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Raman Spectroscopy

Raman Spectroscopy

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Raman spectroscopy

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Micro and Nano Positioning

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and Handheld Chemical ID

HAZMAT and Handheld Chemical ID

Warsash Scientific is a leading supplier of scientific instruments and components serving Australian and New Zealand research, defence and industry. We specialise in Nanopositioning, Spectroscopy, Photonics, MEMS, Vibration Analysis, Thermal Monitoring and Thin Film technologies. We have built a network of suppliers, leaders in their fields, all providing unique technologies for a broad spectrum of applications. An awareness of current and future innovations and our knowledge of products and their potential applications, means we can source and tailor instrument solutions for your needs.

Browse our website by Products, Applications or Suppliers. Alternatively, Contact Us for personalised information.


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Narrow linewidth 785nm laser

FROM Cobolt

Posted: 16 November 2016

785nm laser
With totally integrated electronics, the compact Cobolt NLD 785 nm is easily incorporated into high end Raman based systems or other analytical instrumentation with up to 500mW.
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With totally integrated electronics, the compact Cobolt NLD 785 nm is easily incorporated into high end Raman based systems or other analytical instrumentation with up to 500mW.

All Cobolt lasers are manufactured using proprietary HTCure technology and the resulting compact hermetically sealed package provides a very high level of immunity to varying environmental conditions along with exceptional reliability

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Full field vibration measurements on small components

FROM polytec

Posted: 16 November 2016

Polytec MSA-050
The MSA-050 is a table-top vibrometer system designed for full-field vibration analysis on small components with a bandwidth of up to 2 MHz and a velocity range of 10 m/s.
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The Polytec MSA-050 is a table-top vibrometer system designed for full-field vibration analysis on small components with a bandwidth of up to 2 MHz and a velocity range of 10 m/s.

A digital single-point vibrometer constitutes the core of the system, providing real-time vibration data from any point on the sample with sub-picometre resolution. Full-field vibration data is acquired by traversing the sample on the integrated 50 mm x 50 mm XY-stage with software control. The non-contact principle of operation leaves samples completely undisturbed, producing accurate data even when measuring very small and delicate objects. The MSA-050 helps identify resonance frequencies, vibration amplitudes and operational deflection shapes of microstructures, MEMS and precision mechanics.

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UV, visible and IR wavelengths with the SolsTiS-EMM

FROM M Squared

Posted: 16 November 2016

External mixing module
SolsTiS-EMM enables access to previously hard to reach wavelengths in the UV, visible and IR regions.
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M Squared Lasers has launched its new External Mixing Module (SolsTiS-EMM), designed to complement the award-winning ‘SolsTiS’, CW narrow linewidth Ti:Sapphire laser.

SolsTiS-EMM enables access to previously hard to reach wavelengths in the UV, visible and IR regions, whilst also featuring the narrow linewidth, ease of use and ultra-stable output for which SolsTiS is well-known. This new addition now gives M Squared’s SolsTiS platform unrivalled wavelength coverage from 210 nm to 3.2 ìm, achieved through a variety of extensions which feature doubling, sum frequency and difference frequency mixing schemes.

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N-565 linear stage with piezo motor

FROM Physik Instrumente

Posted: 16 November 2016

N-565 linear stage
The N-565 stages have a width of 65 mm, a height of only 20 mm, and work with travel ranges of 13, 26 or 52 mm.
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Introducing the nanometre precision N-565 Series from Physik Instrumente.

The N-565 stages have a width of 65 mm, a height of only 20 mm, and work with travel ranges of 13, 26 or 52 mm. Depending on the travel range, the length is 80, 110, and 160 mm. The integrated optical linear encoder enables a resolution of 0.5 nm and a minimum incremental motion of 2 nm. The piezoelectric drive is self-locking; if the target position is reached or the system is switched off, the positioning unit maintains the position without current and without generating heat. The holding force of the positioning stage is 10 N, the maximum velocity is 10 mm/s. The high guiding accuracy is achieved by crossed roller bearings with forced guiding.

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All products and information are subject to change without notice.