Our Services
A Wide Variety Of Expertise
ACME Medical Equipment employs professionals who possess expertize in a broad range of disciplines needed for engineering medical devices. This means that whatever requirements you have - we know how to engineer it. We develop the mechanisms, controls, interfaces, and safety features and integrate all these parts into a safe and effective device design plan.
Resources That Make It Happen
ACME Medical Equipment team is more than a group of people that design circuit boards or enclosures – we design full systems. Our distinction is in the delivery of complete design documentation, verification, validation testing, and risk management. Our engineers and designers will include everything you need to proceed to the manufacturing stage.
Our Partners
Over 13 years, ACME Medical Equipment has worked with a large amount of clients and partners, gaining experience and feedback on the engineered designs. This has allowed us to gain expertize in a wide variety of medical equipment. Our experience allows us to tackle the most difficult and challenging projects in medical equipment engineering.
Adaptable To Your Needs
ACME Medical Equipment provides end-to-end engineering support to transform your concept into a fully developed, production-ready medical device design complete with comprehensive supporting documentation. We work directly from client-provided specifications, maintaining strict adherence to defined requirements throughout the entire development process. Our structured design approach ensures traceability, consistency, and regulatory alignment at every stage, from initial system architecture through detailed engineering designs. This disciplined methodology enables efficient development cycles while ensuring that all technical, functional, and compliance requirements are fully met within regulated medical device environments.
Patient Monitoring Systems
Integrated multi-parameter platforms for continuous acquisition and display of ECG, SpO₂, NIBP, temperature, and respiration, with alarm management, waveform processing, network connectivity, and central station interoperability in acute care environments.
Infusion Pump Systems
Closed-loop and open-loop fluid delivery platforms supporting syringe and volumetric infusion, with configurable dosing protocols, occlusion detection, air-in-line sensing, drug libraries, and integration with hospital medication management systems.
Mechanical Ventilators
Critical care ventilation systems supporting invasive and non-invasive modes with configurable pressure and volume control, advanced respiratory monitoring, gas blending, alarm logic, and lungprotective ventilation strategy implementation.
Electrocardiogram (ECG/EKG) Devices
Diagnostic and monitoring ECG platforms with multi-lead acquisition, high-resolution signal conditioning, digital filtering, arrhythmia detection algorithms, and support for resting, stress, and continuous monitoring workflows.
Defibrillators
Manual and automated external defibrillation systems with biphasic waveform delivery, energy escalation protocols, ECG rhythm analysis, synchronized cardioversion capability, and integrated resuscitation feedback systems.
Diagnostic Imaging Subsystems (Ultrasound Hardware)
Ultrasound front-end and system-level subsystems including transducer arrays, beamforming ASICs, RF signal chains, and real-time reconstruction pipelines supporting Doppler, 2D/3D imaging, and elastography modalities. .
Surgical Instrument Systems (Electromechanical Tools)
Powered surgical instrument platforms incorporating precision motor control, torque feedback, sterilizable mechanical assemblies, and integration with energy delivery systems for cutting, coagulation, and tissue manipulation.
Wearable Medical Devices
Miniaturized physiological monitoring platforms integrating low-power biosensors, embedded processing, wireless telemetry, and edge analytics for continuous ambulatory monitoring and longitudinal patient data acquisition.