# NanoAndMore

> Publicly sourced profile assembled by Optimly, in the Brand Index. Last refreshed 2026-11-07.

- **Brand record:** https://optimly.ai/brand/nanoandmore
- **Dataset:** https://optimly.ai/brand/nanoandmore.json
- **Markdown:** https://optimly.ai/brand/nanoandmore/llms.txt
- **Official website:** https://nanoandmore.com
- **Slug:** nanoandmore
- **Categories:** retail-ecommerce

## Overview

- **Tagline:** NanoAndMore is an online supplier of AFM probes, cantilevers, calibration specimens, TEM grids, and microscopy accessories.
Source: Brand's website (https://nanoandmore.com) · 2026-11-07

- **Description:** NanoAndMore presents itself as a one-stop shop for AFM probe needs, offering products from budget to research applications along with AFM information, product videos, quote requests, and free samples.
Source: Brand's website (https://nanoandmore.com) · 2026-11-07

## Identity

- **Mission:** To provide a one-stop shop for AFM probe needs, from budget to research.
Source: Brand's website (https://nanoandmore.com) · 2026-11-07

- **Website:** https://nanoandmore.com
Source: Brand's website (https://nanoandmore.com) · 2026-11-07

- **Voice & tone:** Technical, product-focused, direct, and promotional.
Source: Brand's website (https://nanoandmore.com) · 2026-11-07

## Offerings

- **Problem solved:** Helps AFM and microscopy users find application-specific probes, cantilevers, calibration specimens, sample supports, and related laboratory accessories.
Source: Brand's website (https://nanoandmore.com) · 2026-11-07

- **Core capabilities:**
  - Online catalog and sale of AFM probes and cantilevers
  - Application-based selection of AFM probes for contact, tapping, fluid, magnetic, conductive, force modulation, PeakForce, and other microscopy modes
  - Provision of AFM probe information, technical guidance, calculators, and educational resources
  - Product videos and demonstrations
  - Quote requests and free AFM probe samples
  - Sale of calibration specimens and microscopy preparation accessories
Source: Brand's website (https://nanoandmore.com) · 2026-11-07

- **Products / SKUs:**
  - AFM probes and cantilevers
  - Non-contact and standard tapping mode AFM probes
  - Soft tapping and fluid tapping AFM probes
  - ScanAsyst-compatible AFM probes
  - Ultra-high-frequency AFM probes
  - Contact mode and force modulation AFM probes
  - Life science AFM probes
  - Conductive, magnetic, diamond-coated, supersharp, and wear-resistant AFM probes
Source: Brand's website (https://nanoandmore.com) · 2026-11-07

- **Pricing:** Product-specific pricing is shown in the catalog; quote requests are available. A product page lists 300-1D at 595.00 USD and 301CE at 528.00 USD.
Source: Brand's website (https://nanoandmore.com) · 2026-11-07

## Audience

- **Target industry:** Scientific instrumentation, atomic force microscopy, electron microscopy, nanotechnology, and materials or life science research.
Source: Brand's website (https://nanoandmore.com) · 2026-11-07

- **Ideal customer profile:** Organizations and researchers needing AFM probes, cantilevers, calibration specimens, or microscopy preparation supplies for laboratory measurements.
Source: Brand's website (https://nanoandmore.com) · 2026-11-07

- **Use cases:**
  - Hard-sample measurements in air or vacuum
  - Soft-sample measurements in air or vacuum
  - Life science measurements in liquid or buffer solution
  - Contact and non-contact/tapping mode AFM measurements
  - High-speed scanning
  - High-sensitivity measurements in UHV
  - Electrical characterization including EFM, KPFM, SSRM, and TUNA
  - Magnetic force microscopy
Source: Brand's website (https://nanoandmore.com) · 2026-11-07

- **Customer outcomes:**
  - Access to application-specific AFM probes and microscopy accessories
  - Improved probe selection based on cantilever geometry, resonance frequency, and force constants
  - Ability to request product quotes and free AFM probe samples
  - Support for hard, soft, biological, liquid, electrical, magnetic, and high-speed microscopy applications
Source: Brand's website (https://nanoandmore.com) · 2026-11-07

Page last updated 2026-11-07.

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