Press release
G-Hexa Launches Specialized Inventory for High-Precision AFM Probes, AFM Cantilevers, and AFM Tips
AFM Probes | AFM Cantilevers | AFM Tips
"Accuracy is defined by the physics of the cantilever," said Mahesh Reddy, CMO at G-Hexa. "Our inventory ensures the spring constant of our AFM Cantilevers is mathematically matched to the client's material."
Standard labs often use "general purpose" probes for everything from ceramics to biology, causing poor resolution. G-Hexa reverses this by curating project-specific consumables for every analysis.
Optimized Solutions & Instrumentation G-Hexa offers immediate access to specialized sensing elements executed on Asylum Research Jupiter XR and Bruker Dimension Icon platforms:
Life Sciences: Ultra-soft Silicon Nitride AFM Cantilevers for live cells.
Energy Storage: Conductive AFM Probes (PtIr coated) for battery SEI layers.
Semiconductors: High-frequency tips for wafer roughness analysis.
Mahesh Reddy
info@g-hexa.com
+91 72593 61109
https://g-hexa.com/characterization/
G-Hexa bridges the gap between academic precision and industrial speed. We combine high-end testing on CAMECA and Zeiss platforms with a specialized inventory of AFM Probes and Tips, ensuring zero-artifact data for the biotech, energy, and semiconductor sectors.
This release was published on openPR.
Permanent link to this press release:
Copy
Please set a link in the press area of your homepage to this press release on openPR. openPR disclaims liability for any content contained in this release.
You can edit or delete your press release G-Hexa Launches Specialized Inventory for High-Precision AFM Probes, AFM Cantilevers, and AFM Tips here
News-ID: 4320867 • Views: …
More Releases from G-HEXA RESEARCH CENTER PVT LTD
Indian Deep-Tech Innovation Aims to Lower Global Green Hydrogen Costs
BANGALORE, INDIA - In a move that solidifies India's position as a global hub for clean energy, a Bangalore-based deep-tech consortium has announced a breakthrough in PEM (Proton Exchange Membrane) efficiency. This innovation is specifically designed to slash the Levelized Cost of Hydrogen (LCOH), potentially reducing green hydrogen production expenses by 20% to meet the critical $2/kg global target by 2030.
The Economics of Deep-Tech: Slashing CAPEX
As of early 2026, the…
Nanocomposite Innovation from Bangalore Redefines Gas Separation in Green Hydrog …
BANGALORE, INDIA - A breakthrough in Materials Science is set to transform the efficiency of green hydrogen production. A Bangalore-based engineering collective has developed a proprietary Graphene-Polymer Nanocomposite Membrane that significantly enhances gas separation efficiency. This innovation addresses a critical pain point in Water Electrolysis: hydrogen crossover, which traditionally compromises safety and gas purity.
The Science of Nanocomposite Efficiency
Traditional membranes often struggle with the trade-off between proton permeability and gas selectivity.…
India Develops Europe-Grade Hydrogen Membrane at Competitive Cost
BANGALORE, INDIA - In a move set to recalibrate the global green hydrogen supply chain, engineers in Bangalore have unveiled a Graphene-Enhanced Proton Exchange Membrane (PEM) that matches European performance benchmarks at a fraction of the cost. This breakthrough represents a major shift in Global Sourcing & Procurement, offering international developers a high-tier alternative to premium Western-manufactured components.
Benchmarking Excellence: European Quality, Indian Value
The new membrane has undergone rigorous testing to…
Make in India Deep-Tech Breakthrough Targets Global Hydrogen Cost Reduction
BANGALORE, INDIA - As the global race for affordable green energy intensifies, a new "Make in India" deep-tech milestone is set to slash the cost of Green Hydrogen Production by up to 20%. By integrating advanced Graphene-Enhanced PEM Stacks, this breakthrough addresses the primary barrier to mass adoption: the high CAPEX of Water Electrolyzers.
De-Risking the Hydrogen Economy
While the global market has been limited by the high price of iridium and…
More Releases for AFM
AFM-Raman Market Size, Share, Development by 2024
Global Info Research offers a latest published report on AFM-Raman Market Analysis and Forecast 2019-2025 delivering key insights and providing a competitive advantage to clients through a detailed report. This report focuses on the key global AFM-Raman players, to define, describe and analyze the value, market share, market competition landscape, SWOT analysis and development plans in next few years.
To analyze the AFM-Raman with respect to individual growth trends, future prospects,…
Atomic Force Microscope Market Trends, CAGR, Key Players, Applications, Types (R …
The new report on Atomic Force Microscope provides strategic insights on the Market's growth vis-à-vis the key players and market segments. The study measures the key metrics like CAGR, Market Size, Market Forecast, Consumer Distribution, Price & Cost Overview, Growth opportunities, Company profiles, sales data etc. It also delves into the competition structure and products in the market.
The Product Types covered in the Atomic Force Microscope Market Research Report include…
NANOSENSORS introduces Carbon Nanotube AFM probes
Neuchatel, December 2nd 2008, NANOSENSORS™ today announced that it has added a Carbon Nanotube SPM probe to its scope of products.
The Single or Double Walled Carbon Nanotubes (CNT) at the end of the tips are grown by chemical vapour deposition and are ready to use, no shortening or post processing is necessary.
NANOSENSORS CNT probes are Single/Double Wall Carbon Nanotube SPM probes with a tip diameter between 2 and 3 nm.…
BudgetSensors® Introduces All-In-One AFM Probes
Sofia, Bulgaria – 29th July 2008 - BudgetSensors®, a Bulgarian manufacturer of silicon and silicon nitride probes, as well as AFM accessories for Atomic Force Microscopes (AFM), announces the commercial introduction of the “All-In-One AFM Probe” - a versatile silicon AFM probe with 4 different cantilevers on a single holder chip.
All-In-One AFM probes (Order Code: AIO and AIOAl) feature cantilevers for Tapping Mode, Soft Tapping Mode, Force Modulation and Contact…
BudgetSensors Introduces DLC Coated AFM Probes
Sofia, Bulgaria – 8sr April 2008 - BudgetSensors®, a Bulgarian manufacturer of silicon and silicon nitride probes, as well as AFM accessories for Atomic Force Microscopes (AFM), announces the introduction of a range of Diamond-Like-Carbon (DLC) coated AFM probes.
All basic types of BudgetSensors’ silicon AFM probes (Standard tapping mode, Tapping mode with long cantilever, Soft tapping mode, Force modulation mode and Contact mode) are now available with a DLC coating…
BudgetSensors Introduces NEW Tapping Mode AFM probe and Alignment Grooves for a …
Sofia, Bulgaria – 1st November 2007 - BudgetSensors®, a Bulgarian manufacturer of silicon and silicon nitride probes, as well as AFM accessories for Atomic Force Microscopes (AFM), announces the introduction of a new tapping mode AFM probe, as well as a new feature for a selection of AFM probes.
Following the introduction of BudgetSensors®’ Soft Tapping Mode AFM Probes Tap150-G and Tap150Al-G, the company now announces the introduction of another type…
