About Us
Who We Are
nanoscaleLABS is a dedicated provider of precision instruments for biomedical research:
- Current Amplifiers for nanopores and electrophysiology
- Micro-patterning, Micro-fabrication, and Hydrogel structuration
- Humanized multi-organoid disease models - 3D CoSeedis™
How We Help
nanoscaleLABS is a dedicated reseller of Elements, Alveole, Biosensing Instrument, abc biopply, and IVTech. Together we strive to bring the latest technologies to help you succeed in your research.
In the words of Nobel Prize laureate, Sydney Brenner: "Progress in science depends on new techniques, new discoveries, and new ideas, probably in that order"...
So, what kinds of new techniques, methods, and equipment do you seek?
Experience the Difference
nanoscaleLABS strives to bring the latest technology to your lab, such as a handheld 10MHz nanopore reader, the smallest patch-clamp amplifier, a contact-less mask-less solution to Bio-engineer Your Own Micro-environments (#BEYOM), a 3D cell culture System, and an innovative spheroids/organoids fluidic platform!
Our Products
Nano Current Amplifiers
Nano Current Amplifiers
Nano Current Amplifiers
High accuracy, hand-held, current amplifiers for electro-physiology, bilayer membranes, and nanopores.
Photo-Patterning
Nano Current Amplifiers
Nano Current Amplifiers
Bio-Engineer your own Micro-Environments, with Alveole's powerful micro-fabrication and micro-patterning solution.
3D Cell Cultures System
Nano Current Amplifiers
3D Cell Cultures System
Introducing 3D CoSeedis™ by abc biopply, an novel scaffold-free 3D Cell Culture system, for easy mass production of uniform and homogenous organoids for predictive disease Modeling!
3D Flow Chambers
3D Flow Chambers
3D Cell Cultures System
Introducing LiveBox 1 and 2 by IVTech, an advanced cell culture system to perform 3D dynamic in-vitro patho-physiological models!
SPR
3D Flow Chambers
SPR
Seamlessly integrates optical microscopy with SPR to enable a label-free, real time, and in-vitro measurement of binding reactions and kinetics at membranes of individual cells.