Bioteq Bloodline Tubing Systems deliver exceptional performance and safety for hemodialysis treatments. With multiple series including Universal Type BT-102 and BT-106, plus specialized Cartridge systems, Bioteq provides comprehensive extracorporeal blood circuit solutions. Trust in Bioteq’s commitment to quality engineering and patient safety for your dialysis procedures.
Bioteq Hemodialysis Blood Tubing Set is intended for use as an extracorporeal blood circuit to set up a one-way fluid pathway between patient and dialyzer. The Cartridge Blood Tubing Set features variable priming volumes from 75ml for pediatric patients (20-40kg) to 103-162ml for adult patients (>40kg). The systems provide reliable blood transport with optimized flow characteristics, enhanced patient safety features, and compatibility across multiple dialysis machine platforms.
2. Indications
Bioteq bloodline tubing systems are indicated for:
Chronic hemodialysis treatments in end-stage renal disease
Extracorporeal blood circulation during dialysis procedures
Single-use applications with Phoenix X36 hemodialysis systems (BT-102C series)
Adult and pediatric hemodialysis based on patient weight requirements
Universal compatibility applications across various dialysis platforms
Acute and chronic dialysis settings requiring reliable blood transport
3. How it Works
Blood Tubing Sets are disposable bloodlines, intended to transfer blood from patients’ vascular access system to the hemodialyzer through an arterial tubing, and from the hemodialyzer to the patient vascular system via a venous tubing. The extracorporeal blood circuit tubing set consists of two parts, namely arterial and venous, which are used during dialysis and are attached with fistula. The system creates a closed-loop circuit enabling continuous blood flow between patient and dialysis equipment.
4. Quality and Safety
Manufacturing Standards: Manufactured by Bioteque Corporation using medical-grade materials with strict quality control processes ensuring consistent performance and biocompatibility.
Material Specifications: Features medical grade PVC tubing with various diameter and type configurations for different machines, including pump segments for conventional and high flow rates.
Safety Features: Large finger guard and latex free injection sites, large and small clamps for ideal ergonomics, wing-shaped connectors for secure dialyzer port grip. Anti-fatigue pump tube maintains consistent blood flow for continuous 50 hours with assured product safety through permanent in-process controls and 100% leakage tests.
5. Important Considerations
Product Range:
Universal Type BT-102 Series: Standard bloodline configuration for general hemodialysis applications
Universal Type BT-106 Series: Enhanced universal compatibility design
Cartridge Blood Tubing Set BT-102C Series: Specialized for Phoenix X36 systems with weight-specific priming volumes
BT-190 Series: Hemodialysis filtration online sets for advanced applications
Technical Specifications:
Low weight model: 75ml priming volume for patients 20-40kg
Standard models: 103-162ml priming volume for patients >40kg
Single-use disposable design for maximum safety
Wide range of configurations available to suit all dialysis machines
Usage Guidelines:
Single-use only – do not reuse or resterilize
Proper priming essential before patient connection
Monitor for leaks or disconnections during treatment
Follow manufacturer’s compatibility guidelines for specific dialysis machines
Storage Requirements:
Store in clean, dry environment
Protect from extreme temperatures and direct sunlight
Maintain sterile packaging until use
Check expiration dates before use
Professional Considerations:
Requires trained dialysis personnel for proper setup and operation
Regular inspection for integrity before and during use
Compatible with standard dialysis monitoring systems
Proper disposal according to medical waste protocols
Professional Note: Bioteq bloodline tubing systems represent reliable engineering for hemodialysis applications. Healthcare providers should ensure proper training on system selection, setup, and monitoring protocols to optimize patient safety and treatment efficacy.
