Olympus manual FV1000 System Diagram, CO2 Incubator, High-Precision Motorized Stage/ Prior H117

Expandability

FV1000 System Diagram

Fluorescence illumination unit

	A
LD635 laser
635 nm	AOTF Laser combiner
LD559 laser	(Single-fiber type)
559 nm
HeNeG laser
543 nm
Select either laser

E CO2 incubator *

Scanning unit for IX81

(Spectral type or Filter typeMotorized XY stage * detector system )

F G

B
D B A	IX81
	IX81-ZDC	Cover *
	Inverted motorized microscope

Multi Ar laser

458, 488, 515 nm

LD473 laser

473 nm

Select either laser

LD440 laser*

440 nm

LD405 laser*

405 nm

IR laser*

AOTF Laser combiner (Dual-fiber type)

D

B		TIRFM unit *
C	Scanning unit for BX61WI, BX61
	(Spectral type or Filter type detector system)
		G
	F	G
		SIM Scanner*
	D	B A
		C

Transmitted light detection unit

E

Fiber port for fluorescence output*

F

4th channel detector unit*

*Optional unit

	E
	BX61WI
	BX61
	Upright motorized microscope
			FV Power supply *
	Microscope
	control unit
		Software
		Basic software
		Review station software *
		Diffusion Measurement Package *
FV power	FV control unit	Multi Stimulation Software *	Monitor
supply unit		Multi Area Time Lapse Software *

IX81-ZDC

Focal drift compensation for long time- lapse imaging.

*Requires IX81 microscope. For information about ZDC- compatible objectives, contact your Olympus dealer.

CO2 Incubator/

MIU-IBC-IF-2, MIU-IBC-I-2

Highly precise incubator control keeps the environment inside a laboratory dish completely stable, at just below 37°C temperature, 90% moisture and 5% CO2 concentration; in this way, live cell activity can be maintained for approximately two days.

* Not available in some areas

High-Precision Motorized Stage/ PRIOR H117

Multi-point time-lapse photography using a 35 mm glass-bottom dish is easy to perform with this motorized stage, which can reproduce previously- set positions with extreme precision. It also allows efficient photographing of multiple cells and detection of individual cells showing expected reactions.

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