Providing customers with
highly reliable
connectivity solutions.
• One-handed operation via snap-on, rotary or nut locking for fast, secure connectivity
• Accommodating a wide range of power requirements
• Nickel-base gold & silver plated contacts ultra-low resistance long service life
• Dual anti-backlash design anti-loosening for stable connection
• Multi-core & hybrid transmission high application adaptability
• Built-in insulated copper core prevents electric shock hazards
• ISO9001 UL CE certified military-grade performance
• Salt spray resistance up to 2000 hours
• Withstands 300g shock and 10–2000 Hz high-intensity vibration
• Supports an ultra-wide DC to 40 GHz frequency range
• Insertion loss ≤ 0.2 dB
• Operating temperature range: -55℃ to 200℃
• IP67 rated for dustproof and waterproof protection
• Custom solutions available for non-standard requirements
• Anti-mating protection via pin and position coding
• Compatible with cable outer diameters from 10–56 mm
• High Protection Grade Universal Scenario Adaptation
• Multi-core Options Customized Adaptation
• Anti-misinsertion Design Safer Connection
• Temperature & Corrosion Resistant Industrial Grade Durability
• Quick Plug Locking High Operation Efficiency
•Bayonet quick-connect with 5-keyway positioning
• Salt spray resistance up to 1000 hours
• Versatile mounting options wall box nut-clamped front rear
• Field-replaceable crimp solder or PCB contacts
• Blind mating & anti-misconnection function
• MIL-STD compliant for aerospace & military
• Wide temperature range -65℃~+200℃
• For use in explosive gas and hazardous areas
• Threaded quick-connect design with five-key positioning
• Blind-mating & anti-mating protection
• High protection rating harsh environment resistant
• Hyperbolic wire spring contacts low contact resistance
• Weld crimp dual termination highly adaptable
• Multi material housing versatile for various applications
• Enables simultaneous optical and electrical signal transmission
• Precision mating and low insertion loss
• Housing materials: Stainless steel or aluminum alloy with cadmium/nickel plating
• Military Standard Compliant Multi-Scenario Adaptable
• Hybrid Opto-Electrical Transmission High Speed & Efficiency
• Weather & Interference Resistant Robust Environmental Adaptability
• Precision Anti-Misplug High Plug-in Reliability
• Leakage rate ≤ 1×10⁻³ Pa·cm³/s
• Vibration 196–294 m/s²
• Contact pins: 5–69
• Mechanical service life: up to 500 mating cycles
• High precision glass sintering for ultra hermetic sealing
• Superior vibration and shock resistance for harsh environment stability
• High pin density long service life and full customizability
· For Shallow Water (3 MPa) and Deep Water (Up to 120 MPa) Applications
· Wet-Mate Capable
· Nitrile or Neoprene O-Rings for Reliable Environmental Sealing
· Enables Hybrid Power Signal and Fiber Optic Transmission
· Full Series Adaptation for Shallow and Deep Water
· High Precision Customization with Hybrid Photoelectric Transmission
· Military Grade Sealing with Excellent Pressure and Temperature Resistance
Ankno Technology Co., Ltd. (trading as ANKNOR) is a wholly-owned subsidiary of MOFLON, a global provider of high-end precision rotary connectors. With deep expertise in high-end precision connectors, ANKNOR integrates R&D, manufacturing, sales and service, and is committed to delivering customized, highly reliable and high-precision connectivity solutions to customers worldwide.
ANKNOR operates a modern 30-acre production base equipped with state-of-the-art production lines for stamping, injection molding, connector assembly and cable assembly, supported by complete production and testing equipment. With more than 700 employees, the company maintains full in-house control from product design, precision mold development and automated manufacturing to quality control, testing and logistics.
With an annual production capacity of over 10 million units, we efficiently support global customer demand while adhering to strict standards for quality, fast lead times, high-volume production and full traceability.
