under request.

Warranty

All products are guaranteed to be free from defects inmaterial and workmanship.
The warranty period depends on the productand is object of agreement between EKSPLA
and customer. Warranty period can be extended byseparate agreement. EKSPLA does not assume liability forunproper installation, labour or consequential damages.

Specifations

Due to the constant product improvements, EKSPLA
reserves its right to change specifications without advancenotice.
For latest information visit www.ekspla.com.

www.phototechnica.co.jp〒336-0017 埼玉県さいたま市南区南浦和 1-2-17

TEL:048-871-0067 FAX:048-871-0068

e-mail:voc@phototechnica.co.jp

10

Savanoriu Av. 237, LT-02300 Vilnius, Lithuania | ph. +370 5 2649629 | e-mail: sales@ekspla.com | www.ekspla.com

Rev. 240117