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RTP Q-SWITCH

RTP (Rubidium Titanyle Phosphate – RbTiOPO4) is an isomorph of KTP crystal which is used in nonlinear and Electro Optical applications. The electrochromism is not observed under a continuous 1000V/mm Z-directed electric field over more than 1000 hours.It has advantages of higher damage threshold (about 1.8 times of KTP), high resistivity, high repetition rate, no hygroscopic and no induce piezo-electric effect with electrical signals up to 60 kHz. Its transmission range is 350nm to 4500nm. The Q-switch is built utilizing thermally compensated double-crystal designs.

HGTR KTP

High Gray Track Resistance (HGTR) KTP for CW and high average power SHG HGTR KTP crystals have gray track resistance sufficiently greater that typical flux grown KTP. This is possible due to advances in the controlled growth of KTP crystals, using proprietary modified fluxes and heat treatment. These HGTR KTP crystals are suitable for high power density applications, where regular flux-grown KTP crystals would suffer from gray track damage. DeLn Optics HGTR KTP elements have both a lower initial IR absorption, and are affected less by the green laser. Thus, HGTR KTP is expected to have a higher gray track resistance than regular flux grown crystals or hydrothermally grown crystals.SpecificationAperture: up to 8 x 8 mm² Length: up to 12 mmPhase-matching accuracy: ± 0.5°Flatness: λ/10Parallelism: Standard: 20 arc sec On request: 5 arc secPerpendicularity: 5 arc minScratch/Dig: none at x 100 magnificationDBAR coating: R < 0.2 % @ 1064 & 532 nmDamage threshold: DBAR coated: > 750 MW/cm² @ 1064 nm,10 nsec pulse Uncoated: > 750 MW/cm² @ 1064 nm, 10 nsec pulse For available SH wavelengths please contact us.

UNIVERSAL MOTORISED STAGE

With complete hands free remote control the Universal Motorised Stage allows translation of any Upright or inverted microscope. Including up to 50 selectable memory positions in X Y and focus.The UMS can be combined with a range orf products available from Scientifica. Up to 50 mm of travel in X & Y ensures even the largest brain slices can be used. Large stage design, 200 x 400 mm, ensures stable, repeatable movements when using even the heaviest of microscopes. Due to its large load carrying capacity the Microscope stage can be used with almost any Zeiss, Leica, Nikon or Olympus inverted or upright microscopeIs commonly used with the Scientifica SlicePlatform, Inverted Slice Platform and the Post and Platforms. Uses long crossed roller bearings for super smooth motionCan be configured left or right handed to suit the individual user Includes a Water protection sheet as protection from unwanted spills

PATCHSTAR MICROMANIPULATOR

The PatchStar is an ultra stable, super smooth micromanipulator. With X, Y, Z and a virtual approach axis the PatchStar is perfect for a wide range of electrophysiological techniques. The PatchStar micromanipulator can be used as a single unit, as a Double PatchStar or combined with others to make a complete electrophysiology workstation: The PatchPro.

SLICESCOPE PRO MICROMANIPULATION AND IMAGING SYSTEM

The SliceScope defines a new bench mark in imaging and electrophysiology research. Developed in collaboration with world leading researchers, the SliceScope provides an ultra stable, compact platform with outstanding optics. The SliceScope’s smart design is ready to accept a wide range of accessories and light sources to best suit your application.Based around the industry standard Olympus BX51/61-WI optics, the SliceScope has been designed to suit many applications.Techniques include: Patch Clamping, Sharp Electrode Recording, Microinjection, Stretch Testing and other procedures requiring delicate control and outstanding image clarity.Inspired design together with high quality components guarantee super smooth motion, long term stability and intuitive control.For your demanding applications, the SliceScope offers the most cost effective choice for both now and in the future.Price - Motor control at near manual priceMotorized focus control - gives remote fingertip focus controlMotorized condenser control - for optimal Koehler illuminationNarrow, Ultra stable profile - extra room for equipment around your experimentLow noise electronics - suitable for demanding single channel recordingsChoice of contrast - Oblique, IR DIC and Dodt ContrastIn vivo & In vitro - can be configured and converted between the twoEasy pipette exchange - increased productivity and reproducible positioningModular design - easily configured into a user built 2P or confocal designUnique "follow" software module - update LinLab to keep your pipettes within field of view as you move around your sample.Choice of accessories - customise your SliceScope to suit your experiments needs.

QUEST CONDOR-1000 MS-5 CAMERA

The Quest Condor-1000 MS-5 is a five-channel prism-based multispectral camera. It can be supplied with sensor from 1/4 inch to 2/3 inch CCD or CMOS imagers of various resolutions and speeds. The standard configuration is RGB with two NIR channels but many other configurations can be built with selected channels from 300 to 2400 nm. Interfaces available are CameraLink, GigE and fiber optic.

OPTEC C0810 50MM SWIR LENS

The Optec Type C0810 lens has a 50 mm focal length, a maximum aperture of f/1.4 and a selection of lens mounts - Nikon F, Canon FD, M42 thread and C. The C0809 is intended for use in the SWIR band with InGaAs or other compatible sensors. Three spectral versions are available - the standard 900-1700 nm and as an option 1700-2300 nm or900-2300 nm. These lenses feature high resolution, very low vignetting and distortion and manual operation of iris and focus. Motorized versions are also available.

LASER SYSTEM 5W AT 976NM OR 915NM

Our DLS-976-008 is a diode laser system delivering up to 8.0 W of optical power at a wavelength of 976 nm or 915 nm out of a small optical fiber. The system includes a pigtailed laser diode, driver and control electronics as well as a TEC cooling module. It also incorporates an automatic temperature tuning mechanism that keeps the wavelength centered at 976nm at any power level. The laser energy is delivered out of a small optical fiber with a 100 micron core diameter and 0.12 Numerical Aperture terminated with a FC connector that is permanently attached to the unit.

DIODE MODULE QFC-0808-120

Fiber coupled laser diode module delivering up to 150W out of a 2.4mm / 0.12NA fiber at 808nm. The module incorporates 5 diode bars with a Peletier elements (TEC) for each diode bar.

SPCO-2808-3011-F-500

Fiber coupled laser diode module, delivers up to 30W cw out of a 1.1mm / 0.12NA fiber at 808nm. Our fiber coupled laser diode module is a drop-fit replacemnt for the Spectra Physics laser diode modules, including the interface PCB with on-board EEPROM, thermistor and monitoring photodiode.