OpenVIM is modular and can be used with a large variety of different parts. This page details the parts that have been used succesfully with OpenVIM, together with links to manufacturers/suppliers. This information can be downloaded as a table in which component specification and research outputs are detailed. The biggest consideration when choosing parts is that the necessary MicroManager drivers are available Micro-Manager supported hardware.
Components range in their quality/price and technical range, but OpenVIM is a platform onto which these components will work. Furthermore, as technology advances cameras are becoming increasingly cheap/higher specification and so checkout the MicroManager webpage for current models with good MicroManager support.
- Keyence VHZ20R - Extremely high depth of field lens, excellent for low magnification imaging of aquatic embryos, 20-200 X digital magnification.
- Keyence VHZ100R - High depth of field 100 - 1000 X digital magnification lens)
- Keyence VHZ500R - 500 - 5000 X digital magnification, good for imaging Protozoa.
- Qioptiq Optem Micro Lens - Highly modular lens system with a wide range of magnification using combinations of auxillary lenses and TV tubes.
- CCS LDR2-42-SW2 - An angled 42 mm OD LED ring light for focussed dark field lighting
- Keyence CA-DRW4F - A non-focussed 43 mm OD LED ring light.
- Schott EasyLED gooseneck lights - A useful lighting apparatus for imaging different types of speciment, although less suited to repeatable lighting.
- Marzhauser SCAN IM 130 x 85 - The Marzhauser Scan Tango XY stage is a very reliable and robust stage with very good technical and MicroManager support. Platform independant MicroManager support. Controlled with the Tango Desktop controller
- Prior ES111 Optiscan stage - A cost effective stage with platform independant MicroManager support. Controlled with versions of the ES11 Controller.
- Prior ES107 Inverted Optiscan stage - An inverted XY stage, good for samples requiring high magnification to get the necessarily small working distance required, for example using the VHZ500R lens. Note that this stage requires different alumnium support leg offsets in the alumnium base owing to its greater footprint and mounting points.
- Allied Vision Technologies Pike 421B - An excellent camera for darkfield imaging, used with dc1394b FW800 connection. Great MicroManager support owing to new developments with the IIDC driver. Allows custom ROI, recording of full 14 bits and precise manipulation of frame rates via control over packet size. Image capture time is recorded with high precision. Recently discontinued due to sensor no longer being available, but Allied Vision Technology USB 3.0 equivalents available.
- Allied Vision Technologies Pike 421C. As above, but colour model.
- Allied Vision Technologies Pike 210C. A lower resolution model of the Pike 421C colour camera.
- The Imaging Source - various colour and monochrome models from the DMK range used.
- QImaging Retiga (R3 and R6) - USB 3.0 cameras available in monochrome and colour, with excellent image quality. However, note that drivers for MicroManager are only available for Windows.
- Oko-lab Cryo Boldline - allows heating and cooling of samples in multiwell plates, with humidification (to reduce evaporation) and excellent data logging facilities. Can also be used with gas mixing modules, including combined mixing of nitrogen, oxygen and carbon dioxide. OKO-Labs can design gas mixing units to user specifications if required.
- Oko-lab electrically heated chamber - Allows heating of sample within multiwell plates using electrical filament heaters built into an incubation chamber. System integrates this with data logging and controlled temperature humidification. This particular model is discontinued.
- World Precision Instruments WPI-BM6 platform. A great small, economical and portable solution for isolating an OpenVIM.
- Micro-G TMC Vibration Control table. A good solution for mounting OpenVIM systems, potentially multiple, together with some purpose built cable mounting, space for waterbaths and/or gas mixes supplying incubation systems underneath.
OpenVIM requires some custom components and these are best created in partnership with a workshop. We also recommend having any alumnium parts hard anodised (find a local metal finisher) as otherwise alumnium will corrode over time. This should be relatively inexpensive (£50 - 100) and keeps the OpenVIM easy to clean and maintain.
Material : HE9 alumnium plate - 20 mm x 300 mm x 220 mm
Material cost : £65
Machining : Four tapped holes added to underside for attaching threaded feet (aids in level and keeping stable), and four untapped holes with centres matching the mounting points of the motorised stage - to which the aluminium legs will attach.
Aluminium legs x 4
Material : HE9 alumnium pole - 25 mm diameter x 600 mm
Material cost : Approx £45
Machining : Both ends of each leg should be tapped to allow attachment to the motorised stage and alumnium base - via machine bolt
Aluminium optic support block
Material : HE9 alumnium block - 50 mm x 100 mm x 50 mm.
Material cost : Approx £30
Machining : Four vertical holes for attaching to the alumnium base via machine bolt, one large vertical hole to receive the stainless steel optic pole and two horizontal threaded holes for grub screw tightening of the stainless steel optic pole.
Stainless steel optic pole
Material : 304 stainless steel pole, 15 mm diameter x 900 mm
Material cost : Approx £18
Machining : No machining necessary, unless cutting to length is required
Delrin lens support mount
Material : Delrin thermoplastic - 150 mm diameter x 100 mm length
Material cost : Approx £50
Machining : Delrin machined to a circular profile using a laithe. The profile should be circular (diameter to suit the optics carrier chosen - see below) have a central hole for receipt of the lens (see below), a horizontal slit for tightening, using a recessed machine bolt, and a lip on the upper side so that it is supported by the optics carrier component that is chosen.
Acrylic lighting mount
Material : Acrylic 10 mm x 200 mm x 100 mm
Material cost : Approx £5
Machining : Acrylic lighting mount, best produced using a CNC machine. Profile tailored to suit the light chosen and it is mounted on the stainless steel optic pole, secured using a grub screw and subsequently can be moved both vertically and laterally for optimisation and convenience.