Neuro & Spinal Micro Instruments
Micro Scissors, straight A sharp/sharp, 70mm working length
| Attribute | Specification |
| Product Type | Precision Neurosurgical / Ophthalmic Micro Scissors |
| Blade Profile | Straight |
| Handle / Style | Micro-profile design optimized for high-magnification microsurgery. |
| Functional Application | Engineered for delicate tissue dissection, neurovascular separation, and fine suture trimming in highly restricted surgical fields. |
| Clinical Benefit | Provides exceptional tactile feedback and clean, scissor-action cutting. The varied blade tip configurations (Sharp/Sharp, Sharp/Blunt, Blunt/Blunt) allow surgeons to choose the precise level of tissue penetration and safety required near critical neurovascular structures. |
Product Variations
A. Sharp / Sharp Blade Tips
Optimized for clean, effortless penetration and ultra-precise dissection of fine membranes and tissues.
| Working Length | Overall Length | Catalog Number |
| 70 mm | 190 mm / $7\frac{1}{2}$” | 250-800-190 |
| 90 mm | 210 mm / $8\frac{1}{4}$” | 250-800-210 |
| 120 mm | 240 mm / $9\frac{1}{2}$” | 250-800-240 |
| 135 mm | 255 mm / 10” | 250-800-255 |
B. Sharp / Blunt Blade Tips
Features a dual-action tip configuration, balancing precise cutting entry with a blunted safety margin to protect underlying structures.
| Working Length | Overall Length | Catalog Number |
| 70 mm | 190 mm / $7\frac{1}{2}$” | 250-802-190 |
| 90 mm | 210 mm / $8\frac{1}{4}$” | 250-802-210 |
| 120 mm | 240 mm / $9\frac{1}{2}$” | 250-802-240 |
C. Blunt / Blunt Blade Tips
Designed for atraumatic dissection, preventing accidental puncture or tearing of neighboring vessels and nerves during deep-corridor exploration.
| Working Length | Overall Length | Catalog Number |
| 70 mm | 190 mm / $7\frac{1}{2}$” | 250-804-190 |
| 90 mm | 210 mm / $8\frac{1}{4}$” | 250-804-210 |
| 120 mm | 240 mm / $9\frac{1}{2}$” | 250-804-240 |
| 135 mm | 255 mm / 10” | 250-804-255 |
Micro Scissors, curved A sharp/sharp, 70mm working length
| Attribute | Specification |
| Product Type | Precision Neurosurgical / Ophthalmic Micro Scissors |
| Blade Profile | Curved |
| Handle / Style | Micro-profile design optimized for high-magnification microsurgery. |
| Functional Application | Engineered for delicate tissue dissection, neurovascular separation, and fine suture trimming in highly restricted surgical fields. |
| Clinical Benefit | The curved blade profile offers superior visualization of the cutting site under an operative microscope and allows for anatomical contouring along delicate tissue planes. The varied blade tip configurations (Sharp/Sharp, Sharp/Blunt, Blunt/Blunt) ensure specific safety parameters around critical neurovascular structures. |
Product Variations
A. Sharp / Sharp Blade Tips
Optimized for clean, effortless penetration and ultra-precise dissection of fine membranes and tissues.
| Working Length | Overall Length | Catalog Number |
| 70 mm | 190 mm / $7\frac{1}{2}$” | 250-801-190 |
| 90 mm | 210 mm / $8\frac{1}{4}$” | 250-801-210 |
| 120 mm | 240 mm / $9\frac{1}{2}$” | 250-801-240 |
| 135 mm | 255 mm / 10” | 250-801-255 |
B. Sharp / Blunt Blade Tips
Features a dual-action tip configuration, balancing precise cutting entry with a blunted safety margin to protect underlying structures.
| Working Length | Overall Length | Catalog Number |
| 70 mm | 190 mm / $7\frac{1}{2}$” | 250-803-190 |
| 90 mm | 210 mm / $8\frac{1}{4}$” | 250-803-210 |
| 120 mm | 240 mm / $9\frac{1}{2}$” | 250-803-240 |
C. Blunt / Blunt Blade Tips
Designed for atraumatic dissection, preventing accidental puncture or tearing of neighboring vessels and nerves during deep-corridor exploration.
| Working Length | Overall Length | Catalog Number |
| 70 mm | 190 mm / $7\frac{1}{2}$” | 250-805-190 |
| 90 mm | 210 mm / $8\frac{1}{4}$” | 250-805-210 |
| 120 mm | 240 mm / $9\frac{1}{2}$” | 250-805-240 |
| 135 mm | 255 mm / 10” | 250-805-255 |
Micro Scissors, angled 90mm working length
| Attribute | Specification |
| Product Type | Precision Neurosurgical / Microvascular Angled Micro Scissors |
| Working Length | 90 mm |
| Overall Length | 210 mm / $8\frac{1}{4}$” |
| Handle / Style | Micro-profile design engineered for optimal control under high-magnification surgical microscopes. |
| Functional Application | Specifically designed for microvascular dissection, tumor resection, and delicate membrane incisions in deep, hard-to-reach surgical corridors. |
| Clinical Benefit | The fixed angular configurations ($45^{\circ}$ and $125^{\circ}$) allow the surgeon's hands and the instrument handles to remain completely out of the direct line of sight. This design drastically increases visibility and precision when cutting structural tissue planes at complex anatomical angles. |
Product Variations
A. Knob / Sharp Blades ($45^{\circ}$ Angled)
Features a specialized probe-pointed or knobbed tip on one blade to protect underlying neurovascular structures during forward dissection, paired with a sharp cutting upper blade.
| Angle Configuration | Tip Profile | Working Length | Overall Length | Catalog Number |
| $45^{\circ}$ Angled | Knob / Sharp | 90 mm | 210 mm / $8\frac{1}{4}$” | 250-811-210 |
B. Standard Angle Configurations ($45^{\circ}$ Angled)
Available in standard cutting profiles to match required tissue resistance and safety tolerances at a popular $45^{\circ}$ surgical trajectory.
| Angle Configuration | Tip Profile | Working Length | Overall Length | Catalog Number |
| $45^{\circ}$ Angled | Sharp / Sharp | 90 mm | 210 mm / $8\frac{1}{4}$” | 250-813-210 |
| $45^{\circ}$ Angled | Blunt / Blunt | 90 mm | 210 mm / $8\frac{1}{4}$” | 250-809-210 |
C. Obtuse Angle Configurations ($125^{\circ}$ Angled)
Engineered for retrograde cutting profiles or navigating around sharp anatomical corners without twisting or straining the wrist.
| Angle Configuration | Tip Profile | Working Length | Overall Length | Catalog Number |
| $125^{\circ}$ Angled | Sharp / Sharp | 90 mm | 210 mm / $8\frac{1}{4}$” | 250-815-210 |
Micro Scissors, downward curved 90mm working length
| Attribute | Specification |
| Product Type | Precision Neurosurgical / Microvascular Downward Curved Micro Scissors |
| Working Length | 90 mm |
| Overall Length | 210 mm / $8\frac{1}{4}$” |
| Handle / Style | Micro-profile design engineered for optimal control under high-magnification surgical microscopes. |
| Functional Application | Specifically designed for microvascular dissection, tumor resection, and delicate membrane incisions in deep, hard-to-reach surgical corridors. |
| Clinical Benefit | The downward curved blade profile allows the surgeon to perform smooth, anatomical cutting along deep-seated or recessed tissue layers. This configuration ensures that the handles and the surgeon's hand remain above the line of sight, maximizing direct visualization under the operative microscope. |
Product Master Data
Sharp / Sharp Blade Tips
Optimized for clean, effortless penetration and ultra-precise dissection of fine membranes, nerves, and vessels.
| Blade Profile | Tip Profile | Working Length | Overall Length | Catalog Number |
| Downward Curved | Sharp / Sharp | 90 mm | 210 mm / $8\frac{1}{4}$” | 250-807-210 |
Micro Forceps A 0.5mm jaw
| Attribute | Specification |
| Product Type | Precision Neurosurgical Micro Forceps |
| Handle / Style | Bayonet or micro-profile round handle configuration designed for high-magnification microsurgery. |
| Functional Application | Engineered for the delicate grasping, manipulation, and mobilization of fine tissues, microvessels, and nerve bundles within deep and narrow surgical windows. |
| Clinical Benefit | Provides exceptional tactile feedback and non-slip tip alignment. The specialized fine-profile jaws ensure a secure hold on sensitive structures without causing crushing trauma, while the extended working lengths keep the surgeon's hands clear of the microscopic line of sight. |
Product Variations
A. Micro Forceps (0.5 mm Ultra-Fine Jaw)
Designed for ultra-delicate tissue handling, microvascular anastomosis, and high-precision arachnoid dissection.
| Jaw Width | Overall Length | Catalog Number |
| 0.5 mm | 190 mm / $7\frac{1}{2}$” | 250-820-190 |
| 0.5 mm | 210 mm / $8\frac{1}{4}$” | 250-820-210 |
| 0.5 mm | 240 mm / $9\frac{1}{2}$” | 250-820-240 |
B. Neuro Forceps (0.9 mm Fine Jaw)
Features a slightly wider jaw profile offering increased structural stability and standard gripping force for general neurosurgical tissue manipulation.
| Jaw Width | Overall Length | Catalog Number |
| 0.9 mm | 190 mm / $7\frac{1}{2}$” | 250-822-190 |
| 0.9 mm | 210 mm / $8\frac{1}{4}$” | 250-822-210 |
| 0.9 mm | 240 mm / $9\frac{1}{2}$” | 250-822-240 |
Micro Tumor Grasping Forceps A Ø 2.5mm
| Attribute | Specification |
| Product Type | Precision Neurosurgical Tumor Grasping Forceps |
| Jaw Profile | Circular / Ring-Shaped Fenestrated Cups |
| Handle / Style | Micro-profile, bayonet, or round handle configuration engineered for unobstructed visualization under surgical microscopes. |
| Functional Application | Specifically designed for grasping, holding, and debulking soft tumors, acoustic neuromas, and pituitary adenomas in deep cranial compartments. |
| Clinical Benefit | The specialized fenestrated ring-jaw geometry maximizes gripping surface area on friable tumor mass, preventing tissue slippage while minimizing the risks of accidental puncture or shearing of adjacent microvessels and healthy parenchymal tissue. |
Product Variations
A. Ø 2.5 mm Grasping Cups
Optimized for delicate tumor dissection and navigating narrow corridors or restricted surgical windows.
| Cup Diameter (∅) | Overall Length | Catalog Number |
| 2.5 mm | 210 mm / $8\frac{1}{4}$” | 250-830-210 |
| 2.5 mm | 245 mm / $9\frac{2}{3}$” | 250-830-245 |
B. Ø 3.5 mm Grasping Cups
Designed for larger volume mass extraction, providing enhanced holding traction for standardized debulking maneuvers.
| Cup Diameter (∅) | Overall Length | Catalog Number |
| 3.5 mm | 210 mm / $8\frac{1}{4}$” | 250-832-210 |
| 3.5 mm | 245 mm / $9\frac{2}{3}$” | 250-832-245 |
Micro Tissue Forceps 1×2 teeth
| Attribute | Specification |
| Product Type | Precision Neurosurgical Micro Tissue Forceps |
| Tip Configuration | 1x2 Interlocking Teeth for secure tissue fixation |
| Overall Length | 210 mm / $8\frac{1}{4}$” |
| Handle / Style | Ergonomic micro-profile design optimized for stability under high-magnification surgical microscopes. |
| Functional Application | Specifically engineered for grasping, holding, and manipulating dense or slippery tissues, fascial layers, and dural margins during complex neurosurgical procedures. |
| Clinical Benefit | The delicate 1x2 interlocking tooth configuration provides an exceptional, slip-resistant grip with minimal mechanical pressure. This prevents the crushing trauma often caused by flat-jawed forceps while ensuring absolute control over the tissue edge during dissection or suturing. |
Product Master Data
| Tip Detail | Mechanical Style | Overall Length | Catalog Number |
| 1x2 Teeth | Micro-Dissecting Profile | 210 mm / $8\frac{1}{4}$” | 250-850-210 |
Micro Needle Holder, curved, 0.5mm jaw, 70mm working length
| Attribute | Specification |
| Product Type | Precision Neurosurgical / Microvascular Needle Holder |
| Jaw Profile | Smooth, Curved Geometry |
| Jaw Width | 0.5 mm Ultra-Fine Profile |
| Handle / Style | Micro-profile round spring handle, optimized for effortless fingertip rotation under high-magnification surgical microscopes. |
| Functional Application | Specifically engineered for driving ultra-fine cardiovascular and neurosurgical microsutures (ranging from 7-0 down to 11-0) in deeply recessed or restricted surgical corridors. |
| Clinical Benefit | The ultra-slim 0.5 mm jaw holds delicate micro-needles with absolute axial stability, preventing needle twisting or slipping without flattening the wire. Its curved tip provides superior visualization of the needle entry point and facilitates natural, ergonomic wrist articulation during suturing. |
Product Variations
| Working Length | Overall Length | Catalog Number |
| 70 mm | 200 mm / 8” | 250-841-200 |
| 90 mm | 220 mm / $8\frac{2}{3}$” | 250-841-220 |
| 120 mm | 250 mm / $9\frac{7}{8}$” | 250-841-250 |
Container, double layer system
| Attribute | Specification |
| Product Type | Rigid Surgical Instrument Sterilization Container |
| System Architecture | Double-Layer System (optimized for multi-tier instrument organization, enhanced protective barriers, and organized surgical sets). |
| Material Construction | High-grade, lightweight, anodized aluminum or advanced heat-resistant polymer composite engineered for structural durability across repeated sterilization cycles. |
| Sterilization Compatibility | Fully compatible with conventional Steam Autoclave (Pre-vacuum and Gravity), Ethylene Oxide (EO), and low-temperature Gas Plasma systems. |
| Functional Application | Safely encloses, transports, and maintains the sterility of delicate surgical instrument sets (such as microsurgical, neurosurgical, or orthopedic kits) from the central processing department straight to the sterile field. |
| Clinical Benefit | The dual-layer configuration maximizes internal space efficiency while ensuring optimal steam or gas penetration. Features built-in locking mechanisms and microbial filter retention valves to guarantee a secure microbiological barrier, reducing the risk of accidental puncture or contamination during storage and transport. |
Product Variations
| Dimensions (Length x Width x Height) | System Type | Catalog Number |
| 265 x 255 x 65 mm | Double Layer | 600-407-255 |
| 400 x 290 x 75 mm | Double Layer | 600-407-260 |
CERAMO RONDO Premium Neurosurgical & Cardiovascular Micro Forceps
| Attribute | Specification |
| Product Line | CERAMO RONDO |
| Material Construction | Ultra-lightweight Titanium (Titan) with a high-durability, anti-glare Ceramic Coating. |
| Handle / Style | Ergonomic round-handle design optimized for smooth fingertip rotation, exceptional tactile feedback, and reduced hand fatigue during prolonged microsurgery. |
| Jaw Working Surfaces | Available in Micro Rough (Mikrorau) texture, precision 1x2 Interlocking Teeth (1x2 Zähne), Non-Traumatic (Atraumatisch) serrations, and specialized Toothed (Gezahnt) configurations. |
| Functional Application | Engineered for advanced neurosurgical procedures, microvascular anastomosis, and delicate cardiovascular maneuvers (including dedicated options For Baby Valves / Für Babyklappen). |
Product Master Data Matrix
The following comprehensive matrix organizes the CERAMO RONDO catalog numbers across available jaw widths, functional tip textures, and total lengths ($120\text{ mm}$ to $250\text{ mm}$).
1. Micro Rough (Mikrorau) Jaws
Engineered with a finely textured gripping surface for ultra-delicate, slip-free manipulation of fragile vessels and membranes without structural tearing.
| Jaw Width (Maulbreite) | 120 mm | 150 mm | 180 mm | 210 mm | 230 mm | 250 mm |
| 0.2 mm | — | — | COV-5 | — | — | — |
| 0.3 mm | — | — | COV-7 | COV-1 | COV-3 | — |
| 0.35 mm | — | — | — | — | — | — |
| 0.5 mm | — | — | — | COE-0 | COE-1 | COE-2 |
| 0.7 mm | — | — | — | COX-1 | COX-2 | COX-3 |
| 1.0 mm | — | — | — | COY-1 | COY-2 | COY-3 |
| 2.0 mm | — | — | — | COF-8 | COF-2 | COF-4 |
Additional Micro Rough variants categorized by width and sequential availability:
-
0.2 mm: COV-6
-
0.3 mm: COV-8 | COV-2 | COV-4
-
0.5 mm: CCA-D | COA-3 | COA-4 | COA-5 | COA-6 | COE-3 | COE-4
-
0.7 mm: OOO-1 | COC-2 | OOO-3 | COC-4 | COX-4
-
1.0 mm: COX-9 | COY-5 | COY-6 | COY-7 | COY-8 | COY-9 | COY-4
2. 1x2 Teeth (1x2 Zähne) Jaws
Features a precision interlocking tooth profile providing high mechanical security on fibrous tissue or fascial edges with minimal applied compression.
| Jaw Width (Maulbreite) | 120 mm | 150 mm | 180 mm | 210 mm | 230 mm | 250 mm |
| 0.35 mm | — | — | — | COS-1 | COS-2 | OO8-3 |
| 1.0 mm | — | — | — | COF-7 | OOF-1 | 100F-3 |
Additional 1x2 Teeth variants categorized by width and sequential availability:
-
0.35 mm: COS-4
-
1.0 mm: OOF-5 | COB-8 | COB-2 | OO8-4 | COB-6
-
General / Mixed Sizes: COB-7 | COB-1 | COB-3 | COB-5 | COB-9
3. Non-Traumatic (Atraumatisch) Jaws
Utilizes specialized smooth anatomical contours or fine texturing to distribute pressure evenly across blood vessels and sensitive cardiovascular structures.
| Jaw Width (Maulbreite) | 120 mm | 150 mm | 180 mm | 210 mm | 230 mm | 250 mm |
| 1.0 mm | — | — | — | — | — | — |
| 1.2 mm | — | — | — | — | — | — |
| 1.5 mm | — | — | — | COE-5 | COD-9 | COE-7 |
| 1.8 mm | — | — | — | COE-9 | COE-6 | COE-8 |
Additional Non-Traumatic variants categorized by width and sequential availability:
-
1.0 mm: COD-0 | COD-1 | COD-2 | COD-3 | COF-0
-
1.2 mm: COD-7 | OOO-4 | COD-5 | COD-6 | COC-6 | COD-8
4. Toothed / Gezahnt & Specialized Cardiovascular Jaws
Engineered for targeted surgical applications, including fine-profile serrated tips and dedicated structures for neonate/pediatric valve procedures.
| Profile / Application | Jaw Width | 120 mm | 150 mm | 180 mm | 210 mm | 230 mm | 250 mm |
| Toothed (Gezahnt) | 1.0 mm | — | — | — | COS-0 | — | — |
| Toothed (Gezahnt) | 1.5 mm | — | — | — | COS-7 | COS-8 | — |
| For Baby Valves | — | — | — | — | COR-0 | — | — |
CERAMO PLANO Premium Neurosurgical & Cardiovascular Micro Forceps
| Attribute | Specification |
| Product Line | CERAMO PLANO |
| Material Construction | Ultra-lightweight Titanium (Titan) with a high-durability, anti-glare Ceramic Coating. |
| Handle / Style | Classic flat-handle (Plano) design providing exceptional tactile sensitivity, precise lateral stability, and structural ergonomics for delicate microsurgery. |
| Jaw Working Surfaces | Available in Micro Rough (Mikrorau) texture, precision 1x2 Interlocking Teeth (1x2 Zähne), and Non-Traumatic (Atraumatisch) structural serrations. |
| Functional Application | Specifically engineered for high-precision manipulation of tissue, vessels, and membranes during neurosurgical, cardiovascular, and microvascular procedures. |
Product Master Data Matrix
The following structural matrices organize the CERAMO PLANO catalog numbers by jaw width, tip functionality, and overall instrument length ($150\text{ mm}$ to $230\text{ mm}$).
1. Micro Rough (Mikrorau) Jaws
Features a specialized, finely textured surface designed to securely grasp fragile tissue, fine membranes, or small microvessels without tearing or mechanical slippage.
| Jaw Width (Maulbreite) | 150 mm | 180 mm | 210 mm | 230 mm |
| 1.0 mm | COG-6 | COG-7 | COG-8 | COG-9 |
2. 1x2 Teeth (1x2 Zähne) Jaws
Engineered with precision interlocking micro-teeth to deliver an absolute, slip-resistant grip on dense, fibrous tissue or fascial borders using minimal compressive force.
| Jaw Width (Maulbreite) | 150 mm | 180 mm | 210 mm | 230 mm |
| 0.7 mm | COJ-4 | COJ-5 | COJ-6 | COJ-7 |
| 1.0 mm | COU-1 | GOU-2 | — | — |
3. Non-Traumatic (Atraumatisch) Jaws
Utilizes specialized, smooth anatomical profiles or uniform micro-serrations to distribute grasping pressure evenly across delicate vascular structures and cardiac tissues.
| Jaw Width (Maulbreite) | 150 mm | 180 mm | 210 mm | 230 mm |
| 1.2 mm (Primary Set) | COL-1 | COL-2 | COL-3 | COL-4 |
| 1.2 mm (Secondary Set) | COL-5 | COL-6 | COL-7 |
CERAMO PLANO-S Premium Neurosurgical & Cardiovascular Micro Forceps
| Attribute | Specification |
| Product Line | CERAMO PLANO-S |
| Material Construction | Ultra-lightweight Titanium (Titanium / Titan) with a high-durability, anti-glare Ceramic Coating. |
| Handle / Style | Streamlined flat-handle (Plano-S) design featuring an ultra-slim profile for enhanced visibility and unparalleled control within deep, narrow structural corridors. |
| Jaw Working Surfaces | Available in Micro Rough (Mikrorau) texture, precision 1x2 Interlocking Teeth (1x2 Zähne), and Non-Traumatic (Non-Traumatic / Atraumatisch) surgical serrations. |
| Functional Application | Specifically engineered for high-magnification microsurgery, deep cranial resections, and fine cardiovascular or thoracic maneuvering. |
Product Master Data Matrix
The following data matrices organize the official CERAMO PLANO-S catalog numbers by jaw width, tip functionality, and total tool length ($200\text{ mm}$ to $240\text{ mm}$).
1. Micro Rough (Mikrorau) Jaws
Engineered with a specialized micro-textured surface to firmly grasp delicate blood vessels, arachnoid membranes, and fine neurovascular structures without shearing or tearing tissue.
| Jaw Width (Maulbreite) | 200 mm | 225 mm | 240 mm |
| 0.4 mm (Set A) | COT-1 | COT-7 | COT-2 |
| 0.4 mm (Set B) | COU-1 | COU-7 | COU-2 |
| 0.9 mm (Set A) | COT-3 | COT-8 | COT-4 |
| 0.9 mm (Set B) | COU-3 | COU-B | COU-4 |
2. 1x2 Teeth (1x2 Zähne) Jaws
Features fine interlocking micro-teeth that provide slip-resistant mechanical security on dense or fibrous tissue margins with minimal compression force.
| Jaw Width (Maulbreite) | 200 mm | 225 mm | 240 mm |
| 0.7 mm | COT-5 / COL-5 | COT-9 / COU-9 | COU-B / COT-6 |
3. Specialized / Large Profile Micro Rough Jaws
Wider tip variations designed for robust tissue manipulation while maintaining a precision micro-rough gripping texture.
| Jaw Width (Maulbreite) | 200 mm | 225 mm | 240 mm |
| 1.0 mm | CPA-1 | CZE-1 | COL-0 |
| 2.0 mm | CPA-2 | CZE-2 | COT-0 |
4. Non-Traumatic (Atraumatisch) Jaws
Utilizes a smooth anatomical profile or gentle structural serrations to distribute gripping tension evenly, mitigating the risk of endothelial walls or delicate cardiac tissues rupturing.
| Jaw Width (Maulbreite) | 200 mm | 225 mm | 240 mm |
| 1.2 mm | COM-7 | COM-5 | COM-6 |
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