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Parks Medical Electronics

Regular price $349.99 USD
Regular price Sale price $349.99 USD
Sale Sold out

Condition: For Parts

Warranty: 30 - Warranty

OEM: Parks Medical Electronics

SKU#: ROW-3-116

Quantity

Standard processing time for most equipment is 1 to 3 business days. For more details, please visit our Shipping Policy.

For sale to qualified healthcare professionals, healthcare facilities, biomedical service organizations, and authorized purchasers only. This listing does not include medication, pharmaceuticals, syringes, needles, or prescription drugs.

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Cosmetic

Good

Cosmetic Condition

New in box

Excellent

Good

Poor

Condition ratings are based on a visual inspection and functional testing when possible.

Overview

Description:

The Parks Medical Electronics 1050-C Vascular Mini Lab is a vascular measurement system designed for use in compatible clinical and diagnostic environments. Operating with an 8.2MHz Doppler configuration, this unit utilizes Doppler technology for vascular signal assessment and measurement applications. Its compact Mini Lab design provides an integrated equipment setup suitable for clinical vascular examination and diagnostic workflows.

Specifications:

Brand: Parks Medical Electronics
Model: 1050-C
Product Type: Vascular Mini Lab Doppler Unit
Equipment Type: Vascular Measurement System
Technology: Doppler
Frequency: 8.2MHz
Function: Vascular Signal Assessment
Application: Vascular Diagnostics / Clinical Environments

Features:

8.2MHz Doppler configuration
Vascular Mini Lab system design
Compact equipment configuration
Designed for vascular measurement applications
Suitable for compatible clinical environments

Technical Details

BrandParks Medical Electronics
CategoryVascular Mini Lab Doppler Unit
Medical DisciplineCardiology
ConditionFor Parts
Cosmetic ConditionGood
OEMParks Medical Electronics
SKUROW-3-116
Warranty30 - Warranty

Need This Product Certified Patient-Ready?

If you require this product to be patient-ready certified, you can request a quote. Inspection, testing, repair, electrical safety testing, and calibration services are available through A Biomedical Service, Inc.

✓ ISO 9001:2015
✓ ISO 14001:2015
✓ ISO 45001:2018
👉 Learn more about the equipment certification process

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⚠️ Safety & Biomedical Inspection Notice

Shipping & Receiving Notice

Medical equipment may require inspection, functional verification, calibration, preventive maintenance, safety testing, or other evaluations following transportation and before being placed into service.

Upon receipt, the purchaser is responsible for inspecting the equipment for any shipping damage and determining whether any inspection, testing, calibration, preventive maintenance, or certification is necessary based on the manufacturer's recommendations, the receiving facility's policies, and all applicable laws and regulations.

The equipment should not be placed into clinical service or used for patient care until the purchaser has verified that it is safe, appropriate, and compliant for its intended use.

Biomedical Inspection Notice

Medical equipment should be evaluated by qualified personnel before being placed into clinical service. Depending on the type of equipment, the evaluation may include, as applicable:

  • Electrical safety testing
  • Functional performance verification
  • Alarm verification (if applicable)
  • Battery inspection or replacement (if applicable)
  • Calibration verification (if applicable)
  • Preventive maintenance
  • Software configuration and system settings
  • Verification of compatible accessories, consumables, and disposables
  • Inspection for shipping or handling damage
  • Compliance with the manufacturer's recommendations
  • Compliance with the receiving facility's policies, procedures, and applicable regulatory requirements

Transportation, storage, handling, and installation may affect the performance of medical equipment. Reuse Medical recommends that the receiving facility inspect, test, and evaluate the equipment in accordance with the manufacturer's recommendations and the facility's biomedical engineering procedures before placing the equipment into clinical service or patient use.