Back to Wavelength Combiners

MixxWave with CW and modulated lasers

Wavelength Combiners

The MixxWave is a laser combiner that merges several laser sources into a single, precisely aligned output for advanced multi-wavelength applications. Available in two versions ( L4Cc – up to 4 lasers and L6Cc – up to 6 lasers), it integrates wavelengths from 375 to 1064 nm from Oxxius or third-party laser sources, with outputs in free space or via optical fibers. Its compact, thermally stable design ensures reliability, easy maintenance, and full control through standalone software.
Key features
• L4Cc: up to 4 lasers, 2 AOMs • L6Cc: up to 6 lasers, 2 AOMs
• Combines 375–1064 nm wavelengths
• Up to 4 fiber or free-space outputs
• Integrated electro-mechanical shutters on each port
• Extension modules for port switching, power split, or AOTF modulation

Select your combiner*

Select your options

Select your lasers

Choose the laser references you want to combine.

Reference

Wavelength

Power range

Spectral linewidth

Optical noise

Powers

Select lasers

LBX-375

375 nm

70

≤ 1.5nm

≤ 0.2% rms, 10Hz-20MHz bandwidth

LBX-395

395 nm

120

≤ 1.5nm

≤ 0.2% rms, 10Hz-20MHz bandwidth

LBX-405

405 nm

50-300

≤ 1.5nm

≤ 0.2% rms, 10Hz-20MHz bandwidth

LBX-415

415 nm

120

≤ 1.5nm

≤ 0.2% rms, 10Hz-20MHz bandwidth

LBX-445

445 nm

100-500

≤ 1.5nm

≤ 0.2% rms, 10Hz-20MHz bandwidth

LBX-450

450 nm

70

≤ 1.5nm

≤ 0.2% rms, 10Hz-20MHz bandwidth

LBX-458

458 nm

500

≤ 1.5nm

≤ 0.2% rms, 10Hz-20MHz bandwidth

LBX-473

473 nm

100-300

≤ 2nm

≤ 0.2% rms, 10Hz-20MHz bandwidth

LBX-488

488 nm

40-300

≤ 2nm

≤ 0.2% rms, 10Hz-20MHz bandwidth

LBX-505

505 nm

70

≤ 2nm

≤ 0.2% rms, 10Hz-2MHz bandwidth

LBX-515

515 nm

150

≤ 2nm

≤ 0.2% rms, 10Hz-2MHz bandwidth

LBX-522

522 nm

70-100

≤ 2nm

≤ 0.2% rms, 10Hz-2MHz bandwidth

LCX-532L (fixed power)

532 nm

50-800

≤ 0.1nm

≤ 0.2% rms, 10Hz-20MHz bandwidth

LCX-532L (adjustable power)

532 nm

50-800

≤ 0.1nm

≤ 0.2% rms (up to 300mW)≤ 0.5% rms (500mW and above), 10Hz-20MHz bandwidth

LCX-553L (fixed power)

553 nm

50-200

≤ 0.1nm

≤ 0.5% rms, 10Hz-20MHz bandwidth

LCX-553L (adjustable power)

553 nm

50-200

≤ 0.1nm

≤ 0.5% rms, 10Hz-20MHz bandwidth

LCX-561L-PPF (fixed power)

561 nm

50-500

≤ 0.1nm

≤ 0.2% rms, 10Hz-20MHz bandwidth

LCX-561L-PPA (adjustable power)

561 nm

50-500

≤ 0.1nm

≤ 0.5% rms, 10Hz-20MHz bandwidth

LPX-607L

607 nm

100-200

≤ 0.5nm

≤ 2.0% rms, 10Hz-100kHz bandwidth

LBX-633

633 nm

100

≤ 1.2nm

≤ 0.2% rms, 10Hz-20MHz bandwidth

LBX-638

638 nm

100-180

≤ 1.2nm

≤ 0.2% rms, 10Hz-20MHz bandwidth

LPX-640L

639 nm

300-1000

≤ 0.5nm

≤ 2.0% rms, 10Hz-100kHz bandwidth

LBX-642

642 nm

140

≤ 1.2nm

≤ 0.2% rms, 10Hz-20MHz bandwidth

LBX-660

660 nm

100

≤ 1.2nm

≤ 0.2% rms, 10Hz-20MHz bandwidth

LBX-690

690 nm

180

≤ 1.5nm

≤ 0.2% rms, 10Hz-20MHz bandwidth

LBX-730

730 nm

40

≤ 1.2nm

≤ 1% rms, 10Hz-20MHz bandwidth

LBX-785

785 nm

100-350

≤ 1.2nm

≤ 0.2% rms, 10Hz-20MHz bandwidth

LBX-808

808 nm

200

≤ 1.5nm

≤ 0.2% rms, 10Hz-20MHz bandwidth

LBX-830

830 nm

100

≤ 1.5nm

≤ 0.2% rms, 10Hz-20MHz bandwidth

LBX-915

915 nm

200

≤ 1.5nm

≤ 0.2% rms, 10Hz-20MHz bandwidth

LBX-980

980 nm

250

≤ 1.2nm

≤ 0.8% rms, 10Hz-20MHz bandwidth

LBX-1064

1064 nm

200

≤ 1.2nm

≤ 0.8% rms, 10Hz-20MHz bandwidth

General specifications

Power stability (baseplate temperature +/− 3K)

Free space

±1 % p-to-p

PM + SM fiber coupled

±2 % p-to-p

PM + SM fiber coupled

Analog (0 - 5 V)

DC - 1 MHz

Rising time using digital modulation (TTL)

≤ 2 ns (LBX) / ≤ 150 ns (LCX with AOM)

Power extinction ratio

Infinite (LBX) / ≥ 40 dB (LCX with AOM)

System specifications

Operating temperature

15°C to 40°C at baseplate

Supply voltage, standard Plug and Play version

100 - 240 V AC

Supply voltage, OEM version

24 V DC

Warm-up time

30 minutes

Communication interfaces

USB, Ethernet, dedicated electrical interface

Software

Full access from µManager, dedicated Oxxius software

Typical weight

L4Cc: 7 to 9 kg L6Cc: 10 to 12 kg

Warranty

24 months

Available options

Single-mode fiber coupling

Multimode fiber coupling

Heat management

Broadband beam splitter

1:2 High rate switch

1:2 Beam switch

Controlled optical density

Multi-channel modulation

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