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GE Cam 14

Name: GE Cam 14
Brand: DOSANI HEALTHCARE
Price: 7000 INR
Availability: InStock

Price 7000 INR/ Unit

Get a Price/Quote

MOQ : 1 Meter

GE Cam 14 Specification

Storage Instructions
Store in cool, dry place, avoid direct sunlight

Usage Type
Hospital, Clinical, Diagnostic

Features
Durable, Flexible Spiral Cable, Secure Connectors

Instruments Type
ECG Patient Cable

Function
Transmission of biomedical signals

Shelf Life
3-5 years (depends on usage and storage)

Accuracy
Depends on connected device

Equipment Type
Medical Imaging Cable (GE Cam 14)

Material
High-grade plastic and metal connectors

Condition
New

Technology
Analog signal transmission

Portable
Yes

Wall Mounted
No

Real-Time Operation
Yes

Noise Level
Low

Operating Type
Semi-Automatic

Use
Connects ECG or patient monitoring devices

Dimension (L*W*H)
Approx. 15 ft (length); Width & Height depend on coil diameter

Weight
Approx. 350g

Color
Grey

Sterilizable
No (clean with disinfectant wipes)

Operating Temperature
0C to 40C

Cable Length
15 feet

Connector Type
14-pin

Compatibility
Compatible with GE Cam 14 ECG system

Cable Structure
Coiled

Shielding
Inner shielding for EMI protection

GE Cam 14 Trade Information

Minimum Order Quantity
1 Meter

Payment Terms
Cash in Advance (CID)

Delivery Time
7 Days

Main Domestic Market
All India

About GE Cam 14

Experience the elite performance of the GE Cam 14 with 14-pin connector, the champion among ECG patient cables. Crafted from superb high-grade materials and featuring unmatchable durability, this medical imaging cable delivers fresh reliability to hospitals and clinics. With a portable, coiled 15-foot design and secure connectors, it ensures stable, noise-reduced analog signal transmission, compatible with GE Cam 14 ECG systems. Inner EMI shielding offers robust data integrity, while its flexible, spiral build promises effortless handling. Purchase yours today for unbeatable quality and convenience.

GE Cam 14: Features & Advantages

The GE Cam 14 is designed for use in hospital, clinical, and diagnostic settings, offering a flexible spiral cable and secure, 14-pin connectors. Its coiled structure allows easy maneuverability, while the inner shielding protects signals from EMI. Despite its advanced build and analog signal technology, this cable is lightweight and portable, supporting real-time operations. Ideal for patient monitoring, it requires disinfectant wipes for cleaning and delivers reliable signal transmission for ECG and biomedical devices.

GE Cam 14: Payment, Valuation & Packaging

Our payment terms are structured to support efficient supply and smooth transportation. Valuation is based on the cable's superb quality, condition, and origin as an exporter and manufacturer in India. We can provide sample policies upon request, tailored to your institutional requirements. Every GE Cam 14 cable is securely packaged to safeguard against transit damage, maintaining product integrity during shipping. Detailed packaging ensures your purchase arrives ready for immediate use in any professional healthcare environment.

FAQ's of GE Cam 14:

Q: How do I clean and maintain the GE Cam 14 cable?

A: The GE Cam 14 cable is not sterilizable but should be cleaned using disinfectant wipes to ensure safe and hygienic use in clinical environments.

Q: What is the process for purchasing the GE Cam 14 cable?

A: You can purchase the GE Cam 14 cable directly through authorized suppliers, exporters, or manufacturers in India, with various payment and sample policies available for institutions.

Q: Where is the GE Cam 14 cable typically used?

A: The GE Cam 14 cable is primarily intended for hospitals, clinics, and diagnostic centers, serving as a vital link for ECG and biomedical signal transmission.

Q: What are the benefits of the coiled, flexible design?

A: The coiled, flexible structure ensures ease of handling, portability, and prevents tangling, making it ideal for use in dynamic medical environments.

Q: How does the inner EMI shielding enhance cable performance?

A: The inner shielding minimizes electromagnetic interference, ensuring accurate and stable transmission of analog biomedical signals between devices.

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