Traumatology and Orthopedics
Raomed understands that each case has different facets, which is why we proposes a new treatment concept, where implants and/or surgical guides are adapted to patients and surgical planning.
Raomed understands that each case has different facets, which is why we proposes a new treatment concept, where implants and/or surgical guides are adapted to patients and surgical planning.
Patient specific resection guides 
Patient specific implant for acetabular reconstruction 
Patient specific implant for intercalary defect reconstruction 
Patient specific spacers with antibiotic 
Patient specific guides for bone defect correction 
Biomodels Conservative resection guide systems based on multidimensional cutting planes, for defect resection. The guides are manufactured in high-strength biopolymers with metal cutting slots. The slits can be adapted to any type of saw.
Reduction of surgical times.
Completely anatomical parts tailored to the patient.
Designs made according to criteria required by the medical team.
Maximum precision.
Guides designed for use with standard instruments.
Automated manufacturing.
Quality guaranteed by international regulatory compliance.
Implants for pelvic and acetabular reconstructions made of Trabecular Titanium in areas of contact with bone. The implant is adapted to cemented, uncemented and double mobility gut systems. The implant's fixations are planned prior to fabrication in order to place them in the areas of best bone quality available from approach.
Augments
Resection / Pelvic discontinuity
Less surgical time
Less risk of infection.
Completely anatomical reconstruction of the defect(s).
Implants for the reconstruction of bone deficits in long bones, Trabecular Titanium interior permeable to osseointegration. Completely adaptable to all types of osteosynthesis, with the option of complementing the fixations on the implant itself.
Reduction of surgical times.
Less risk of infection.
Completely anatomical reconstruction of the defect(s).
Spacers completely tailored to the patient. Dosage and type of antibiotic adjustable according to medical requirement. Possibility of replicating the morphology of the prosthesis to be placed after the patient's rehabilitation.
Joints
Segments
Less surgical time.
Less risk of infection.
Completely anatomical reconstruction of the defect(s).
Guidance systems based on multidimensional cutting planes, for various bone corrections. The guides are manufactured in high-strength biopolymers with metal cutting slots. The slits can be adapted to any type of saw.
Repositioning
Dysmetry
Desrotating
Axis correction
Reduction of surgical times.
Completely anatomical parts tailored to the patient.
Designs made according to criteria required by the medical team.
Maximum precision.
Guides designed for use with standard instruments.
Automated manufacturing.
Quality guaranteed by international regulatory compliance.
Raomed biomodels accurately replicate the anatomy of interest. Through the different manufacturing techniques, and counting on a wide variety of materials, it is possible to achieve pieces in different colors, textures, hardness and surface finishes, to obtain realistic models.
Reduction of surgical times.
They optimize and improve pre-surgical planning.
They replicate the desired anatomical structures with precision.
They are excellent educational tools.
Improves patient understanding during medical consultation
Automated manufacturing.
Quality guaranteed by international regulatory compliance.
Computer-aided planning is a procedure that uses medical software to perform virtual simulations of a surgical act on digital models of patients. This allows different alternatives to be evaluated, possible scenarios to be anticipated and surgical strategies to be developed.
Our planning is done with FDA-certified software.
Prevision in surgery.
Reduction of surgical times.
Complete surgical simulations.
Possibility of analyzing different studies together.
Allows to design devices 100% customized for the patient and medical requirements.
With the addition of 3D printing it is possible to perform surgical tests on the anatomy of the patient in question.
It consists of a complete platform for image-guided surgery. It is based on a camera and infrared sensors/emitters. In this way, it is possible to navigate an instrument in real time showing its position in relation to the patient’s images, constantly supported by the planning developed prior to surgery.
Visual/audible collision alerts with safety zones.
Highly accurate.
Integrates quickly into the operating room.
Individual planning station.
Fusion between multiple sets of CT, MR, CTA, MRA and PET images.
2D & 3D Intra-Operative Tools.
Our engineers assist the medical team during surgery with different digital tools and physical models that allow precise replication of the planning during the surgical act.
Full knowledge of the implant and/or designed guides and biomodels.
Access to the planning done throughout the surgery.
Management and knowledge of the surgical environment.
Ability to perform simulations during surgery.
Neurosurgery
CMF
Thorax
Traumatology and orthopedics
3D Planning 
Surgical Navigation 
Intra-Surgical Assistance 
