Uploaded September 2013 | Updated September 2026, 2 weeks ago
Versatile, ultra-low electrical noise, high resolution and hands free. The Scientifica IVM, in vivo, micromanipulators, are designed for demanding electrophysiology and microinjection procedures.
scientifica.uk.com/invivo
Move away from "hands on" manual systems to remote, precision, pipette control and placement.
Deep, 70 mm, repeatable positioning into in vivo preparations (and think tissue slices) is super smoothdue to our 20 nm resolution and unique mechanical design.
Ultra stability ensures that once you reach a target cell, you'll stay there -- drift is as low as 1 micron over two hours.
Hunt for cells, or move to an area of interest, using predictable linear motion with selectable speeds from 0.1 µm/s to 4 mm/s.
Within Scientifica's LinLab software -- movement speed and step size can be set and commands pre-programmed. Repeatable memory positions can be stored on the PatchPad and Control Cube, or on the PC.
Available in either one or three axes of movement, the modular design can be mounted onto most major manufacturer's Stereotaxic frames as standard.
Alternatively, attach the single axis IVM 1000 onto a manual manipulator (such as Scientifica's LBM-7). So you can choose the ideal angle for the critical approach axis; allowing precise electrode positioning.
Contact Scientifica to talk through you requirements today:
scientifica.uk.com/contact
Versatile, ultra-low electrical noise, high resolution and hands free. The Scientifica IVM, in vivo, micromanipulators, are designed for demanding electrophysiology and microinjection procedures.
scientifica.uk.com/invivo
Move away from "hands on" manual systems to remote, precision, pipette control and placement.
Deep, 70 mm, repeatable positioning into in vivo preparations (and think tissue slices) is super smoothdue to our 20 nm resolution and unique mechanical design.
Ultra stability ensures that once you reach a target cell, you'll stay there -- drift is as low as 1 micron over two hours.
Hunt for cells, or move to an area of interest, using predictable linear motion with selectable speeds from 0.1 µm/s to 4 mm/s.
Within Scientifica's LinLab software -- movement speed and step size can be set and commands pre-programmed. Repeatable memory positions can be stored on the PatchPad and Control Cube, or on the PC.
Available in either one or three axes of movement, the modular design can be mounted onto most major manufacturer's Stereotaxic frames as standard.
Alternatively, attach the single axis IVM 1000 onto a manual manipulator (such as Scientifica's LBM-7). So you can choose the ideal angle for the critical approach axis; allowing precise electrode positioning.
Contact Scientifica to talk through you requirements today:
scientifica.uk.com/contact
