In a factory setting, the text "Durable Overmolded Amphenol Circular Connectors" is featured alongside the XACT logo and its tagline "Engineered Manufacturing Solutions," emphasizing robust and reliable connectivity.

Durable Overmolded Amphenol Circular Connectors

Overmolding enhances the strength and longevity of circular connectors by forming a protective shield against moisture, dust, extreme temperatures, and mechanical stress. This ruggedized design ensures reliable performance in mission-critical applications where durability is essential.

Amphenol Circular Connector Series

Xact EMS specializes in overmolded solutions for a variety of Amphenol circular connectors, designed to meet the needs of demanding industries:

  • 62GB – Compact, multi-contact connectors with bayonet coupling for AC/DC applications.
  • 62IN Series – Environmental-resistant connectors with three-point bayonet coupling, widely used in military and industrial settings.
  • 97B Reverse Bayonet – MIL-DTL-5015 compliant connectors with quick-lock bayonet coupling for superior shock and vibration resistance.
  • Amphe-Ex – Explosion-proof connectors built for hazardous environments, compatible with copper, coaxial, and fiber optics.
  • Amphe-GTR – High-power, IP67-rated connectors featuring RADSOK® technology, supporting up to 120A.
  • Amphe-HST – Chemical and solvent-resistant heat shrink tubing solutions available in multiple shrink ratios.
  • Amphe-Lite – Rugged, composite connectors based on 38999 Series III, built for extreme environments.
  • Amphe-PD™ – Touch-proof, rectangular high-power connectors with push-pull coupling for secure connections.
  • Amphe-Phase – High-current, single-pin connectors with IP2X finger-proof protection and bayonet locking.
  • ARC Series™ – Rectangular, environmentally sealed connectors ideal for high-density applications.
  • ATHD Series™ – Heavy-duty, single-pole power connectors with IP67/69K sealing and secure latching.
  • AUTOMATE Mini-FAKRA – Space-saving, high-performance automotive interconnects for next-generation vehicles.
  • Cable Joiner & FICX – Quick-install cable joiners designed for various cable sizes and applications.
  • Ceres – Waterproof circular connectors available in multiple sizes, built for harsh conditions.
  • CMB – MIL-DTL-26482 Series 1 compliant metal bayonet connectors for power and signal transmission.
  • Coaxial Inserts – Size 8 coaxial inserts designed for DIN and D-Sub applications.
  • CONEC IP67 Power Bayonet – Industrial connectors with bayonet locking for robust, secure connections.
  • CONEC M12x1 Bayonet Quick Locking – Quick-locking M12 connectors for simplified installation.
  • CONEC M12x1 X-Coding – High-speed data connectors optimized for industrial networking applications.
  • DHR Downhole Rotatable – High-temperature, rotatable connectors engineered for extreme downhole environments.

Custom Overmolded Solutions by Xact EMS

Xact EMS delivers precision-engineered overmolded circular connectors, designed to withstand harsh conditions while ensuring consistent, long-term reliability. Our team tailors each solution to meet specific industry requirements, guaranteeing optimal performance.

Industries & Applications

Our overmolded Amphenol connectors are trusted across a range of high-performance industries, including:

  • Industrial automation – Reliable connectivity solutions for factory automation and robotics.
  • Aerospace – Rugged interconnects for avionics, satellites, and defense systems.
  • Military & defense – Battle-tested solutions for ground vehicles, tactical communication, and ruggedized equipment.
  • Medical devices – Precision-engineered connectors for diagnostic and life-saving medical technologies.
  • Transportation – High-performance interconnects for automotive, rail, and electric vehicle applications.
  • Renewable energy – Weather-resistant connectors for solar, wind, and energy storage systems.

With uncompromising quality and advanced engineering, Xact EMS provides overmolded solutions that deliver unmatched performance and reliability in the most demanding environments.

Share this post