Scientifica SliceScope Pro 3000
The most spacious patch clamp electrophysiology system with the largest, movable mounting stage.
The SliceScope Pro 3000 is an integrated electrophysiology system for patch clamp recording, incorporating a large, movable mounting stage. The versatility of the system means you can perform slice electrophysiology, fluorescent imaging, optogenetics, and with the moving stage, it is also suitable for multiphoton imaging.
This package consists of the SliceScope microscope, two PatchStar manipulators, a large XY motorised mounting stage for your sample and manipulators, and a recording chamber.
Product benefits
LinLab is a versatile control software designed to give you advanced control over your motorised Scientifica device.
Advanced control options
Control the focus, condenser, translation stage and micromanipulators using our remote control options. Alternatively use our LinLab software, developed specifically to control all of our motorised components and heating and perfusion elements.
Position co-ordinates can be viewed, stored, exported and recalled in LinLab, or users can couple the system with our PatchPad Display Controller, so X, Y and Z co-ordinates can be viewed in real time right by the sample. An ideal set up for customers doing auditory research who any one who wishes to avoid using a workstation near to their sample.
Testimonials
Accessories
Scientifica SciCam+ Camera
The Scientifica SciCam+ is a high-performance sCMOS camera designed for patch clamp electrophysiology and fluorescence imaging
Motorised Objective Changer (MOC)
The Motorised Objective Changer (MOC) can change smoothly between two objectives and display within LinLab which objective is in position. The user has full control over the speed of objective exchange. The intelligent motion allows your objectives to be placed safely into your chamber.
Downloads
Download the SliceScope Pro brochure for more information.
Scientifica services for this product
Useful links
Useful articles
- #LabHacks: Tips for improving your electrophysiology experiments
- #LabHacks: 14 sharp tips for patch clamping
- #LabHacks: How to reduce the noise around your electrophysiology rig
- #LabHacks: Tips for performing adult animal brain slicing for patch clampers
- #LabHacks: Tips for successful patching of immature embryonic and young postnatal neurons
- Patch clamp techniques for investigating neuronal electrophysiology
- Tips for reducing pipette drift in electrophysiology experiments
- A guide to Differential Interference Contrast (DIC)
- A guide to Dodt Gradient Contrast
Useful Webinars
Speak to one of our experts for details on pricing, features, installation and support.
