Profile: Sandstrom Trade & Technology Inc. specializes in supplying stereotactic instruments for neurosurgery, neuroradiology and high precision radiation therapy. We manufacture non-invasive Stereoadapter® 5000 and the LUCY 3D quality assurance phantom. The Sandstrom Stereoadapter® 5000 is an advanced non-invasive stereotactic localizer and head holder clinically proven as a complete diagnostic & therapeutic tool for radiation therapy, neuroradiology & neurosurgery. It features non-invasive mounting, no skull pins, high reproducibility, compatible with all imaging modalities, independent scheduling of diagnostic & therapeutic procedures, modular design for easy expansion, anodized aluminum & composites and low maintenance & reusable components. The stereoadapter is a lightweight and comfortable frame that is quickly & easily mounted on the patient's head by means of two earplugs & a nose bridge support. With the patient is a sitting position, the stereoadapter is mounted by inserting the ear plugs in the ear canal & symmetrically lowering the nasion arms until the nasion support rests on the bridge of the nose. The nasion screw is then tightened to secure the ear plugs in place. The stereoadapter side arms are then symmetrically pressed to the scalp on each side of the head and locked into position on the connector plate. The vertex stabilizer is then positioned and secured into place. The strapping band is then tightly fastened against the occiput to further stabilize the frame.
The company was founded in 1987 and is ISO 9001, CE certified.
2 Products/Services (Click for related suppliers)
|
• Neurological Stereotaxic Instrument (FDA Code: HAW / 882.4560) A stereotaxic instrument is a device consisting of a rigid frame with a calibrated guide mechanism for precisely positioning probes or other devices within a patient's brain, spinal cord, or other part of the nervous system. |
• Radiographic Anthropomorphic Phantom (FDA Code: IXG / 892.1950) A radiographic anthropomorphic phantom is a device intended for medical purposes to simulate a human body for positioning radiographic equipment. |