Lumen Points PRO REWARDS Buy your parts every order earns Stack points free to join Redeem gift cards Amazon, Walmart & more Start earning

Replacement Cable for Siemens 10-pin IBP - 4.0m, Reusable, Utah Disposable Transducer Compatible

$36.41 ea
Adding to cart… The item has been added
Need More?
Contact us for a quote
Order Code:
IN-0000880
Condition:
New

Interlight BBB Business Review
Proudly Serving Customers Since 1992

Government • Aerospace • Medical
Military • Construction • Commercial
Education

WHAT OUR CUSTOMERS SAY

Guaranteed safe and secure checkout

Powered by Stripe
visa master anex jcb diner discover unionpay
paypal amazon-pay apple-pay google-pay

Replacement for the 4.0m disposable transducer used with Utah and compatible with Siemens 10-pin IBP cable, this reusable part offers a cost-effective and reliable solution for maintaining the accuracy of your medical equipment. Designed for professionals seeking dependable replacement parts, this product ensures seamless integration and continued performance.

Key Features & Benefits

  • Reusable design reduces the need for frequent replacements, saving time and money.
  • Ensures compatibility with Utah disposable transducers and Siemens 10-pin IBP cables for uninterrupted functionality.
  • Durable construction guarantees long-lasting use and consistent performance in critical medical applications.

Product Specifications

  • Length: 4.0 meters
  • Designed for use with Utah disposable transducers
  • Compatible with Siemens 10-pin IBP cables

This replacement part is specifically engineered to work seamlessly with Utah disposable transducers and Siemens 10-pin IBP cables. It provides a dependable solution for healthcare professionals looking to maintain the accuracy and reliability of their medical monitoring systems without the need for frequent part replacements.

Discover the Perfect Replacement

Ensure your medical equipment continues to perform at its best. Order this reliable and easy-to-install replacement part today and experience the difference in your monitoring system's performance and longevity.