Overview

Where performance is critical and reliability is non-negotiable, Maxmega serves as a trusted partner to the global healthcare technology sector. We supply a specialized portfolio of high-fidelity electronic components and sensor solutions that form the vital core of advanced medical devices, diagnostic equipment, and life-sustaining systems.

Our Capabilities

Our components are engineered to meet the exceptional standards required for patient monitoring, medical imaging, surgical robotics, portable diagnostics, and laboratory instrumentation. We understand the imperative for signal accuracy, low-noise operation, long-term stability, and rigorous compliance in every application.

Why Choose Us

Maxmega maintains an extensive sales and support network across Southeast Asia, enabling us to deliver rapid, localized service. We guide our customers through every stage of their project lifecycle—from initial design to full-scale mass production—acting as a true partner committed to mutual growth and long-term success.

• NDK

NDK supplies high-reliability crystal oscillators and timing solutions for medical and healthcare equipment. Their products are used in diagnostic devices, patient monitoring systems, and medical instrumentation where accuracy, stability, and long-term reliability are critical.

• KNOWLES-CDE

CDE & ILLINOIS supplies high-reliability capacitor solutions for medical equipment. Its aluminum electrolytic capacitors feature low leakage current, critical for patient safety. The high-standard metallized film capacitors, with excellent stability and long life, are widely used in power management and signal processing circuits of pacemakers, defibrillators, imaging equipment, and lab diagnostics.

• KNOWLES-COMPEX

COMPEX supplies high-density capacitors for medical equipment (e.g., optical diagnostics, endoscopic imaging systems), with customization capabilities to meet specific signal processing, filtering, and high-frequency driving needs. It also customizes high-performance, miniaturized capacitors and integrated modules for optical drive circuits in medical lasers and sensing devices.

• KNOWLES-DLI

Knowles DLI supplies high-performance RF solutions for medical diagnostic equipment (e.g., MRI, CT). Its high-Q Single Layer Ceramic capacitors are designed for the RF front-end, ensuring imaging accuracy. The company also offers custom thin-film products, where precision-manufactured, stable, low-loss film components are critical for the high-frequency signal chains of advanced imaging systems.

• KNOWLES-JOHANSON

KNOWLES JOHANSON supplies high-precision, stable trimmer capacitors for advanced medical imaging (e.g., MRI, CT) and diagnostics. Its air trimmers and sealed Seal-Trim® series feature ultra-high Q, minimal loss, and withstand rigorous sterilization, serving as core components for ensuring long-term precise tuning and stability in critical circuits like RF coils and signal generators.

• KNOWLES-NOVACAP

KNOWLES NOVACAP supplies high-reliability capacitors for advanced medical equipment (e.g., X-ray, CT high-voltage generators). Its HV MLCCs operate stably under tens of kilovolts, while its safety-certified MLCCs (meeting IEC 60601 standards), which prevent arcing/breakdown, are essential for system electrical safety and patient protection.

• KNOWLES-SYFER

Knowles Syfer’s ceramic capacitors provide exceptional long-term reliability for implantable and diagnostic devices. Their low leakage current, high insulation resistance, and biocompatibility ensure the stable performance of pacemakers, hearing aids, and monitors through years of service and sterilization cycles.

• KNOWLES-VOLTRONIC

KNOWLES VOLTRONIC supplies precision capacitor solutions for advanced medical diagnostics and imaging (e.g., MRI). Its non-magnetic trimmer capacitors eliminate magnetic interference for imaging accuracy. Combined with its high-stability, low-loss MLCCs, they ensure long-term performance stability and signal integrity in critical high-frequency circuits like RF coils and detectors.

• TOREX

TOREX, a Japanese semiconductor company, specializes in “Powerfully Small” analog power ICs for medical applications. Their diodes and MOSFET, such as the high-voltage XC9704/XC9705 converters, deliver highly efficient power conversion and precise voltage control. These features are crucial for ensuring the reliable operation, long battery life, and compact size of medical devices like glucose meters and wearable health monitors.

• TT ELECTRONICS-AB

TTE AB Connector delivers high-reliability connectors and cable assemblies for medical devices, ensuring stable transmission of critical signals and data in diagnostic, monitoring, and therapeutic systems. Their products meet medical standards, withstand repeated sterilization, and are widely used in MRI/CT imaging, surgical robots, and ICU equipment.

• TT ELECTRONICS-BI

TTE BI Technologies’ precision position sensors, potentiometers, and encoders are critical in medical equipment. They provide accurate feedback in surgical robots, CT/MRI systems, ventilators, and infusion pumps, ensuring diagnostic precision, treatment stability, and patient safety.

• TT ELECTRONICS-OPTEK

TTE OPTEK’s optoelectronic components are critical in medical devices. Their highly reliable IR emitters, photoelectric sensors, and optocouplers are central to pulse oximeters, breath analysers, infusion pumps, and medical isolation, ensuring accurate patient monitoring and safe treatment isolation.

• TT ELECTRONICS-WELWYN

Welwyn Components provides high-precision resistors and hybrid circuits crucial for medical devices. They enable accurate current sensing, signal conditioning, and circuit protection in imaging systems, portable monitors, and infusion pumps, ensuring patient safety and device reliability in critical care.

• TAIYO

Taiyo Yuden’s MLCCs are vital for medical grade (M&L) electronics, enabling miniaturization and stable operation. Their capacitors feature ultra-small sizes, high capacitance, and low ESR/ESL, which help reduce device size while ensuring reliable power filtering and signal integrity in portable monitors, imaging systems, and other critical medical equipment.