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Karl Storz Laparoscopy Tower – Nairobi Hospital

Site Name

Nairobi Hospital

Location

Nairobi, Kenya

Commissioned Date

24th Aug 2023

Purpose

to enhance The Nairobi Hospital’s minimally invasive surgical capabilities through the installation of a Karl Storz Laparoscopy Tower

Sector

Theatre

 

Project Overview

Crown Healthcare successfully installed a Karl Storz IMAGE1 S™ Laparoscopy Tower at The Nairobi Hospital, providing the surgical team with high-definition visualization, ergonomic control, and fully integrated functionality. The system supports various disciplines including general surgery, urology, gynecology, and gastrointestinal surgery, while also serving as a platform for teaching and procedural documentation.

Rationale for Investment

  • Growing Demand for Minimally Invasive Surgery: The hospital’s expanding caseload required reliable, high-precision imaging systems for laparoscopic interventions.

  • Need for Imaging Standardization: The laparoscopy suite was in need of a modern, consolidated system that could replace fragmented or outdated devices.

  • Academic and Training Environment: The Karl Storz tower also supports live surgical teaching, video capture, and procedure reviews essential for continued medical education.

Implementation Highlights

  • Deployment Location: Surgical theatre complex, The Nairobi Hospital

  • Timeline: Delivered, installed, tested, and commissioned within a 2-week window

  • Training:

    • In-theatre orientation provided for surgical teams, nurses, and scrub techs

    • Ongoing biomedical support for system maintenance and upgrades

Technical Specifications

  • System: Karl Storz IMAGE1 S™ Laparoscopy Tower

  • Core Components:

    • Full HD or 4K camera platform with enhancement modes (CLARA, CHROMA, SPECTRA)

    • LED light source with intelligent brightness control

    • Integrated insufflation and suction/irrigation systems

    • Recording and archiving capabilities for teaching and documentation

    • Mobile cart for multi-theatre mobility

Expected Outcomes

  • Clinical Advantages:

    • High-definition imaging improves intraoperative visibility and precision

    • Enables safer, faster procedures with lower conversion rates

  • Operational Impact:

    • Streamlined setup and multi-specialty use enhances OR efficiency

    • Recording features improve post-op case reviews and peer learning

  • Strategic Value:

    • Reinforces The Nairobi Hospital’s leadership in minimally invasive care

    • Enhances Crown Healthcare’s reputation for high-end surgical solutions

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Mindray HyBase 8300 Operating Table (0400) – Nairobi Hospital

Site Name

Nairobi Hospital

Location

Nairobi, Kenya

Commissioned Date

8th June 2021

Purpose

to enhance surgical safety, precision, and versatility by installing the Mindray HyBase 8300 Operating Table (Model 0400)

Sector

Theatre

Project Overview

Crown Healthcare successfully installed the Mindray HyBase 8300 Operating Table (Model 0400) in a major operating theatre at The Nairobi Hospital. This advanced electro-hydraulic table offers a modular design, high weight capacity, and flexible positioning options, making it ideal for both general and specialty surgeries including orthopedics, urology, gynecology, neurosurgery, and laparoscopic procedures.

Rationale for Investment

  • Surgical Volume & Complexity: Increased caseloads and more advanced surgical interventions required robust, high-performance OT tables.

  • Replacement of Legacy Equipment: Existing manual or semi-electric tables were limited in range of motion, weight handling, and adjustment precision.

  • Surgeon-Centric Design: The HyBase 8300 offers programmable, automated positioning and remote control, reducing manual effort and enhancing procedural consistency.

Implementation Highlights

  • Installation Site: Main Operating Theatre, The Nairobi Hospital

  • Commissioning:

    • Delivered, assembled, and tested for full mobility, articulation, and control system functionality

  • Training:

    • Theatre nurses and surgeons trained on control systems, positioning presets, and safety protocols

    • Biomedical engineering team trained on servicing and maintenance routines

Technical Specifications

  • Model: Mindray HyBase 8300 (0400 Series)

  • Key Features:

    • Electro-hydraulic adjustments with wireless remote and control panel

    • Longitudinal slide of up to 320 mm for full C-arm access

    • Modular table top design with interchangeable sections

    • High weight capacity (up to 360 kg) with Trendelenburg, reverse Trendelenburg, lateral tilt, and flex/reflex positioning

    • Battery backup for uninterrupted use during power fluctuations

Expected Outcomes

  • Clinical Benefits:

    • Enhanced surgical precision through stable, customizable positioning

    • Increased comfort for surgical teams and better access during complex procedures

  • Operational Efficiency:

    • Faster theatre setup and patient transitions between cases

    • Reduced intraoperative repositioning time due to motorized controls

  • Strategic Value:

    • Reinforces The Nairobi Hospital’s commitment to modernizing surgical infrastructure

    • Expands Crown Healthcare’s profile as a key supplier of advanced OT solutions

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Haier Pharmacy Fridges – Aga Khan University Hospital

Site Name

Aga Khan Hospital

Location

Nairobi, Kenya

Commissioned Date

30th Aug 2023

Purpose

to upgrade the hospital’s pharmaceutical cold chain infrastructure, ensuring the safe, compliant, and efficient storage of temperature-sensitive medications and vaccines

Sector

Cold Chain

Project Overview

Crown Healthcare successfully installed Haier Pharmacy Fridges at Aga Khan University Hospital, Nairobi, enhancing the facility’s cold chain reliability across its pharmacy and medication storage areas. These fridges are designed to support clinical-grade temperature control, in line with WHO and local regulatory guidelines, safeguarding sensitive pharmaceuticals such as insulin, vaccines, oncology drugs, and biologicals.

Rationale for Investment

  • Increased Inventory of Cold-Chain Products: Growth in the hospital’s pharmaceutical and vaccine stock required greater, more reliable cold storage capacity.

  • Compliance with Best Practices: Pharmacy operations needed modern, validated systems to meet stringent pharmaceutical storage regulations.

  • Operational Risk Mitigation: Replacing older refrigeration systems with Haier units reduced the risk of inventory loss due to temperature excursions or mechanical failures.

Implementation Highlights

  • Deployment Zones: Main pharmacy storage, vaccine storage room, and medication prep areas

  • Timeline: Delivery, installation, and commissioning completed smoothly

  • Training:

    • On-site training for pharmacists and pharmacy technicians on monitoring and daily use

    • Technical support provided to the hospital’s biomedical engineering team

Technical Specifications

  • Fridge Type: Haier Medical Refrigerators

  • Key Features:

    • Temperature range: 2°C to 8°C (stable and uniform)

    • Digital temperature control and real-time display

    • Visual and audible alarms for temperature deviation, power failure, and door ajar

    • Integrated battery backup for continuous monitoring during power outages

    • Energy-efficient design with eco-friendly refrigerant

Expected Outcomes

  • Pharmaceutical Safety:

    • Reduced risk of medication spoilage due to thermal excursions

    • Enhanced assurance of product efficacy from manufacturer to patient administration

  • Operational Efficiency:

    • Improved medication handling workflows

    • Reduced reliance on manual temperature tracking

  • Strategic Impact:

    • Positions Aga Khan Nairobi as a benchmark institution for cold chain management in hospital pharmacy

    • Reinforces Crown Healthcare’s leadership in critical healthcare infrastructure support

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Karl Storz Laparoscopy Tower – Aga Khan University Hospital

Site Name

Aga Khan Hospital

Location

Nairobi, Kenya

Commissioned Date

4th June 2020 – 1st Machine
17th July 2020 – 2nd Machine

Purpose

to enhance clinical monitoring capabilities at Aga Khan Hospital, Kisumu, thereby ensuring real-time patient surveillance

Sector

Critical Care

Project Overview

In mid-2020, Crown Healthcare successfully installed two Karl Storz IMAGE1 S™ Laparoscopy Towers at Aga Khan University Hospital, Nairobi. The installations were carried out in two consecutive months—June and July 2020—to support the hospital’s rapidly growing demand for laparoscopic surgeries. These systems deliver high-resolution imaging, seamless equipment integration, and enhanced safety in the operating theatre.

Commissioning Timeline

  • First Tower Installed: June 2020

  • Second Tower Installed: July 2020

Both installations were completed by Crown Healthcare’s surgical engineering team and fully commissioned for use in active operating theatres.

Rationale for Investment

  • Surge in Laparoscopic Procedures: Demand for minimally invasive surgeries had grown across general surgery, gynecology, urology, and gastrointestinal disciplines.

  • Clinical Modernization: The hospital required high-performance visualization systems to replace aging infrastructure and improve operative outcomes.

  • Teaching & Training: As a leading academic medical center, Aga Khan needed HD systems that support real-time teaching, case recording, and advanced surgical training.

Implementation Highlights

  • Deployment Location: Main surgical theatres

  • Training:

    • On-site orientation for surgeons and scrub nurses

    • Biomedical team trained in preventive maintenance and system diagnostics

  • Support:

    • Post-installation technical support and service contract initiated for both towers

Technical Specifications

  • System: Karl Storz IMAGE1 S™

  • Key Features:

    • Full HD camera platform with SPECTRA, CLARA, and CHROMA visualization modes

    • LED cold light source with automatic brightness control

    • Integrated insufflator, suction-irrigation, and electrosurgical support

    • Digital image and video capture with external display capability

    • Mobile modular tower design for cross-specialty use

Expected Outcomes

  • Clinical:

    • Improved surgical visualization and accuracy, particularly in complex cases

    • Reduced operative times and fewer post-operative complications

  • Operational:

    • Increased surgical throughput by enabling concurrent or back-to-back procedures

    • Reliable and consistent imaging platform across multiple specialties

  • Strategic:

    • Positions Aga Khan Nairobi as a benchmark institution for laparoscopic surgery in East Africa

    • Supports Crown Healthcare’s reputation as a leader in surgical technology integration

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Haier Cold Chain – Aga Khan Kisumu

Site Name

Aga Khan Hospital Kisumu

Location

Kisumu, Kenya

Commissioned Date

18th Oct 2022

Purpose

to strengthen the hospital’s medical cold storage infrastructure to support the safe and effective storage of temperature-sensitive products such as vaccines, blood, reagents, and medications

Sector

Critical Care

Project Overview

Crown Healthcare successfully installed a range of Haier Cold Chain units at Aga Khan Hospital, Kisumu, as part of a strategic upgrade to their medical storage and pharmaceutical logistics systems. These units provide precise temperature control, energy efficiency, and robust operational reliability, vital for maintaining the efficacy and safety of critical supplies in pharmacy, laboratory, immunization, and blood storage areas.

Rationale for Investment

  • Regulatory Compliance: Ensuring adherence to Ministry of Health and WHO guidelines for the safe storage of pharmaceuticals and biologics.

  • Temperature-Sensitive Inventory Growth: Increased procurement of vaccines, insulin, oncology products, and reagents demanded more reliable cold storage capacity.

  • Operational Risk Mitigation: Replacing aging refrigeration units with modern systems reduces the risk of stock loss due to temperature excursions.

Implementation Highlights

  • Deployment Areas: Main pharmacy, laboratory, vaccination center, emergency stock room

  • Timeline: Units delivered, installed, validated, and commissioned within 2 weeks

  • Training:

    • Staff training on temperature monitoring, defrosting protocols, and daily checks

    • Biomedical support provided for long-term maintenance and calibration

Technical Specifications

  • Equipment: Haier Medical Refrigerators and Freezers

  • Key Features:

    • Wide temperature range coverage (-40°C to +8°C) for various clinical applications

    • Digital temperature display with real-time monitoring and logging

    • Audio-visual alarms for high/low temperature, door ajar, and power failure

    • Battery backup and voltage stabilizer for power fluctuation protection

    • Eco-friendly refrigerants with low noise and energy consumption

Expected Outcomes

  • Clinical Safety:

    • Improved product viability and reduced spoilage risks

    • Enhanced compliance with pharmaceutical and diagnostic storage protocols

  • Operational Efficiency:

    • Reduced manual temperature tracking with digital logs

    • Alarm systems enable faster response to potential cold chain breaches

  • Strategic Benefit:

    • Positions Aga Khan Kisumu as a model for best practices in inventory safety and logistics

    • Reinforces Crown Healthcare’s commitment to pharmaceutical cold chain excellence

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Mindray A9 Anesthesia Machines – Aga Khan Kisumu

Site Name

Aga Khan Hospital Kisumu

Location

Kisumu, Kenya

Commissioned Date

14th Sept 2022

Purpose

to enhance surgical safety, efficiency, and patient outcomes by equipping Aga Khan Hospital, Kisumu with state-of-the-art anesthesia delivery systems

Sector

Theatre

Project Overview

As part of our strategic CAPEX roll-out to strengthen theatre infrastructure, Crown Healthcare installed two Mindray A9 Anesthesia Workstations at Aga Khan Hospital, Kisumu. These advanced units were commissioned to support the facility’s expanding elective and emergency surgical services, ensuring high performance in both adult and pediatric surgical cases.

Rationale for Investment

  • Increased Surgical Load: A rise in both elective and emergency procedures required modern, dual-capable anaesthesia workstations.

  • Obsolescence of Existing Units: Legacy equipment in the theatres was approaching end-of-life and lacked precision delivery, monitoring, and safety features.

  • Operational Redundancy: A second A9 unit ensures service continuity, even during maintenance or emergency situations.

Implementation Highlights

  • Location: Two major operating theatres at Aga Khan Hospital, Kisumu

  • Timeline: Delivered, installed, and commissioned within 2 weeks

  • Training:

    • Hands-on training sessions conducted for anaesthetists and theatre nurses

    • Biomedical staff trained on preventive maintenance and calibration procedures

Technical Specifications

  • Model: Mindray A9 Anaesthesia Workstation

  • Key Features:

    • High-precision electronic gas mixing and advanced ventilation modes

    • Integrated patient monitoring with touch-screen interface

    • Low-flow anaesthesia capabilities to reduce agent consumption

    • Automated compliance and leak testing

    • Advanced safety alarms and backup power protection

Expected Outcomes

  • Clinical Impact:

    • Improved anaesthesia accuracy and safety for high-risk surgeries

    • Enhanced patient recovery through optimized ventilation and low agent use

  • Operational Gains:

    • Reduced theatre turnover time due to efficient system startup and diagnostics

    • Real-time data and integrated alarms improve situational awareness for surgical teams

  • Strategic Value:

    • Supports Aga Khan Kisumu’s goal of becoming a regional surgical referral center

    • Strengthens Crown Healthcare’s portfolio in critical care and perioperative technologies

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Fuji mammography machine – Aga Khan Kisumu

Site Name

Aga Khan Hospital Kisumu

Location

Kisumu, Kenya

Commissioned Date

4th July 2022

Purpose

to enhance breast cancer screening and diagnostic capabilities

Sector

Critical Care

 

Crown Healthcare successfully installed a Fujifilm Mammography Machine at Aga Khan Hospital, Kisumu, as part of its broader initiative to support high-impact diagnostic solutions in regional health facilities. The system is a significant technological upgrade that empowers the hospital to meet growing demand for women’s imaging services while providing patients with a safer, faster, and more comfortable diagnostic experience.

Rationale for Investment

  • Rising Breast Cancer Incidence: Increased cases across Kenya demand wider access to reliable screening tools.

  • Service Gap: Kisumu lacked consistent access to high-resolution mammography, especially with digital archiving and remote consultation capabilities.

  • Clinical Differentiation: Offers Aga Khan Kisumu a competitive edge in women’s health services and diagnostic precision.

Implementation Highlights

  • Departments Covered: Radiology and Women’s Health Unit

  • Timeline: Installation, calibration, and commissioning completed in 3 weeks

  • Training:

    • Comprehensive technical and clinical training provided to radiologists and imaging technologists

    • Ongoing technical support as part of post-installation service contract

Technical Specifications

  • Model: Fujifilm Amulet Innovality (or insert exact model if known)

  • Key Features:

    • High-resolution digital imaging with low-dose exposure

    • 2D and 3D (Tomosynthesis) imaging options

    • Comfortable patient positioning and fast scan times

    • PACS compatibility and diagnostic workstation integration

  • Operational Add-Ons:

    • Compression paddle sets

    • Radiologist review station

    • Backup power stabilizer for equipment safety

Expected Outcomes

  • Clinical Benefits:

    • Early and accurate detection of breast lesions

    • Improved diagnostic confidence through high-quality digital images

    • Reduced radiation dose and improved patient comfort

  • Operational Improvements:

    • Shorter exam times and reduced patient backlog

    • Digital image storage enables faster report turnaround and teleconsultation

  • Strategic Impact:

    • Positions Aga Khan Kisumu as a regional center for women’s diagnostic services

    • Reinforces Crown Healthcare’s role in oncology care infrastructure development

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Patient Monitors – Aga Khan Kisumu

Site Name

Aga Khan Hospital Kisumu

Location

Kisumu, Kenya

Commissioned Date

5th Jan 2025

Purpose

to enhance clinical monitoring capabilities at Aga Khan Hospital, Kisumu, thereby ensuring real-time patient surveillance

Sector

Critical Care

Project Overview

In line with Crown Healthcare’s strategic commitment to improving healthcare delivery through technology, we have successfully completed the installation of advanced patient monitoring systems at Aga Khan Hospital, Kisumu. This initiative reflects our shared vision with Aga Khan Health Services of providing responsive, data-driven care in both routine and emergency scenarios.

Rationale for Investment

  • Growing Clinical Complexity: An increase in high-dependency and post-surgical patients necessitated enhanced monitoring.

  • Infrastructure Modernization: Replacement of outdated or manual systems to ensure consistent clinical standards.

  • Expansion of Capacity: With more critical care beds added, there was a need to support them with reliable monitoring infrastructure.

Implementation Highlights

  • Departments Covered: ICU, HDU, Emergency, Surgical Recovery

  • Timeline: 4 weeks from delivery to full commissioning

  • Training & Support:

    • In-depth clinical and technical training for over 20 personnel

    • Ongoing preventive maintenance agreement included

Technical Specifications

  • Bedside Monitors: Multi-parameter functionality (ECG, SPO2, NIBP, TEMP, RESP)

  • Central Monitoring Unit: For consolidated viewing and alerting

  • Advanced Features:

    • Real-time trending and storage of vitals

    • Customizable alarm settings

    • Connectivity-ready for future EMR integration

Expected Outcomes

  • Clinical:

    • Faster intervention during patient deterioration

    • Better clinical decision-making through access to vitals history and trends

  • Operational:

    • Reduced manual documentation burden on staff

    • Improved patient flow and resource prioritization

  • Strategic:

    • Strengthens Aga Khan Kisumu’s standing as a top-tier referral hospital

    • Demonstrates Crown Healthcare’s value proposition in high-dependency care

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