Are you curious about which shunt manufacturer stands out in quality and reliability? Comparing the top factories is crucial for making informed decisions. Discovering the best options can save you time and money. Dive in to find out which manufacturers lead the industry and why it matters for your needs!
eShunt® System | About Cerevasc | CereVasc | Neurological Disease …
Product Details: eShunt® System for treating communicating hydrocephalus.
Technical Parameters:
– Invasive surgical procedure under general anesthesia
– Average procedure cost: $35,000
Application Scenarios:
– Treatment of communicating hydrocephalus in children
– Treatment of communicating hydrocephalus in adults
Pros:
– Addresses impaired absorption of cerebrospinal fluid
– Potentially reduces the need for revision surgeries
Cons:
– High rate of shunt malfunction (over 40% failure within 2 years)
– Requires hospitalization and invasive surgery
Hydrocephalus Shunts – Aesculap USA
Product Details: MIETHKE Valves for hydrocephalus treatment, made from titanium for excellent MRI and bio-compatibility.
Technical Parameters:
– Made from titanium
– Allows for different pressure settings for lying and upright positions
Application Scenarios:
– Management of hydrocephalus in patients
– Patients requiring lifelong hydrocephalus solutions
Pros:
– Reduces symptoms caused by over and under drainage
– Provides greater patient comfort
Cons:
– Higher valve resistance needed for taller patients
– Increased ICP in lying position with conventional valves
Power, Precision Custom Resistors & Shunts | Riedon Manufacturer
Product Details: Riedon offers a variety of resistive solutions including precision wirewound, current sense, high surge, high pulse, surface mount, and power resistors.
Technical Parameters:
– Temperature Coefficient of Resistivity (TCR)
– Alloy resistivity
Application Scenarios:
– High voltage applications
– Surge protection circuits
Pros:
– High stability over time
– Customizable resistive solutions
Cons:
– Potentially higher cost for custom solutions
– Limited availability for specific niche markets
Codman Certas ® Plus Programmable Valve – Integra Life
Product Details: Codman Certas® Plus Programmable Valve is an implantable device that provides constant intraventricular pressure and drainage of cerebrospinal fluid (CSF) for the management of hydrocephalus.
Technical Parameters:
– MR Conditional at 1.5 Tesla and 3 Tesla
– 7 settings ranging from 25mm H2O to 215mm H2O
Application Scenarios:
– Management of hydrocephalus
– Use in patients requiring cerebrospinal fluid drainage
Pros:
– Minimizes unintended setting changes from magnetic interference
– Flexible placement options
Cons:
– Contraindicated in patients receiving anticoagulants
– Requires confirmation of valve setting after MRI procedures
Neurosurgery Shunts – Natus
Product Details: Natus offers a wide selection of shunts and neurosurgery supplies including SpetzerTM, Horizontal-Vertical (H-V) Lumbar Valve System, and IntegraTM Edwards-Barbaro Syringo Peritoneal Shunt Kit.
Technical Parameters:
– SpetzerTM Lumbar-Peritoneal Shunt Kit
– H-V Lumbar Valve System with dual-mechanical design
Application Scenarios:
– Lumbar-peritoneal shunting
– Continuous drainage of fluid from spinal cord cysts
Pros:
– Wide selection of neurosurgery supplies
– Innovative designs to address overdrainage
Cons:
– Available only in the USA
– Limited information on specific technical parameters
Delta Valves – Shunt for Hydrocephalus – Medtronic
Product Details: Delta® valves minimize overdrainage of cerebrospinal fluid (CSF) and are part of a shunt system used to treat hydrocephalus.
Technical Parameters:
– Height: 0.65″ (1.65 cm)
– Width: 1.57″ (4.00 cm)
– Depth: 0.31″ (0.80 cm)
Application Scenarios:
– Treatment of hydrocephalus
– Management of cerebrospinal fluid (CSF) flow
Pros:
– Overdrainage protection
– Nonmetallic design unaffected by MRI
Cons:
– Not suitable for everyone
– Requires a prescription
Hydrocephalus – About Shunts | Medtronic
Product Details: Shunts for hydrocephalus are devices used to drain excess cerebrospinal fluid from the brain to another area of the body.
Technical Parameters:
– Consists of two catheters and a one-way valve
– Types include ventriculoperitoneal, ventriculoatrial, and lumboperitoneal shunts
Application Scenarios:
– Treatment of hydrocephalus
– Management of cerebrospinal fluid pressure
Pros:
– Effective in reducing cerebrospinal fluid buildup
– Can be adjusted non-invasively in some models
Cons:
– Risk of infection or complications from surgery
– Potential for overdrainage or underdrainage
Shunt Resistors, dc ammeter shunts, Ammeter, Empro & Canadian Shunts
Product Details: Riedon Shunt Resistors including various models for DC ammeter applications.
Technical Parameters:
– Current ratings from 10 Amps to 6000 Amps
– Voltage ratings of 60mV
Application Scenarios:
– Used in DC ammeter circuits for current measurement
– Applicable in fuse block systems
Pros:
– Wide range of current ratings available
– High precision in current sensing
Cons:
– Limited information on specific technical specifications
– Potential compatibility issues with non-standard systems
PRECISION & POWER RESISTORS – Isabellenhütte USA
Product Details: Precision and power resistors designed for high reliability and performance in demanding applications.
Technical Parameters:
– Temperature coefficient of resistance (TCR)
– Power rating up to 3100 Watts
Application Scenarios:
– Aerospace
– Automotive
Pros:
– High precision and long-term stability
– Durable with excellent heat dissipation
Cons:
– Limited to specific mounting types
– Potentially high cost for specialized applications
Yale Neurosurgeons Implant First Endovascular Device for Hydrocephalus …
Product Details: eShunt device, an investigational device for treating adult-onset hydrocephalus using minimally invasive techniques.
Technical Parameters:
– Minimally invasive implantation
– Three-centimeter stent connecting cistern to bloodstream
Application Scenarios:
– Treatment of adult-onset hydrocephalus
– Neurosurgical procedures requiring cerebrospinal fluid drainage
Pros:
– Reduces invasiveness compared to traditional VP shunt procedures
– Lower complication rates associated with endovascular techniques
Cons:
– Investigational device with limited long-term data
– Requires specialized neuroendovascular expertise for implantation
Related Video
Comparison Table
| Company | Product Details | Pros | Cons | Website |
|---|---|---|---|---|
| eShunt® System | About Cerevasc | CereVasc | Neurological Disease … | eShunt® System for treating communicating hydrocephalus. |
| Hydrocephalus Shunts – Aesculap USA | MIETHKE Valves for hydrocephalus treatment, made from titanium for excellent MRI and bio-compatibility. | – Reduces symptoms caused by over and under drainage – Provides greater patient comfort | – Higher valve resistance needed for taller patients – Increased ICP in lying position with conventional valves | www.aesculapusa.com |
| Power, Precision Custom Resistors & Shunts | Riedon Manufacturer | Riedon offers a variety of resistive solutions including precision wirewound, current sense, high surge, high pulse, surface mount, and power resistor… | – High stability over time – Customizable resistive solutions | – Potentially higher cost for custom solutions – Limited availability for specific niche markets |
| Codman Certas ® Plus Programmable Valve – Integra Life | Codman Certas® Plus Programmable Valve is an implantable device that provides constant intraventricular pressure and drainage of cerebrospinal fluid (… | – Minimizes unintended setting changes from magnetic interference – Flexible placement options | – Contraindicated in patients receiving anticoagulants – Requires confirmation of valve setting after MRI procedures | products.integralife.com |
| Neurosurgery Shunts – Natus | Natus offers a wide selection of shunts and neurosurgery supplies including SpetzerTM, Horizontal-Vertical (H-V) Lumbar Valve System, and IntegraTM Ed… | – Wide selection of neurosurgery supplies – Innovative designs to address overdrainage | – Available only in the USA – Limited information on specific technical parameters | natus.com |
| Delta Valves – Shunt for Hydrocephalus – Medtronic | Delta® valves minimize overdrainage of cerebrospinal fluid (CSF) and are part of a shunt system used to treat hydrocephalus. | – Overdrainage protection – Nonmetallic design unaffected by MRI | – Not suitable for everyone – Requires a prescription | www.medtronic.com |
| Hydrocephalus – About Shunts | Medtronic | Shunts for hydrocephalus are devices used to drain excess cerebrospinal fluid from the brain to another area of the body. | – Effective in reducing cerebrospinal fluid buildup – Can be adjusted non-invasively in some models | – Risk of infection or complications from surgery – Potential for overdrainage or underdrainage |
| Shunt Resistors, dc ammeter shunts, Ammeter, Empro & Canadian Shunts | Riedon Shunt Resistors including various models for DC ammeter applications. | – Wide range of current ratings available – High precision in current sensing | – Limited information on specific technical specifications – Potential compatibility issues with non-standard systems | shunts.com |
| PRECISION & POWER RESISTORS – Isabellenhütte USA | Precision and power resistors designed for high reliability and performance in demanding applications. | – High precision and long-term stability – Durable with excellent heat dissipation | – Limited to specific mounting types – Potentially high cost for specialized applications | www.isabellenhuetteusa.com |
| Yale Neurosurgeons Implant First Endovascular Device for Hydrocephalus … | eShunt device, an investigational device for treating adult-onset hydrocephalus using minimally invasive techniques. | – Reduces invasiveness compared to traditional VP shunt procedures – Lower complication rates associated with endovascular techniques | – Investigational device with limited long-term data – Requires specialized neuroendovascular expertise for implantation | medicine.yale.edu |
Frequently Asked Questions (FAQs)
What types of shunts do manufacturers typically produce?
Manufacturers usually produce a variety of shunts, including current shunts, voltage shunts, and precision shunts. These can be used in different applications, such as automotive, industrial, and medical devices. Each type is designed to meet specific performance standards and requirements.
How can I ensure the quality of shunts from a manufacturer?
To ensure quality, look for manufacturers with certifications like ISO 9001. You can also request samples for testing, check customer reviews, and inquire about their quality control processes. A reputable manufacturer will be transparent about their production methods and standards.
What is the typical lead time for shunt orders?
Lead times can vary based on the manufacturer and order size, but typically range from a few weeks to several months. It’s best to communicate your needs upfront and ask for estimated delivery times to plan accordingly.
Can manufacturers customize shunts for specific applications?
Yes, many manufacturers offer customization options to meet specific application requirements. You can discuss your needs regarding size, material, and performance characteristics to create a shunt that fits your project perfectly.
What factors should I consider when choosing a shunt manufacturer?
When choosing a manufacturer, consider their experience, reputation, production capabilities, and customer service. It’s also important to evaluate their pricing, lead times, and whether they offer support for design and engineering challenges.