TCS II Pro Quantitative Sensory Testing System

NegotiableUpdate on 05/06

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

This is a new quantitative sensory testing device imported from France and represented by Shilian Boyan (Beijing) Technology Co., Ltd. It is used for scientific research technology and efficient pain research, especially suitable for experiments related to contact heat and cold induced potentials. It is also a stimulator that can accurately and replicably generate contact cold induced potentials, and has MRI compatibility

Product Details

300 ℃/s extreme stimulation! Capture momentary neural responses

Millisecond level thermal shock: Breaking through the limitations of traditional devices, 300 ℃/s ultra high speed stimulation directly reaches nerve endings, accurately triggering cold/heat evoked potentials (CCEPS/CHEPS), making fleeting nerve signals invisible.
0.1 ℃ Devil Precision: Temperature control is precise to 0.1 ℃ (absolute/relative accuracy), covering all modes from mild heating at 0.1 ℃/second to rapid stimulation, with data repeatability comparable to that of scientific research standard laboratories.

One instrument=entire laboratory: compatible with black technology in all scenarios

MRI environment free shuttle: Some probes are natively compatible with MRI, synchronously collecting electrophysiological signals and neuroimaging, revealing the "dual truth" of brain pain management.
4kg Portable Revolution: A lighter body than a laptop, built-in battery supports mobile sampling, whether it's in the laboratory, clinical bedside, or field research, pick it up and go!
5-zone independent temperature control system: A single probe supports independent temperature settings for 5 zones, unlocking multiple data dimensions in one experiment and directly maximizing efficiency.

From papers to clinical practice: versatile research partners

Standard configuration for top tier scientific research: We have assisted 10+international journals (such as Journal of Physiology and Pain Medicine) in publishing results, supporting cutting-edge fields such as nerve conduction velocity analysis, thermal diffusion model validation, and animal spinal cord pain research.
Upgrade of clinical diagnosis: Accurately assess sensory dysfunction around diabetes and after burns/trauma, provide quantitative data support for rehabilitation programs, and bid farewell to "empiricism" diagnosis and treatment.
Interdisciplinary play makes flowers: virtual human tactile simulation, AI robot temperature perception training, smart home tactile interaction development... Your creative boundary is its application boundary.