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HIGH POWER LASERS FOR INDUSTRY

New Product YUCCA 100W

SPEED UP UV
PROCESSING WITH
YUCCA
343 nm 60 W Up to 4 MHz Up to 300 µJ
New
343 nm 100 W Up to 4 MHz Up to 500 µJ
515 nm 120 W Up to 4 MHz Up to 600 µJ

Pulse duration 2 ns to 10 ns or Burst

DISCOVER
ADD AGILITY TO MICROMACHINING
PROCESSING WITH
CAREX
343 nm 45 W Up to 4 MHz Up to 450 µJ
515 nm 80 W Up to 4 MHz Up to 800 µJ

Programmable pulses 2 ns to 20 ns or Burst

DISCOVER
PICOSECOND UV
PROCESSING WITH
OYAT
343 nm 50 W 50 MHz 50 ps
515 nm 80 W 30 MHz 30 ps
DISCOVER
Wavelength 343 nm 515 nm
Power 60 W 400 kHz @ 7.5 ns 60 W 1 MHz @ 2 ns 120 W 400 kHz @ 7.5 ns 120 W 1 MHz @ 2 ns
Pulse Duration 2 ns, 5 ns, 7.5 ns, 10 ns or Burst
Max Pulse Energy Up to 300 µJ Up to 600 µJ
Beam Quality M² < 1.2
Wavelength 343 nm 515 nm
Power 45 W up to
400 kHz		 80 W up to
400 kHz
Pulse Duration 2 ns – 20 ns fully variable Programmable pulse Burst mode
Max Pulse Energy Up to 450 µJ Up to 800 µJ
Beam Quality M² < 1.2
Wavelength 343 nm 515 nm
Power 50 W / 50 MHz 80 W / 30 MHz
Pulse Duration 50 ps 30 ps
Beam Quality M² < 1.2
YUCCA
Wavelength 343 nm 515 nm
Power 60 W / 400 kHz / 7.5 ns
60 W / 1 MHz / 2 ns 		120 W / 400 kHz / 7.5 ns
120 W / 1 MHz / 2 ns
Pulse Duration 2 ns, 5 ns, 7.5 ns, 10 ns
or
Burst
Max Pulse Energy Up to 300 µJ Up to 600 µJ
Beam Quality M² < 1.2
CAREX
Wavelength 343 nm 515 nm
Power 45 W up to 400 kHz 80 W up to 400 kHz
Pulse Duration 2 ns - 20 ns fully variable
Programmable pulse
Burst mode
Max Pulse Energy Up to 300 µJ Up to 600 µJ
Beam Quality M² < 1.2
OYAT
Wavelength 343 nm 515 nm
Power 50 W / 50 MHz 80 W / 30 MHz
Pulse Duration 50 ps 30 ps
Beam Quality M² < 1.2
YUCCA 60-343 YUCCA 120-515
Wavelength 343 nm 515 nm
Power 60 W / 400 kHz / 7.5 ns
60 W / 1 MHz / 2 ns 		120 W / 400 kHz / 7.5 ns
120 W / 1 MHz / 2 ns
Pulse Duration 2 ns, 5 ns, 7.5 ns, 10 ns
or
Burst
Max Pulse Energy Up to 300 µJ Up to 600 µJ
Beam Quality M² < 1.2
CAREX 45-343 CAREX 80-515
Wavelength 343 nm 515 nm
Power 45 W up to 400 kHz 80 W up to 400 kHz
Pulse Duration 2 ns - 20 ns fully variable
Programmable pulse
Burst mode
Max Pulse Energy Up to 450 µJ Up to 800 µJ
Beam Quality M² < 1.2
OYAT 50-343 OYAT 80-515
Wavelength 343 nm 515 nm
Power 50 W / 50 MHz 80 W / 30 MHz
Pulse Duration 50 ps 30 ps
Beam Quality M² < 1.2

Advantages

  • High speed processing

    • High frequency up to 1 MHz
    • High power 45 W up to 600 kHz
    • Up to 40 kW peak power
    • The right alternative to Q-Switch lasers with high pulse repetition rate and short nanosecond pulses
    • Nanosecond UV high-speed micro-processing raised to a next level of throughput
    • Compatible with fastest scanner systems available on the market

  • Agile lasers

    • Programmable pulses from 2 ns to 20 ns
    • Burst mode
    • Pulse shaping capability (temporal top-hat, burst, free temporal form)
    • Constant pulse duration and beam parameters over the entire range of pulse repetition rate
    • Minimized Heat Affected Zone with combination of short pulses and high peak power
    • Pulse energy stability < 2% over the whole pulse repetition rate

  • Field proven

    • Mature and field proven fiber technology
    • Designed for 24/7 production environments
    • HALT designed / HASS Certified
    • Best manufacturing practices for long lifetime and high uptime
    • Industry 4.0 ready
    • Remote control and support

Why Bloom Lasers ?

BLOOM puts customer care and satisfaction in the core of its daily operations and strategic decisions. Since its creation, BLOOM has built an operational service team with local service installations for fast response time to our customers.

BLOOM designs, manufactures and delivers stable, reliable and long-term operations lasers for 24/7 environment productions. Its lasers are built on a fiber technology both mature and field proven. BLOOM has implemented high-end methodologies supporting design, quality and serviceability for 24/7 industrial operations.

BLOOM is installed in a brand new production facility including an ISO6 clean room, and is capable of high volume manufacturing and fast production ramp-up. With minimum assembly and alignment steps thanks to the fibered design, leads times are shortened.

Choosing BLOOM lasers for your microprocessing application is investing on the future with a scalable technology that will sustain faster throughput and cost reduction of your machines.

Our missions

  • Bring value to Industry

    • Improve process throughput with more power and higher Pulse Repetition Rate
    • Improve yield and maximize uptime of end-customer
    • Bring agility to process with adjustable pulse duration

  • Design for Industry

    • Built on reliable and mature technology
    • Service strategy over the entire product lifetime
    • Common products platform for optimized and efficient customer service

  • Innovate for Industry

    • Innovation in UV conversion for industry
    • Innovation in high power fibers
    • Innovation in Industry 4.0 for lasers

News on lasers

Photonics West 2025

Come visit our booth at the World’s leading trade fair for components, systems and applications of photonics.

This will be the opportunity to meet our team of experts and discuss your laser micromachining projects.

Dates : January 28 – 30, 2025.

Location : San Francisco, USA
Booth 5029

Learn more...
BLOOM Lasers réalise une levée de fonds

BLOOM Lasers réalise une levée de fonds pour accélérer sa structuration et consolider son développement commercial Labellisée Deeptech, BLOOM Lasers annonce avoir réalisé une levée de fonds menée par IRDI Capital Investissement, le fonds NACO conseillé par M/Capital, SkalePark, FOREIS

Learn more...
Photonics West 2025

Come visit our booth at the World’s leading trade fair for components, systems and applications of photonics.

This will be the opportunity to meet our team of experts and discuss your laser micromachining projects.

Dates : January 28 – 30, 2025.

Location : San Francisco, USA
Booth 5029

Learn more...

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