Some experimental challenges cannot be solved using off-the-shelf components. We are here to help you build bespoke components or complete custom solutions. We take the time to understand the research need; and apply engineering to the science.
At Cairn we have a dedicated design and R&D team using industry standard mechanical, electronic and optical CAD software and complimented by our own machine workshop with the latest CNC and 3D printing equipment. Our multidisciplinary team of scientists and engineers are dedicated to product design and development in the fluorescence microscopy field. Please see portfolio below.
Custom Enclosure Examples
These are just a few examples of custom enclosures we have designed and built.
Please contact us if you require any type of enclosure for your experiments.
A researcher asked us to design a laser safe enclosure with side port for their camera including internal temperature control and easy access to front and rear.
We designed and built an interlocked enclosure with double doors to front, side camera port, thermistor fan with thermostat to regulate internal temperature and rear access panels.
Modular Inverted Microscope
A researcher needed a simple, low cost inverted microscope for training their students
We came up with a design that allowed the user to perform fluorescence studies whilst imaging with any standard research camera. The prep is mounted on an XYZ stage plate. We used our own custom designed lens set for optimal...
Custom TIRF (stage) Interlock Lid
A researcher purchased our standard TIRF stage interlock unit but needed extra space to incorporate a stage top chamber. They were also using wavelengths that required a custom glass insert.
We manufactured a riser part for the standard lid and sourced a glass insert with the required wavelength range.The whole process took less than 2 weeks to minimise downtime for our customer.
Lucia (custom) Faraday Cage
A researcher had a Newport VIS30/36 table (950mm x 750mm) and needed an electrically quiet enclosure for their electrophysiology experiments.
We modified our existing Lucia product to suit the Newport AV table. For electrophysiology requirements, an additional tri-metalic layer (Cu/Ni/Ag) was integrated into the fabric to block electromagnetic radiation over a wide range of frequencies offering a dual purpose light-shielding...
A researcher needed to simultaneously measure Luminescence and fluorescence on plants over a period of days.
We were able to modify our standard light tight Lumiscope to include a top-mounted camera port with in-built Optospin filter wheel to enable fluorescence measurements to be taken. We used filtered MacroLED heads for the illumination which were positioned around...
Dual Illumination/Emission Rig
A researcher needed to simultaneously measure fluorescence and reflected brightfield as part of a compact upright configuration.
We came up with a set of filters to allow all wavelengths to be transmitted and reflected without having to change filter cubes. In addition we added a rotatable/removable polariser and iris to improve image quality. For each of the...
Binder KT170 Incubator Modification
A researcher asked us to modify a Binder incubator to allow the external mounting of an imaging camera and the internal mounting of a dual wavelength LED illumination system using blue/red LED strips.
We have previous experience with this kind of requirement, with our very successful Alligator Incubator, so we were able to solve the researchers requirements with ease.