Manifold

Product Details: Advanced Clinical Manifold System

The clinical manifold represents a sophisticated fluid control platform engineered for angiography, interventional cardiology, and critical care applications. By integrating robust polymer construction with human-centered design principles, this device delivers exceptional durability, intuitive operation, and procedural versatility. The system's intelligent ergonomics and customizable configurations address both clinical performance requirements and workflow efficiency needs in modern medical practice.

1. Engineered Material Construction & Durability

• Medical-Grade Polycarbonate Body:
  

  Manufactured using high-strength, transparent polycarbonate that provides excellent chemical resistance against contrast media and pharmaceuticals. The material offers optimal clarity for bubble detection and maintains structural integrity under repeated sterilization cycles (including gamma radiation and EtO).

  
  

• Precision Acetal Polymer Handles:
  

  Utilizing advanced acetal copolymer for all rotating components, ensuring smooth actuation with minimal friction. This engineering polymer demonstrates superior wear resistance and dimensional stability, guaranteeing consistent torque performance throughout the device's operational lifespan.

  
  

• Integrated Fluid Pathway Design:
  

  Features precision-molded, leak-resistant connections with standardized Luer-lock fittings. The optimized internal lumen geometry minimizes fluid turbulence and reduces stagnation points, supporting consistent flow characteristics during dynamic pressure variations.

  
  

2. Ergonomic Human Factors Design

• Shark-Fin Handle Biomechanics:
  

  The patented handle profile conforms to natural finger positioning, distributing actuation force across the entire distal phalanx. This design reduces localized pressure points by approximately 40% compared to conventional round handles, as verified through grip force analysis.

  
  

• Reduced Actuation Torque Requirements:
  

  Engineering modifications to the valve core interface and handle leverage ratio decrease necessary rotation force to 0.8-1.2 Nm, enabling single-finger operation even with gloved hands. This enhancement significantly reduces operator fatigue during prolonged procedures.

  
  

• Tactile & Visual Positioning Indicators:
  

  Each handle incorporates positive tactile stops at fully open/closed positions with audible click confirmation. Color-contrasted orientation markers provide instant visual status recognition from multiple viewing angles in the sterile field.

  
  

3. Configuration Versatility & Clinical Integration

• Color-Coded Procedural Organization:
  

  Available in 6 standardized ISOPHA color variants (following ISO 80369-7 recommendations) with capacity for custom color matching. This enables immediate device differentiation for contrast media, saline flush, pressure monitoring lines, or medication delivery systems.

  
  

• Modular Handle Configuration Options:
  

  Configurable as 3-way, 4-way, or 5-way manifolds with selective handle placement. Specialized configurations include:

  
  

• Rapid-Flush Modules with integrated check valves

• Pressure-Isolation Models for hemodynamic monitoring

• Dual-Rotation Handles for bidirectional flow control

• Procedure-Specific Customization:
  

  Supports custom labeling, handle combinations, and accessory integration (including stopcocks, extension lines, and transducer interfaces). All variants maintain compatibility with standard angiographic trays and modular procedure packs for seamless inventory integration.

  
  

Manufactured under ISO 13485:2016 quality systems with full material traceability. Each device is validated for performance per ISO 594 standards for Luer fittings and ISO 8537 for sterile packaging. Compatible with all common contrast media and vascular solutions within specified chemical exposure limits.