Healthcare IT Solutions You Can Trust
Supporting the NHS with secure, scalable technology
Healthcare organisations need reliable technology that supports clinical workflows, protects patient information, and enables staff to deliver efficient, connected care.
Akhter has supplied goods and services to the NHS since 1979, delivering practical technology and managed IT support for demanding healthcare environments. We work closely with NHS trusts and healthcare teams to understand operational challenges, reduce risk, control costs, and protect long-term technology investments.
Specialist Support, Tailored to Healthcare Needs
Practical IT services for clinical and administrative environments
Our healthcare-focused team and Microsoft Certified engineers provide flexible managed IT support and scalable solutions designed around each organisation’s needs.
This includes:
Akhter delivers practical healthcare technology solutions that support clinicians, protect patient data, and help NHS organisations operate more efficiently in demanding environments.
Speak to Our TeamBetter Patient Care Through Technology
Supporting digitisation, automation and connected care
Akhter’s work in healthcare supports the digitisation and automation of medical records, diagnostic processes, and patient care systems.
By improving secure data access, collaboration, and system performance, our solutions help healthcare professionals make more informed decisions and deliver more efficient patient care.
Explore real-world projects that demonstrate how Akhter helps hospitals, NHS trusts, and healthcare providers modernise infrastructure, improve operational efficiency, and support connected healthcare delivery.
Tech Supporting Healthcare Operations
Secure, connected technology for modern healthcare
Modern healthcare relies on secure, connected technology to support clinical teams, patient data access, telemedicine, and critical system availability. Akhter provides solutions spanning clinical workstations, mobile devices, secure networks, servers, backup systems, and diagnostic technologies, helping healthcare organisations deliver reliable patient care while maintaining operational efficiency and resilience.
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Used by healthcare professionals to access electronic health records (EHRs), practice telemedicine, and manage patient information.
These setups often include high-definition cameras, microphones, and large monitors to facilitate virtual consultations between patients and healthcare providers.
Tablets and smartphones enable healthcare professionals to check patient information, communicate with colleagues, and provide care at point-of-use.
Centralized servers store vast amounts of patient data securely. They support applications such as EHR systems, laboratory information systems (LIS), and radiology information systems (RIS).
Backup servers and storage devices ensure that critical patient data is protected and recoverable in case of failure or disasters.
Routers, switches, and firewalls ensure that hospital networks are secure and facilitate data sharing between devices and systems. Wi-Fi access points enable wireless connectivity for mobile devices used by healthcare staff.
Devices like MRI machines, CT scanners, and ultrasound machines rely on computer hardware for image processing and diagnostics. Some devices are networked to share data with EHR systems and radiology departments seamlessly.
Hardware like bedside monitors and wearable devices keep track of vital signs and alert medical staff in case of anomalies. These systems can be integrated with hospital networks to ensure real-time monitoring.
Computer-connected devices in laboratories streamline processes, from blood tests to DNA sequencing, ensuring precise data acquisition and rapid results reporting. Automated analyzers and robotics in labs heavily depend on advanced hardware.
Printers for producing patient labels, prescriptions, and medical documentation. Imaging devices, such as digital X-ray and mammography machines, require sophisticated computer hardware for image capture and processing.
Systems are in place to protect sensitive patient data, including biometric scanners and hardware encryption devices. Firewalls and intrusion detection systems safeguard healthcare networks from cyber threats.
Virtual reality systems can be used for surgical simulation training, while augmented reality can assist in surgical procedures by overlaying digital information on the real world.
Used by healthcare professionals to access electronic health records (EHRs), practice telemedicine, and manage patient information.
These setups often include high-definition cameras, microphones, and large monitors to facilitate virtual consultations between patients and healthcare providers.
Tablets and smartphones enable healthcare professionals to check patient information, communicate with colleagues, and provide care at point-of-use.
Centralized servers store vast amounts of patient data securely. They support applications such as EHR systems, laboratory information systems (LIS), and radiology information systems (RIS).
Backup servers and storage devices ensure that critical patient data is protected and recoverable in case of failure or disasters.
Routers, switches, and firewalls ensure that hospital networks are secure and facilitate data sharing between devices and systems. Wi-Fi access points enable wireless connectivity for mobile devices used by healthcare staff.
Devices like MRI machines, CT scanners, and ultrasound machines rely on computer hardware for image processing and diagnostics. Some devices are networked to share data with EHR systems and radiology departments seamlessly.
Hardware like bedside monitors and wearable devices keep track of vital signs and alert medical staff in case of anomalies. These systems can be integrated with hospital networks to ensure real-time monitoring.
Computer-connected devices in laboratories streamline processes, from blood tests to DNA sequencing, ensuring precise data acquisition and rapid results reporting. Automated analyzers and robotics in labs heavily depend on advanced hardware.
Printers for producing patient labels, prescriptions, and medical documentation. Imaging devices, such as digital X-ray and mammography machines, require sophisticated computer hardware for image capture and processing.
Systems are in place to protect sensitive patient data, including biometric scanners and hardware encryption devices. Firewalls and intrusion detection systems safeguard healthcare networks from cyber threats.
Virtual reality systems can be used for surgical simulation training, while augmented reality can assist in surgical procedures by overlaying digital information on the real world.
Driving better patient experiences and more efficient, connected Healthcare services
As healthcare technology continues to evolve, the integration of advanced computer hardware is expected to grow, leading to better patient experiences and optimized healthcare services.
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