MIS Lumbar Interbody Fusion
MICURA – MIS Trans‑Kambin Fusion Cage
Innovative, tissue‑friendly design that preserves the facet joint and reduces soft‑tissue disruption.
Overview
The MICURA System is designed for minimally invasive lumbar interbody fusion using the Trans‑Kambin Triangle approach. This technique allows the interbody cage to be inserted into the disc space through a natural anatomical corridor, minimizing tissue disruption. By preserving the facet joint and utilizing an oblique insertion pathway, Micura enables surgeons to achieve fusion with reduced dissection, faster recovery, and optimized outcomes.
Implant Specifications
A wide range of sizes to match patient anatomy and ensure a precise fit for every procedure.
| Feature | Specification | Benefit |
|---|---|---|
| Approach | MIS Trans‑Kambin Triangle | Facet joint preservation, less soft‑tissue disruption |
| Length | 27, 30, 33 mm | Optimal stability for all levels |
| Height | 9–15 mm (1 mm increments) | Accurate disc‑height restoration |
| Design | Anatomical shape, convex surface | Reduced subsidence risk |
Clinical Applications
Tailored for a wide range of spinal conditions.
- Minimally invasive lumbar interbody fusion
- Trauma, degenerative disc disease and spinal deformities
- Patients with collapsed or narrowed disc space
- Procedures requiring reduced soft‑tissue disruption
Key Features & Benefits
Designed to match endplate geometry, ensure precise placement, and promote solid fusion.
Anatomical Design
Rounded edges, smooth teeth, and a convex surface reduce tissue damage and conform to natural anatomy.
Controlled Insertion
Cannulated cage and inserter align with the guidewire for exact placement and trajectory control.
Fusion Promotion
Leading edge dilates tissue, while a textured surface and large graft windows stimulate bone growth and achieve solid fusion.
Single‑Dilator System
The inserter performs cage rotation, dilation, and trajectory correction in one streamlined step.
Comfort‑Optimised
Smooth, tissue‑friendly edges minimize resistance during insertion, reducing surgeon effort and patient trauma.
Optimised Endplate Contact
Convex surface conforms to endplate geometry for greater stability and reduced risk of subsidence.
Disc Height Versatility
Concave tip allows controlled distraction in smaller disc spaces, accommodating diverse patient needs.
Size Options
Available in lengths: 27 mm, 30 mm, 33 mm; and heights: 9–15 mm (1 mm increments) for precise fitting.
