Description:

The LP5051 Contrast Injector Syringe Heater is a specialized medical heating device designed to maintain the temperature of contrast media used in CT, MRI, and angiography injection systems. The heater keeps the contrast agent close to human body temperature (approximately 37°C), which helps reduce the viscosity of the contrast media and allows smoother and more consistent injection during imaging procedures.

Its compact wrap-around design fits securely around the injector syringe and provides uniform heating with integrated temperature sensing and safety protection. This ensures reliable performance, improved patient comfort, and accurate diagnostic imaging.

Key Features:

• Maintains contrast media temperature close to body temperature (~37°C)
• Reduces viscosity of contrast agents for smoother injection
• Uniform heating around the syringe body
• Compact and lightweight design
• Easy installation with injector syringe systems
• Integrated temperature sensing and control
• Fast heating with stable temperature maintenance
• Over-temperature safety protection
• Reliable performance for clinical applications
• Energy-efficient heating design

Product Details:

• Product Type: Contrast Injector Syringe Heater
• Model: LP5051
• Heating Method: Electrical Resistive Heating
• Temperature Range: 35°C – 40°C
• Standard Operating Temperature: Approximately 37°C
• Temperature Stability: ±1°C
• Resistance: 175 – 185 Ohms
• Power Supply: 24V DC
• Heater Type: Flexible Wrap-Around Heater
• Control System: Integrated Temperature Controller
• Safety Protection: Over-temperature protection
• Installation: Clip-on / Wrap-around syringe mounting
• Compatibility: Standard contrast injector syringes
• Material: Medical-grade polymer housing
• Customization: Available upon request
• Country of Origin: India

Applications:

• CT Scan (Computed Tomography) imaging systems
• MRI imaging systems
• Angiography procedures
• Interventional radiology
• Heating contrast media before injection
• Maintaining temperature during injection procedures
• Improving contrast media flow consistency
• Temperature-sensitive medications
• Anesthesia applications
• Dermatology and aesthetic treatments
• In Vitro Fertilization (IVF) procedures
• Intravenous (IV) medications
• Hospitals and healthcare facilities
• Diagnostic imaging centers
• Radiology departments
• Medical research facilities

Advantages

• Improves contrast media flow performance
• Reduces injection resistance
• Enhances patient comfort during injection procedures
• Supports accurate diagnostic imaging
• Easy integration with existing contrast injector systems