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Neurosurgery

We increase precision and safety in spinal and cranial surgery using custom-designed 3D printed implants and guides. From planning to final implantation — every stage is supported

  • Cranial Plates

    Anatomically Shaped to Provide Reliable Protection of Intracranial Structures

  • Индивидуальные кейджи

    Patient-Specific Spinal Implants Designed According to Individual Anatomy

  • Spinal Guides

    Patient-Specific Guides for Safe and Precise Insertion of Pedicle Screws
  • Custom Solution
    Fully tailored to the patient’s anatomy
  • Confidence in the Result
    Step-by-step 3D planning provides confidence in outcomes

  • Precise Fixation
    Precisely positioned fixation points and contact zones
  • Reduced Surgery Time
    Reduced surgery time and lower risk of complications

  • The Implant Is Ready for Placement
    Ready-to-use implants — no need for intraoperative adjustment

  • Support at Every Stage
    Full support from planning to surgery
  • Cranial Plates
    Anatomically shaped for reliable protection of intracranial structures and accurate restoration of the natural skull contour. Each implant is based on patient-specific CT data and can be produced in various biocompatible materials.


    
Key Benefits:
    • Anatomical accuracy eliminates the need for intraoperative adjustment
;
    • Material is chosen based on clinical requirements and surgeon preference
;
    • Designed for fast recovery with minimal complication risk.
  • Custom Surgical Guides
    • Ensure Precise Screw Placement Even in Complex Cases;
    • Designed based on 3D planning data, taking into account the patient’s anatomy;
    • Manufactured from biocompatible materials with optional metal reinforcements;
    • Enhance surgical safety and reduce the risk of complications.
  • Spinal Guides
    We Manufacture Spinal Implants Precisely Adapted to the Patient’s Anatomy and Surgical Plan
    3D printing enables the creation of complex geometries and the ability to address non-standard clinical challenges.

    Functions:
    • Segment stabilization;
    • Restoration of intervertebral height;
    • Defect reconstruction;
    • Angular correction;
    • Secure fixation;

    Design Features:
    • Customizable fixation method;
    • Cavities for bone graft material to promote faster;
    • osseointegration and enhanced stability;
    • Personalized approach in every case.
Recommended CT Scan Protocol
  • Precise Planning
    Intuitive 3D planning interface

    1
  • Ease of Placement
    Guides simplify screw positioning
    2
  • Shaped to Fit Your Anatomy
    We Take Into Account the Anatomical Features of Each Individual Case
    3
Products of Any Complexity Made from Biocompatible Materials
  • Titanium

    Used in implant and medical device manufacturing. Biocompatible, non-allergenic, and time-tested

  • PEEK

    Exceptional reliability: strong, rigid, inert. Can be re-sterilized and modified during surgery if necessary

  • Photopolymer

    Biocompatible photopolymer for making guides. Safe for contact with skin and mucous membranes — universal and reliable

Made on
Tilda