STarFix Shaving Template Resident Expert STar Adapter for ROSA Surgical Robot STar™ Drive Manual System Frame Adapter for Radionics® CRW™ System Frame Adapter for Leksell Stereotactic System® Frame Adapter for Leibinger RM™ STar™ Drive Motor/ Encoder System microTargeting™ Controller Power Assist System 2.0 Sterile Drape Sleeve STarFix 3-Leg Unilateral Platform STarFix 4-Leg ...

FHC's next generation neuromodulation targeting system made to meet your precise clinical and research requirements. Our products are used in various therapies such as deep brain stimulation, ablation, resection, and for movement disorders such as Parkinson’s Disease, Epilepsy, Dystonia, and Essential Tremor.

The Guideline 5 is FHC’s next generation neuromodulation targeting system designed for both clinical and research applications. The system efficiently supports functional neurosurgery programs that address movement disorders, epilepsy, pain, and psychiatric disorders.

2008年7月15日 · Deep-brain-stimulation (DBS) surgery requires implanting stimulators at target positions with submillimetric accuracy. Traditional stereotactic frames can provide such accuracy, but a recent innovation called the microTargeting Platform (FHC, Inc.) replaces this large, universal frame with a single-use, miniature, and custom-designed platform.

一台DBS手术成功的关键在于选择合适的患者，科学掌握帕金森病手术时机和准确将电极植入目标区域，像丘脑底核 (subthalamic nucleus, STN) ，这类体积很小的核团。

2016年10月25日 · 常用的帕金森病植入电极有四个触点，每个长度为1.5mm，直径为1.27mm，表面积为5.98mm⊃2; ，术中电生理电极（如FHC 22675L）为MER和刺激提供了双重功能，因此其形状更加复杂。

2024年6月1日 · Frameless techniques utilize various skull-mounted devices such as StarFix ™ (FHC, Inc., Bowdoin, ME) which requires implantation of skull microelectrode recording (MER), macrostimulation of target structures, and intraoperative

FHC’s microTargeting™ STar™ Drive for manual operation allows for precise neurosurgical positioning. The Manual STar™ Drive smoothly advances probes, such as recording microelectrodes and stimulating or lesion electrodes.

Deep-brain-stimulation (DBS) surgery requires implanting stimulators at target positions with submillimetric accuracy. Traditional stereotactic frames can provide such accuracy, but a recent innovation called the microTargeting™ Platform (FHC, Inc.) replaces this large, universal frame with a single-use, miniature, custom-designed platform.

Customized, miniature stereotactic frames, namely STarFix platforms, are an acceptable and efficient alternative method for DBS implantation. Its clinical accuracy and outcome are comparable to those associated with traditional stereotactic frame systems.