By Uniplex

Gradenigo Tuning Fork with Fixed Weights - C 16hz

Regular price £150.99 GBP ex. VAT
£181.18 GBP inc. VAT
Regular price Sale price £150.99 GBP
Taxes and Shipping calculated at checkout.
Brand: Uniplex
Availability: In stock
SKU: GU10720
  • American Express
  • Apple Pay
  • Diners Club
  • Discover
  • Google Pay
  • JCB
  • Klarna
  • Maestro
  • Mastercard
  • PayPal
  • Shop Pay
  • Union Pay
  • USDC
  • Visa

Delivery Information

For UK mainland orders, delivery is free on orders of £35 or more (excluding VAT). A delivery charge of £2.99 (excluding VAT) applies to orders below £35 (excluding VAT).

We use trusted courier partners including DPD, UPS, and Royal Mail (for smaller items), with the most suitable carrier selected based on the size, weight, value, and delivery destination of your order.

Returns & Refunds

30-Day Hassle-Free Returns for Your Peace of Mind

Our returns policy grants you 30 days from the receipt of your item to notify our Customer Care Team if a return is necessary. Ensure the item is unused, in its original packaging, and ready for resale.

Official NHS Orders

Ready to place an order or have inquiries about our products and services? Contact us today for exclusive NHS prices and discounts, and let’s embark on this journey towards a healthier tomorrow.

Regular price £150.99 GBP ex. VAT
£181.18 GBP inc. VAT
Regular price Sale price £150.99 GBP

A Gradenigo tuning fork with fixed (permanent) weights, tuned to C at 16Hz. This very low-frequency fork produces vibrations at the lower limit of human perception, used in specialised neurological and research settings for assessing deep vibratory sensation thresholds.

Key Features

  • 16Hz Frequency - Ultra-low pitch for specialised vibratory threshold testing
  • Permanent Weights - Integrated weights for sustained, powerful vibration
  • Gradenigo Pattern - Established clinical design for neurological assessment
  • Robust Build - Durable construction for repeated use
  • Specialised Application - Designed for research and advanced sensory evaluation

Ideal For

  • Research into vibratory perception thresholds
  • Specialised neurological assessment
  • Academic and clinical training environments