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Once again, too long between newsletters, and there is plenty of news both within NewSpec, and with new products. In March we were lucky enough to welcome Chris Kelaart to the NewSpec team, Chris has extensive sales experience with Bruker, and has spent over 20 years in the XRF space. Chris is working in with our team really well, and brings some new ideas and plenty of knowledge given his long history with Bruker and other companies.
We continue to be very busy with new products and new installs including the new multi photon lasers (InSight X3), Hitachi’s first foray into 200 kV aberration corrected TEM (HF5000), Hitachi’s new 120 kV TEM (HT7800) and new cameras (KURO) and Spectrometers (FERGIE) from Princeton Instruments.
We are delighted to have pending installations for the Spectra Physics InSight X3 and Princeton Instruments KURO and FERGIE already, and look forward to sharing first results. We will also soon be installing our first two Solstice single-box amplifiers in Sydney, bringing the total number of amplifiers we are supporting beyond double figures, more than any other local supplier.
Our partnership with HTC (Hitachi Technologies Canada) has been extremely helpful, and we are very excited to have sold our first HF5000 system to the University of Queensland to follow the two HT7700 systems we installed last December.
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EMPLOYMENT OPPORTUNITY
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Once again, we are looking to expand our service team!
As our installed base continues to expand, so does the “routine” workload and we need another talented and enthusiastic person to help Dennis, Dave, Derrick and Andrew stay on top of things. If you have service experience in either lasers or electron microscopy, we are flexible as to how we can utilise our team..… so would be interested to talk with you! Please contact Graeme or Dennis for further details.
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HF5000 200 kV TEM
Aberration Corrected TEM
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The HF5000 is a new 200 kV TEM combining Hitachi High-Tech's TEM and scanning transmission electron microscope (STEM) technologies to achieve spatial resolution at the sub-angstrom (Sub-Å, 0.1 nm or less) level.
The HF5000 inherits features from Hitachi High-Tech's HD-2700 dedicated STEM, such as its in-house spherical aberration corrector, automated aberration correction function, and atomic resolution SE*2 imaging, while incorporating the TEM technologies developed in the HF series.
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InSight X3
Widely tunable ultrafast laser
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Spectra Physics Lasers have released the third generation InSight X3. With broad tuning range (680-1300 nm) for deepest imaging and with almost double the power across the 770-1300m tuning range tuneable beam and fixed beams compared to the previous version the InSight X3 is specifically designed for advanced multiphoton microscopy applications.
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KURO sCMOS CAMERA
Back-illuminated Camera
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| Princeton Instruments is excited to introduce KURO, the world’s first back-illuminated scientific CMOS camera. This enables KURO to have both fast frame rates and exceptional sensitivity, making it ideal for applications such as hyperspectral imaging, astronomy, cold-atom imaging, quantum imaging, fluorescence spectroscopy, and high-speed spectroscopy.
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HT7800 120 kV TEM
For biomedicine to nanomaterials
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The HT7800 is a 120 kV transmission electron microscope (TEM) with multiple lens configurations, including a standard lens for unsurpassed high contrast and a class-leading HR lens for high resolution.
This breakthrough in advanced innovative design allows for highly efficient workflows and many specialized applications. It represents the cutting-edge solution for modern TEM analyses.
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PICOLIS CLOSED-LOOP MOTORISED STAGE
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Newport’s Picolis stage is a compact integrated PicoMotor driven linear stage featuring a unique quasi-absolute encoder, providing 1 micron closed loop positioning resolution.
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VA SERIES VARIABLE LASER ATTENUATOR
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Composed of specially designed thin film polarizers, zero-order achromatic waveplates and high precision opto-mechanics, all incorporated into shuttered housings. Ideal for attenuating CW and pulsed fixed wavelength lasers.
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Princeton Instruments’ FERGIE is an integrated, aberration-free spectrograph with a built-in, low-noise, cooled detector. With a footprint smaller than a text book, FERGIE provides fast & repeatable set up of numerous experiments, addressing multiple spectral ranges with high sensitivity and low noise, and a full ecosystem of accessories, including kinematic light-coupling CUBES, laser sources, fibre optics, and powerful software.
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Newport’s femtoFBG is the first commercially available workstation for fibre Bragg grating manufacturing based on femtosecond laser direct-writing. The femtoFBG is the ideal tool for researchers interested in combining fabrication speed and accuracy with Bragg grating design flexibility.
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