NanoGuru

Quantitative Characterization from Microscale to Nanoscale.
image
image
image
image



What is NanoGuru ?

The NanoGuru is a scientific tool, designed and developed based on a technique called Nanoindentation, which helps the user to study mechanical properties of material at Nanoscale.

Properties can be measured at single or multiple locations as a function of indentation depth.

The NanoGuru incorporates In-situ Scanning Probe Microscopy (SPM) facility for high resolution 3D topographical mapping of the surface at nanoscale in real time for pre and post indent analysis.

Built-in vibration isolation for smaller foot print and portability with environmental enclosure to reduce noise.

24 bit DSP based controller for data acquisition and control.

Why NanoGuru?

The NanoGuru offers the powerful Nanoindentation technique along with High resolution In-situ SPM facility to realize structure-property correlation of a given material at nanoscale.

The properties of a material are defined by its nanoscale structure.

The knowledge of nanoscale structure of a material defines its appropriate application.

The NanoGuru helps user to taps such nanoscale structural properties of a material to understand its behaviour to design better materials for the specific need.

Are you working in a laboratory?

With NanoGuru ,Everywhere is your lab. Enjoy working at anywhere with ultimate feasibility.
Test Your Sample

--- FEATURES ---

Nanomechanical property measurement solutions from Industron.

Easy To Use

No Need to be an expert, refer our practicum and start using it.

Portable

Footprint : 12"X12".

Weight : 32 kgs/70 lbs.

Quick Learning Curve

Set it up in 5 minutes and start your work.

Affordable

Cost effective solution to your material characterization need at nanoscale





Easy to use and learn

Check our video library and see how it works.



-- TECHNICAL SPECS --

Strong specs, Impressive results.



Force Noise Floor : < 150nN

Force Resolution: 1nN

Force Range : 10mN

Displacement Noise Floor : < 1nm

Displacement Resolution : < 0.006nm

Displacement Range : 5µm

SPM Image Size :50µm X 50µm

SPM Image Resolution :256 X 256

X, Y, Z Stage Travel : 50mm X 50mm X 50mm

XY Step Resolution : 50nm

Z Step Resolution : 10nm

image



Engineering Concepts at Nanoscale

Laboratory instruments and curriculum that indroduces nanotechnology concepts
Gallery

--RESOURCES--

Incredibly amazing results.






Berkovich Probe


Load – Displacement Curve


SPM image


Wear Test

Read More

Ready to Challenge ?

A nanomechanical instrument to prepare engineers for the challenges of the 21st Century
Support

--GET IN TOUCH--

Tech support assistance providing solutions quickly.



    [recaptcha id:re_capt_id class:recapt_class ]