Custom Disposable Bipolar Bent Nerve Stimulator Probe by ZorayPT
ZorayPT’s bipolar bent nerve stimulator probe is a precision-engineered tool designed for intraoperative peripheral nerve stimulation and recording, assisting practitioners in identifying and determining neural function during surgery. As a leading one-stop OEM/ODM manufacturer, with all in-house plastic molding, metal processing, and cleanroom assembly, we deliver superior quality custom disposable bipolar bent nerve stimulator probes with a 0.8mm tip diameter (customizable) and 80-120mm probe shaft effective length (customizable). Produced in our ISO 13485-certified Class 100,000 cleanroom, these bipolar bent nerve stimulator probes feature a bipolar design with a bendable tip for targeted stimulation and recording, with the stimulating area confined between two electrodes—ideal for peripheral nerve conduction studies and nerve transplantation. The probe tip can be bent according to requirements, offering flexibility for various surgical needs. Crafted from high-quality 304 stainless steel with excellent biocompatibility, high intensity, and flexibility, they include an insulated layer (withstanding 1000V) to prevent cross-infection—making them strictly single-use. Need a custom design? We can develop custom disposable bipolar bent nerve stimulator probes based on your samples, specifications, or requirements. Ideal for peripheral nerve stimulation, nerve conduction recording, and functional determination, ZorayPT offers bipolar bent nerve stimulator probe OEM solutions with faster lead times and cost-efficiency. Trust ZorayPT for your custom disposable bipolar bent nerve stimulator probe needs in advanced surgical applications.
Key Features
- Tip Diameter: 0.8mm, customizable.
- Probe Shaft Effective Length: 80-120mm, customizable.
- Bendable Tip: Probe tip can be bent according to requirements.
- Material Excellence: High-quality 304 stainless steel with excellent biocompatibility, intensity, and flexibility.
- Insulated Design: Withstands 1000V, with an insulated layer to prevent cross-infection (single-use only).
- Bipolar Design: Targeted stimulation and recording between two electrodes for peripheral nerve applications.
- Long Shaft Application: Ideal for larger cavities or deeper surgical sites.
- Packaging: EO sterilization available.
- All In-House: One-stop production guarantees superior quality.
Applications
ZorayPT disposable bipolar bent nerve stimulator probes are ideal for:
- Peripheral Nerve Stimulation and Recording: Accurate stimulation and recording for nerve conduction studies.
- Nerve Transplantation: Identification and functional determination of peripheral nerves.
- Intraoperative Monitoring: Real-time assessment of nerve function during surgery with adaptable tip angles.
With ISO 13485 standards and faster lead times, we provide cost-efficient solutions. Contact us to customize your bipolar bent nerve stimulator probes.
Why Choose ZorayPT?
- One-Stop Manufacturing: All in-house plastic molding, metal processing, and cleanroom assembly.
- ISO 13485 Certified: Meets global standards in a Class 100,000 cleanroom.
- Superior Quality: Precision probes for intraoperative excellence.
- Faster Lead Times: Automated production for quick delivery.
- Cost-Efficiency: Integrated manufacturing reduces costs.
- Custom Development: Tailored designs based on your specs or samples.
Enhance your surgical precision with ZorayPT’s bipolar bent nerve stimulator probes. Contact us today!
Disposable Bipolar Bent Nerve Stimulator Probe Specifications
Parameter | Details |
---|---|
Tip Diameter | 0.8mm, customizable |
Probe Shaft Effective Length | 80-120mm, customizable |
Tip Design | Bendable according to requirements |
Material | High-quality 304 stainless steel with insulated layer |
Insulation | Withstands 1000V, single-use to prevent cross-infection |
Stimulating Area | Between two electrodes (bipolar design) |
Packaging | EO sterilization available |
Application | Peripheral nerve stimulation/recording, nerve transplantation, intraoperative monitoring |