The Caspar Micro Lumbar Discectomy Retractor Set is a specialized orthopedic spine and neurosurgical instrument system designed to provide controlled retraction and access during selected lumbar spinal procedures. Retractor systems play an important role in maintaining an appropriate operative corridor while helping the surgical team manage soft tissues around the target anatomical area.
Lumbar discectomy procedures require careful access to the affected spinal level while protecting surrounding neural and soft-tissue structures. A dedicated micro lumbar discectomy retractor can assist the surgeon in establishing and maintaining a focused surgical field during appropriate posterior lumbar approaches. The exact retraction technique and configuration depend on the patient’s anatomy, pathology, surgical exposure, and surgeon preference.
The Caspar-style retractor concept is associated with spinal surgery instrumentation intended to provide controlled retraction during lumbar procedures. Depending on the specific configuration, a retractor system may incorporate a frame, blades, handles, or other compatible components. Since the product title does not specify the exact number, blade dimensions, frame size, or individual components, these details should be confirmed from the supplier’s current product documentation.
The micro configuration is intended to support focused surgical access in procedures where a relatively limited operative corridor is appropriate. Micro-retraction systems may be useful in selected lumbar discectomy and decompression procedures where controlled tissue displacement is required. The use of a micro-retractor does not itself define a minimally invasive procedure; the surgical approach and extent of exposure are determined by the operating surgeon.
A properly selected retractor can help maintain exposure while allowing surgical instruments to access the operative field. Blade selection and positioning are particularly important in spinal surgery because excessive or poorly positioned retraction can place unnecessary pressure on tissues. The surgeon should select and position retractor components according to the anatomy, surgical technique, and manufacturer’s instructions.
The Caspar Micro Lumbar Discectomy Retractor Set may be used in professional neurosurgical and orthopedic spine environments. Potential applications can include selected lumbar discectomy, decompression, and posterior lumbar procedures. These applications should not be interpreted as universal indications; the exact clinical use must correspond to the instrument design and validated manufacturer recommendations.
The retractor’s construction is important for maintaining mechanical stability during surgery. Surgical retractors are commonly manufactured from stainless steel, titanium, or other medical-grade materials selected for strength, corrosion resistance, durability, and compatibility with repeated instrument processing. The exact material composition of this particular Caspar micro retractor set should be confirmed from the manufacturer’s technical specifications.
Before use, the complete retractor assembly should be inspected for structural damage, bent components, loose joints, damaged blade edges, worn attachment points, or other defects. Retractor blades should be checked for proper seating and compatibility with the frame. Any damaged component should be removed from clinical service.
Following the procedure, reusable retractor components should be cleaned promptly using a validated instrument reprocessing procedure. Joints, attachment points, blade interfaces, and other areas where biological material may accumulate should receive appropriate attention. Instruments should be thoroughly inspected after cleaning and sterilized according to validated manufacturer instructions and the healthcare facility’s infection-control requirements.
Correct assembly is essential when using a modular retractor system. Only compatible components should be combined, and locking or adjustment mechanisms should be checked before use. Improper assembly or incompatible components may compromise the stability of the retraction system.
The Caspar Micro Lumbar Discectomy Retractor Set – Spinal Surgery provides a specialized solution for controlled lumbar surgical exposure. Its micro-retraction design is suited to professional spine surgery environments where focused tissue retraction is required for selected lumbar discectomy and posterior spinal procedures.
Key Features
- Specialized Caspar micro lumbar retractor system
- Designed for selected lumbar discectomy procedures
- Supports controlled tissue retraction
- Provides focused posterior lumbar surgical access
- Suitable for orthopedic spine and neurosurgical environments
- Micro-retractor configuration for controlled operative exposure
- Compatible components should be selected according to system specifications
- Supports organized spinal surgery instrumentation
- Durable construction for professional surgical use
- Reusable where supplied as reusable instruments
- Requires appropriate cleaning, inspection, and sterilization
- Exact set configuration should be verified before purchase
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Caspar Micro Lumbar Discectomy Retractor Set |
| Instrument Type | Spinal Retractor System |
| Retractor Style | Caspar Micro |
| Primary Application | Lumbar Discectomy |
| Surgical Region | Lumbar Spine |
| Surgical Approach | Posterior Lumbar |
| Primary Function | Tissue Retraction and Surgical Exposure |
| Potential Applications | Selected Discectomy and Decompression Procedures |
| Surgical Specialty | Neurosurgery / Orthopedic Spine |
| Set Configuration | Verify supplier-specific configuration |
| Blade Dimensions | Verify manufacturer specification |
| Frame Dimensions | Verify manufacturer specification |
| Material | Medical-Grade Instrument Material; verify manufacturer specification |
| Reusable | Where supplied as reusable instruments |
| Sterilization | According to validated manufacturer and facility protocols |
| Intended Users | Spine Surgeons and Neurosurgical Teams |
| Clinical Environment | Hospitals, Spine Centers, Surgical Facilities |
FAQs
1. What is a Caspar micro lumbar retractor used for?
A Caspar micro lumbar retractor is designed to provide controlled tissue retraction and surgical exposure during selected lumbar spine procedures, including appropriate discectomy techniques.
2. Can this retractor be used for lumbar discectomy?
Yes. The product is specifically identified as a micro lumbar discectomy retractor set and is intended to support appropriate lumbar discectomy procedures.
3. Is the Caspar retractor suitable for minimally invasive spine surgery?
The micro configuration can support procedures using focused or limited surgical exposure, but whether a particular operation qualifies as minimally invasive depends on the overall surgical approach and technique.
4. What instruments are included in the set?
The product title does not specify the individual components or quantity. The exact frame, blades, handles, and accessories should be confirmed from the supplier’s current set configuration.
5. Can the retractor be used for lumbar decompression?
It may support selected lumbar decompression procedures where its blade configuration and exposure characteristics are appropriate. Clinical use should follow the surgeon’s technique and manufacturer indications.
6. What material is the Caspar retractor made from?
The exact material is not specified in the product title. Surgical retractors may be manufactured from stainless steel, titanium, or other medical-grade materials. The specific material should be confirmed with the supplier.
7. Is this retractor system reusable?
Where supplied as a reusable surgical instrument system, it should be cleaned, inspected, assembled correctly, and sterilized according to validated manufacturer and healthcare-facility procedures.
8. Can any Caspar retractor blade be used with this system?
No. Retractor blades and frame components should be matched according to the manufacturer’s compatibility specifications. Components should not be mixed without verified compatibility.

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