IESS® – Interventional Endoscopic Spinal Surgery
The IESS® system is a minimally invasive endoscopic solution for the diagnosis and treatment of epidural space pathologies. Aided by a video-guided approach and dedicated instruments, it enables precise, safe and targeted treatment of chronic spinal pain and adhesions.
System Overview
Resascope®
Steerable epidural catheter for diagnosis and endoscopic surgical treatment of the epidural space. It utilizes a 10,000-pixel fiber optic endoscope for high-quality visualization of the epidural space, supporting accurate diagnosis and targeted treatment
Flexible optical fiber1
10,000-pixel fiber optic endoscope
Resaloon®
Balloon catheter for epiduroplasty and adhesiolysis
Resaflex®2 and Resablator50®
Platform designed to remove tough epidural scar tissue with a controlled molecular resonance energy
Resaplus®
Multifunctional catheter designed for mechanical adhesiolysis, PRF neuromodulation and drug delivery
Key Features
- Direct endoscopic visualization for precise targeting
- 360° steerability for accurate navigation into the spinal canal
- Multimodal treatment approach (mechanical + electrical)
- Minimally invasive technique
- High safety profile with continuous control
Clinical Value
- Targeted treatment of the pain source
- Reduction of adhesions and nerve compression
- Minimally invasive alternative to surgery
- High procedural precision and control
QMR® Technology – Quantum Molecular Resonance
Quantum Molecular Resonance (QMR®) is a patented technology based on specific Radiofrequency energy waves that interact with biological tissues at a molecular level. QMR® delivers energy through resonance, generating sufficient energy to break molecular bonds within pathological tissue while minimizing thermal effects on surrounding structures.
Key Advantages:
- High precision tissue interaction, localized within approximately 1 mm of the electrode tip
- Low thermal impact, with operating temperatures typically below 45°C
- Reduced collateral tissue damage compared to conventional thermal approaches
- Controlled action on pathological fibrotic tissue
- Enhanced procedural safety through predictable and focused energy delivery
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2Innovative technology, patented by Telea Electronic Engineering S.r.l.
Resaflex and Resablator 50 are manufactured byTelea Electronic Engineering S.r.l. for AMS Group which has Exclusive Worldwide Distribution Rights