Jupiter series represent PolarOnyx’s high energy (up to 2mJ) and high power (up to 20W) nanosecond fiber laser products at 1550 nm and 1064nm wavelength range.  Various power levels are available from 1 W to 20 W and the pulse width from range of 1 ns to 200 ns. Build-in electronics provides interface (RS232 and customer defined) with computer for ease of automation and system integration.  OEM versions provide superior interfaces for system integration and instrument versions offer a turn-key solution for R&D.  Customized designs are also available.

Key features

·         Polarized output

·         Excellent power stability

·         Excellent beam quality

·         High power operation

·         Compact package

• Fiber delivery

Applications

Ø       Marking

Ø       Material processing

Ø       Micromachining

Ø       Engraving

Ø       Free space communications

Ø       Imaging processing

1064 nm Nanosecond Fiber Laser Specifications

PolarOnyx, Inc. reserves the right to change specs at any time without notice.

Note: 10ns (max.) or 200ns (max) specification for S or Q option.

1550 nm Nanosecond Fiber Laser Specifications

PolarOnyx, Inc. reserves the right to change specs at any time without notice.

Order Information

High Power Nanosecond Fiber Laser

Jupiter XXXX-YYY-ZZZZ-B-AAA

XXXX:    Center wavelength.  1000 represents 1550 nm band and 2000 represents 1064 nm band.

YYY:       Output power level. For example, 001 represents 1 W output power and 015

                represents 15 W output power.

ZZZZ:    Repetition rate. For example, 0010 represents 10 kHz and 1000   

                Represents 1 MHz repetition rate.

B:            Nanosecond pulse width maximum range. For example, S represents 10 ns (maximum) and Q   

                Represents 100 ns (maximum).

AAA:      MOD represents OEM module. INS represents instrument.

Example: Jupiter 2000-010-0100-S-INS

This part number represents 1064 nm high power nanosecond fiber laser instrument with an output

power of 10 W with repetition rate of 100kHz and maximum pulse width of 10 ns.