Akas Infusions Unique Infusion Pumps: Complete Technology Guide
Infusion pumps are important medical equipment in healthcare. These devices deliver fluids and medications to patients in a controlled and accurate way. People rely on them for treatments in hospitals, clinics, and even at home.
Not all infusion pumps are the same. Some use basic technology and have limited flexibility. Others are designed to work in a wider range of clinical situations and offer features that make them stand out.
This blog is an expert guide to what makes Akas Infusions’ unique infusion pumps different from conventional pumps.
What Sets Akas Infusions Pumps Apart From Conventional Pumps
Akas Infusions pumps operate differently from standard single-mode devices found in many healthcare facilities. The primary difference lies in their dual-mode capability, which allows both volumetric and drop counting operations in a single device.
Key distinguishing features include:
- Dual-mode operation: Supports both ml/hr and drops/min programming, while conventional pumps typically operate in only one mode.
- Universal IV set compatibility: Works with any manufacturer's IV tubing, eliminating the need for proprietary consumables.
- German engineering standards: Built following precision manufacturing principles for consistent performance.
- Advanced sensor integration: Features multiple detection systems for air bubbles, occlusions, and flow irregularities.
This versatility enables healthcare providers to rely on a single device for various patient needs and treatment settings, ranging from adult ICU care to neonatal applications.
Key Technologies Behind Precise Fluid Delivery
Three core technologies work together in Akas Infusions pumps to deliver accurate fluid administration.
1. Linear Peristaltic Mechanism
A peristaltic pump moves fluid by squeezing flexible tubing in a wave-like motion. Akas pumps feature a linear design, with rollers pressing the tube along a straight path instead of around a circular one. This creates smooth, consistent flow without the pulsation common in rotary peristaltic systems.
2. Smart Microprocessor Control
The microprocessor acts as the pump’s brain, running software that manages infusion settings and real-time adjustments. It processes input from sensors and user settings to maintain precise flow rates throughout the treatment period.
3. Real-Time Flow Feedback Sensors
Built-in sensors continuously measure fluid movement through the tubing. When the sensors detect variations in flow rate, the microprocessor automatically adjusts the pump mechanism to maintain the programmed delivery rate.
Dual-Mode Volumetric and Drop Counting Operation Explained
Akas Infusions pumps offer two distinct measurement methods for fluid delivery, each suited to different clinical needs.
Volumetric mode measures fluid in millilitres per hour (ml/hr), making it ideal for delivering larger volumes over extended periods. Drop counting mode measures by drops per minute, providing precision for micro-dosing applications.
| Mode | Measurement Unit | Typical Applications | Patient Population |
|---|---|---|---|
| Volumetric | ml/hr | High-volume infusions, continuous therapy | Adults, ICU patients |
| Drop counting | drops/min | Micro-infusion, precise dosing | Neonates, paediatric patients |
1. ml/hr Programming for High-Volume Infusions
With volumetric programming, clinicians can set infusion rates in millilitres per hour, making it ideal for adult patients who need consistent fluid delivery. This mode handles treatments like saline administration, blood transfusions, and continuous medication infusions in intensive care settings.
2. Drops/min Control for Micro and Paediatric Dosages
Drop counting mode provides the precision needed for neonatal and paediatric care, where small medication volumes require careful control. By counting individual drops, the pump delivers exact amounts appropriate for smaller patients or high-concentration medications.
The Role of Infusion Pump Technology in Long-Term Treatments
Akas Infusions pumps incorporate multiple safety systems designed to prevent medication errors and protect patients during treatment.
1. Free Flow Prevention Design
When the pump door opens or the IV set loads incorrectly, an automatic clamp closes the tubing. This prevents uncontrolled fluid flow that could lead to overdose or other complications.
2. Air-In-Line Detection And Auto Clamp
External sensors monitor the fluid path for air bubbles. When air is detected, the pump immediately stops the infusion and clamps the tubing to prevent air embolism, a serious condition where air enters the bloodstream.
3. Occlusion Pressure Monitoring
The pump continuously measures pressure within the IV line. High pressure indicates a blockage (occlusion), triggering an alarm and pausing infusion until the obstruction is cleared.
4. Keep Vein Open Function
After completing the programmed infusion, the Keep Vein Open (KVO) feature maintains minimal flow to prevent catheter blockage. This preserves IV access for additional medications or treatments.
Akas Model Comparison For ICU, OT, Oncology And NICU
Akas produces four main infusion pump models, each designed for specific clinical environments and patient needs.
*Flow range depends on syringe size and manufacturer specifications
1. INFUMAX High Precision
INFUMAX delivers the highest accuracy for critical care applications. Its wide flow range supports both high-volume adult treatments and precise micro-dosing. The model is equipped with advanced safety features and dual operating modes, ensuring maximum clinical flexibility.
2. INFU 5005 Extended Range
INFU 5005 balances versatility with portability. The pump handles a broad range of infusion rates while remaining suitable for transport between departments or ambulatory use.
Universal IV Set Compatibility And Cost Benefits
Unlike many infusion pump manufacturers that require proprietary tubing, Akas pumps work with IV sets from any supplier. This universal compatibility provides several operational advantages.
1. Adult And Microdrip Calibration Range
Drop factor refers to the number of drops that equal one millilitre of fluid. IV tubing comes in different drop factors, typically 12-26 drops/ml for adult sets and 60 drops/ml for paediatric microdrip sets. Akas pumps accommodate drop factors from 30 to 85 drops per millilitre, covering virtually all commercially available IV tubing.
2. Consumable Savings Analysis
Universal compatibility offers several cost advantages:
- Vendor flexibility: Hospitals can purchase IV sets from multiple suppliers, often securing better pricing through competitive bidding
- Inventory simplification: One type of IV set works across different pump models, reducing storage complexity
- Supply chain resilience: Alternative suppliers remain available if primary vendors experience shortages
- Bulk purchasing power: Larger quantities of universal sets typically command lower per-unit costs
Battery Backup, Connectivity And Maintenance Features
Reliable operation requires robust power management, data connectivity, and proactive maintenance capabilities.
1. Four-Hour Ni-Cd Runtime
Rechargeable Nickel-Cadmium batteries provide up to four hours of continuous operation during power outages. Power-saving modes extend battery life by reducing display brightness and non-essential functions while maintaining safe infusion delivery.
2. Remote Monitoring Option
Optional connectivity modules allow pumps to transmit data to central monitoring systems. This enables clinical staff to oversee multiple infusions from a single workstation and receive immediate alerts about any issues.
3. Self-Diagnostics And Preventive Alerts
Built-in diagnostic routines check system components before and during operation. The pump displays maintenance reminders and alerts staff to potential problems before they cause treatment interruptions.
Step-By-Step Guide To Selecting The Right Akas Pump
Selecting the right infusion pump model requires assessing clinical needs, technical specifications, and operational considerations.
1. Define Clinical Use Case
Consider these key factors:
- Patient population: Age groups (neonatal, paediatric, adult, geriatric) determine flow rate requirements
- Treatment types: Chemotherapy, anaesthesia, hydration, or critical care medications
- Care setting: ICU, operating room, general ward, or ambulatory/home care environment
2. Assess Flow Rate Requirements
Review typical medication doses and volumes for your clinical setting. High-volume adult treatments require pumps with wide flow ranges, while neonatal care demands precise low-flow capabilities.
3. Evaluate Safety And Certification Needs
Verify that pump certifications match your facility’s requirements. Essential safety features include occlusion detection, air-in-line monitoring, free-flow protection, and comprehensive alarm systems.
4. Calculate Total Cost Of Ownership
Include these cost components:
- Initial purchase price: Base pump cost and accessories
- Consumables: IV sets, syringes, and replacement parts
- Training: Staff education and certification programs
- Maintenance: Service contracts and preventive maintenance
Service, Training And Regulatory Certifications You Can Trust
Akas Infusions provides comprehensive support to ensure safe and effective pump operation throughout the device lifecycle.
1. On-Site Nurse Training Program
Every pump purchase includes on-site training for clinical staff. The program covers setup procedures, operation protocols, troubleshooting techniques, and safety protocols. Ongoing support addresses questions and updates staff knowledge as new features become available.
2. CE And ISO 13485 Compliance
Akas pumps carry CE certification, confirming compliance with European Union safety and performance standards. ISO 13485 certification demonstrates adherence to international quality management systems specifically designed for medical device manufacturers.
3. 24-Hour Service Turnaround
Akas maintains a rapid response service with parts availability and technical support within 24 hours. This minimises equipment downtime and ensures the continuous availability of critical care equipment.
Advancing Patient Safety With Akas Infusions
Akas Infusions focuses on developing infusion pump technology that prioritises accuracy, reliability, and safety in fluid delivery. The company integrates multiple safety systems, real-time monitoring, and precision control mechanisms into each pump model to reduce medication errors and support optimal patient outcomes.
Product development integrates clinical feedback and adheres to international safety standards. Every device undergoes rigorous testing and regulatory certification before being deployed in healthcare settings.
Healthcare facilities interested in evaluating Akas Infusions’ pump technology can schedule a demonstration to see how these systems perform in clinical settings.
FAQs About Akas Infusions Pumps
How do Akas Infusions’ pumps integrate with hospital electronic medical records?
Akas pumps connect to hospital information systems through optional connectivity modules that transmit infusion data directly to EMR platforms. This integration allows for automatic documentation, minimising manual charting errors.
What spare parts availability exists for Akas pumps outside India?
Akas maintains international distribution networks with regional spare parts inventory in major markets. Critical components are typically available within 48-72 hours to minimise equipment downtime.
What warranty coverage do Akas Infusions pumps include?
All Akas Infusions pumps include comprehensive one-year warranty coverage for parts, labour, and technical support. Extended warranty options and preventive maintenance contracts are available for multi-year protection.