| Integrated CKX41 Frame |
Microscope frame for UIS2 optics with fixed binocular tube FN20, integrated quadruple revolving nosepiece, coarse and fine focusing with tension adjustment mechanism, illuminator pillar with lamphouse and long working distance condenser NA 0.3, WD=72mm, aperture stop, allen key AQ2302, transformer integrated in frame, incl. lamp socket and two halogen bulbs (6V/30W) |
| Trinocular Tube |
Trinocular tube with leadfree optics, 30° inclination and pupillary distance adjustment from 48-75 mm. With fixed 50/50 light distribution and adjustable diopter range (± 5 diopter) on left sleeve. |
| Eyepieces |
WHB10x-2 widefield eyepiece for U-CBI30-2-2 and U-CTR30-2-2, FN20 |
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WHB10xH-2 Widefield eyepiece, focusable, for U-CTR30-2-2 |
| UIS2 Objectives |
UPLFLN4X/0,13 (N1478300) universal Plan Fluorite objective with 4x magnification. With working distance of 17 mm, and numerical aperture of 0.13. Suitable for any cover slip thickness. |
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LUCPLFLN20X/0.45 (N1492700) long working distance Universal CPlan Fluorite objective with 20x magnification. With variable working distance from 6.6 to 7.8 mm, numerical aperture of 0.45 and variable cover correction from 0 to 2 mm via correction collar. |
| Stage |
Computer controlled motorised XY-scanning stage; 120x100 mm travel range; 0,025 mm step width for high precision cutting; 2 µm repositioning accuracy |
| Digital Camera |
Digital CellCamera DXA204cF for excellent image quality
IEEE1394a (FireWireTM) progressive scan CCDCamera
1/3“ interline progressive scan CCD
1032 x 776 pixels
High Sensivity and Dynamic Range
Ultra compact dimensions
Automatic shutter, automatic/manual white balance |
| Camera Adaptation |
U-TV0,35C-C camera adapter with c-mount, magnification factor 0,35x |
| Laser for cutting and isolation of target samples |
Solid state UV-A laser for cutting and isolation of target samples, 355 nm,
Pulse duration smaller 500psec,with repetitionrate bigger than 5KHz,
Maintenance free,
Guaranteed lifespan 5000 hrs. or minimum 1 year, 10.000 hrs. expected
Fixed beam aligned in optical axis
Extremely sharp focus due to computer simulated optics
Computer controlled laser power
Computer controlled laser focus (z-position of the beam)
Safety devices and eye protection filters |
| IsolationCap |
Patented, contamination free method for isolation of microdissected areas using adhesive cap technology |
| Cap Lift |
Semi-automatic cap lift, fixed on motorised scanning stage, manual lowering and lifting of the isolation cap |
| Computer / Monitor |
Pentium IV, 2.66 GHz, 512 MB RAM,
80 GB disc, video overlay, 17” flat screen, DVD burner |
| UVCut Software |
Special program for controlling of the laser, image capture, cutting actions, control of xy-scanning stage
Adjusting laser power and focus, as well as cutting speed
Drawing tools: drawing the cutting path into the computer live image. Free-hand drawing or predefined figures.
Automatic cutting of the marked areas or cells
Group cutting functions: marking and cutting of unlimited number of different groups
Multiple cutting of the same area
Store and recall of positions
Manual image saving
Scanned-in overview of slide for easy navigation
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| Consumables |
20 membrane slides, 20 caps with adhesive material |
Contamination free sampling
