Precision Motion for High-Performance Medical Devices
Accelerate development and improve performance with Haydon Kerk Pittman (HKP) motion solutions, engineered for precision, reliability, and compact integration in critical medical applications.
From diagnostic imaging to fluid delivery and surgical systems, leading medical OEMs rely on HKP to deliver consistent, high-performance motion in demanding environments.
Why Medical OEMs Choose HKP
- Integrated Motion Expertise - Motors, actuators, and control solutions from a single partner
- Application-Driven Engineering - Designed around your device requirements—precision, size, noise, and lifecycle
- Miniaturization Leadership - Compact solutions for portable, handheld, and space-constrained designs
- Reliable from Prototype to Production - Rapid development support with scalable manufacturing
- Global Engineering Support - Collaboration across North America, Europe, and Asia
Medical Applications We Support
Diagnostic & Imaging Systems
- CT, MRI, and X-ray platforms
- Enable smooth, low-noise rotation and high-speed stability for accurate imaging
Surgical & Robotic Systems
- Robotic-assisted surgery and automation
- Deliver precision positioning, repeatability, and multi-axis control
Fluid Delivery & Pumping Systems
- Infusion pumps, ventilators, dialysis equipment
- Ensure accurate flow control, stable pressure, and reliable dosing
Patient Handling Equipment
- Hospital beds, exam tables, lifts
- Provide smooth, controlled linear motion and quiet operation
Laboratory & Analytical Equipment
- Diagnostics, analyzers, automation platforms
- Support precise positioning and repeatable motion control
Wearable & Portable Devices
- Home healthcare and portable diagnostics
- Designed for compact size, energy efficiency, and long battery life
Core Motion Technologies
1. Linear Motion Systems (Linear Actuators, Linear Rails/Stages)
- Convert rotary motion into precise linear displacement
- Deliver accurate push/pull forces
- Optimized for compact integration
2. Rotary Solutions (Precision DC, Brushless, Stepper Motors)
- High efficiency (up to ~90% for BLDC)
- Smooth, controlled, accurate speed and torque control
- Long life with minimal maintenance
- Quiet operation for patient-focused environments
3. Fluid Control Systems
4. Enable precise flow rate and pressure control
- Ensure consistent, repeatable delivery in critical care applications
5. Valve Actuation Solutions
- Accurate, repeatable flow regulation
- Seamless integration into automated medical systems
Engineered for Medical Performance
HKP motion solutions are designed to meet the demands of modern healthcare:
- Micron-Level Precision - Accurate positioning and repeatability
- Reliability & Long Life - Designed for continuous operation in critical environments
- Low Noise & Vibration - Improved patient and clinician experience
- Compact Form Factors - Enable miniaturization and portability
- Regulatory Readiness - Designed with FDA, ISO 13485, and compliance requirements in mind
Simplify Your System Design
HKP combines linear, rotary, and control technologies into integrated motion solutions, helping you:
- Reduce system complexity
- Shorten development cycles
- Improve performance and reliability
Designing a Medical Device? Let’s Talk
Work with HKP engineering experts to identify the right motion solution for your application.
- Request a design consultation
- Speak with a motion specialist
FAQs
What type of motors are used in medical equipment?
Medical equipment primarily uses brushless DC motors, brushed DC motors, stepper motors, and linear actuator systems, depending on precision, control, and application requirements.
Why are brushless DC motors preferred in medical devices?
Brushless DC motors offer high efficiency, low maintenance, long lifespan, and precise control, making them ideal for critical medical applications.
How are motors used in medical fluid control systems?
Motors drive pumps and valves to control fluid flow, pressure, and volume, ensuring accurate delivery in devices like infusion pumps and ventilators.
What is the role of motion control in surgical robotics?
Motion systems provide precise positioning, repeatability, and smooth movement, enabling minimally invasive and highly accurate surgical procedures.
What are key requirements for medical-grade motors?
Medical motors must meet requirements for precision, reliability, low noise, compact size, energy efficiency, and regulatory compliance.
Applications for Medical Equipment include: