Your Trusted 24 Hours Business Service Provider !
In today’s fast-evolving industries from electronics and data centers to telecommunications and manufacturing — the demand for reliable and efficient electro mechanical components continues to rise. These components serve as the foundation for building smarter, faster, and more resilient systems.
As an authorized distributor of globally trusted brands, Gennex delivers advanced electro-mechanical (E-Mech) solutions that drive innovation in connectivity, protection, and performance. Featuring leading manufacturers such as Laird, OMRON, Ferroxcube, Smiths Interconnect, TE Connectivity, Amphenol, Parker Chomerics, Degson, and Tark Thermal Solutions, Gennex ensures that global industries gain access to world-class components built for precision and reliability.
Laird is a global leader in engineered materials that optimize performance in high-density and high-speed electronic systems. Laird designs products that ensure reliable operation even under extreme thermal and electromagnetic conditions.
By combining precision materials science with proven engineering, Laird’s electro mechanical components deliver superior heat dissipation, electromagnetic protection, and system stability.

Soft, compressible materials with thermal conductivity up to 12 W/m·K; ideal for uneven surfaces and high-power components.

Dispensed materials offering automated application and reworkability for high-volume manufacturing.

Low-bleed, high-stability compound ensuring consistent heat transfer for CPUs and power modules.

Dual-function materials providing bonding strength and thermal conductivity in compact assemblies.

Solid at room temperature, melt at device operating temperature for optimal heat spreading.

Customized formulations for rugged or high-vibration environments.

Integrated materials that enhance PCB-level heat dissipation and reliability.

Lightweight metal shields offering modular protection for PCBs.

Compressible gaskets ensuring EMI sealing in compact assemblies.

Conductive adhesive-backed tapes for quick and reliable EMI containment.

Durable silicone-based seals maintaining conductivity even under compression.

Low-compression force gaskets suitable for doors, panels, and electronic enclosures.

High-frequency shielding for chassis and rack-mounted applications.

Automated gasket solutions offering precision EMI and environmental sealing.

Surface-mount EMI contacts supporting automated PCB assembly.

Comprehensive selections for prototyping and design validation.

Gentle yet reliable grounding and shielding for sensitive surfaces.

EMI-shielded panels with airflow for thermal management.

Corrosion-resistant and flexible EMI sealing for industrial enclosures.

Lightweight composites combining mechanical strength and RF absorption.

Stable dielectric materials designed for precision RF applications.

Compact absorbers for space-constrained devices and enclosures.

Open-cell foams reducing reflections and surface currents.

Dual-function materials providing both thermal and RF absorption.

Tailored solutions for aerospace, defense, and high-reliability designs.

Simplified material selection for R&D testing and rapid prototyping.

Combines thermal management and EMI shielding for space-limited assemblies.

Robust metallic housings providing both mechanical strength and EMI protection.

Structural composites merging lightweight stiffness with functional shielding.

Conductive textile-based materials for flexible and lightweight enclosure applications.
OMRON is a global leader in electro mechanical components designed to advance automation, precision control, and operational safety.
With decades of engineering innovation, OMRON provides high-quality relays, switches, connectors, and sensors that enable accurate, efficient, and durable performance across industrial, commercial, and consumer applications.

Compact, fast solid-state switching with low ON resistance (<2Ω) and isolation up to 1500 Vrms; ideal for signal and measurement circuits.

High-sensitivity models with coil voltages from 3–24 VDC and insulation resistance over 1000 MΩ; suited for telecommunications and test instruments.

Handles high load currents up to 30A and voltage up to 250VAC; long electrical life for HVAC, lighting, and control systems.

Snap-action design with 10 million+ mechanical operations and operating force from 0.25–3 N.

Compact and precise actuation with quick response; operating voltage up to 30VDC.

High current capacity (up to 16A @ 250VAC) with secure safety interlocking.

Ultra-thin (0.35–7 mm) with crisp actuation force of 1–3 N; ideal for compact panels.

Rated up to 10A @ 125VAC; designed for intuitive operation and durability.

IP65-rated models with LED illumination for clear, reliable feedback.

Mechanical endurance exceeding 100,000 cycles; vibration-resistant design.

Compact configuration control with 2–10 pole options; rated up to 25mA @ 24VDC.

Secure locking and high mating retention; pitch range from 1.25mm to 5.08mm.

High-speed data transmission up to 15 Gbps; stack heights between 3–20mm.

Compact, zero-insertion-force design; pitch as fine as 0.2mm for slim electronic devices.

Dustproof and vibration-resistant models with IP67 sealing options.

Gold-plated contacts with insertion life of 50+ cycles; compatible with DIP and SMD formats.

Detect gas or liquid flow from 1–50 L/min with ±3% accuracy; built-in temperature compensation.

Compact MEMS-based design measuring from −50 to +1000 kPa; analog and digital output options.

Detect movement and orientation angles of ±60° with fast response times.

Non-contact surface temperature detection (−10°C to +60°C) with 1–16 pixel array options.

Multi-sensing for temperature, humidity, and VOCs; supports I²C and UART communication.

Response time under 1ms; operates on 5–24VDC for precise object detection.

Sensing range from 10mm to 200mm; high sensitivity and stability.

Detect RGB spectrum with ±10% accuracy; used in sorting and inspection lines.

Sub-micron accuracy with laser triangulation up to 300mm range.

PIR-based detection with coverage up to 5m; low standby current design.

Capacitive touch detection with <20ms response; suited for smart devices.

Multi-sensor board for prototyping environmental and motion data applications.
Backed by decades of materials expertise, Yageo Ferroxcube’s products support optimized magnetic performance, reduced losses, and compact designs ideal for power supplies, telecommunications, and automotive systems.
With a strong focus on reliability and precision, Ferroxcube offers a complete portfolio of magnetic materials, cores, and accessories that form the foundation of efficient and stable electronic systems.

Optimized for low-profile transformers; supports high-frequency operation up to 500 kHz with minimal leakage inductance.

Compact design offering high energy density and reduced winding resistance; ideal for SMPS and PFC applications.

Suitable for high-current chokes; provides low magnetic leakage and simple winding configuration.

High winding area and low core loss; enhances power density in compact converters.

Cylindrical form for compact, high-efficiency transformers; reduces winding stress and EMI.

Extended winding window for maximum copper fill and efficiency; suited for high-power converters.

Enables ultra-thin magnetic assemblies for space-saving designs in DC/DC converters.

Low-profile design for surface-mount transformers and adapters; optimized for high switching frequencies.

Versatile design with high permeability and minimal loss; suitable for a wide frequency range.

Compact and efficient structure for small signal transformers and inductors.

Compact and efficient structure for small signal transformers and inductors.

Enclosed design providing low stray fields; ideal for high-density power modules.

Toroidal performance in an E-core shape; provides uniform flux distribution and easy winding.

Provides high impedance over a wide frequency range; excellent for differential mode noise filtering.

Snap-on ferrite sleeves that suppress common-mode noise in cables from 1–25 mm diameter.

Compact noise filter with impedance up to 1 kΩ @ 100 MHz; reduces high-frequency interference.

Combines ferrite material with a bobbin core for easy coil winding and stable performance.

Designed for broadband noise suppression up to 300 MHz; efficient at low DC resistance.

Cylindrical design offering broadband EMI absorption; suitable for coaxial and power cables.

Open magnetic path design for high-frequency suppression and antenna applications.

Miniaturized design with inductance range from 1 nH to 10 μH; supports high current up to 2A.

SMD format providing impedance stability across 1–300 MHz; low DC resistance for signal lines.

Common-mode choke with high impedance (>100 Ω @ 100 MHz); ideal for USB and LAN filtering.

Provides broadband noise filtering up to 1 GHz; compact footprint for dense PCBs.

Smooth insulation coating rated up to 150°C; supports wide frequency applications.

Moisture-resistant coating with excellent dielectric strength and low magnetic loss.

Bare ferrite option offering customizable winding; optimized for lab, prototype, and custom inductor designs.
Smiths Interconnect is a global leader in precision-engineered interconnect technologies designed to deliver uncompromising signal integrity, durability, and performance across mission-critical industries such as aerospace, defense, medical, and telecommunications.

Provides low and stable contact resistance. Ideal for vibration-prone and high-reliability environments.

Precision-engineered spring probes for high-frequency, board-to-board, and test interface applications.

Supports speeds up to 56+ Gbps for advanced computing systems. Available in differential pair and coaxial configurations.

Handles currents up to 500A, suitable for EVs, rail, and industrial power systems. Offers touch-proof, high-voltage insulation and high vibration resistance.

Capable of multiple mating cycles. Ensures consistent electrical path under dynamic load.

High-density, modular connectors for data, signal, and power distribution in embedded computing systems.

Integrated filtering solutions that suppress electromagnetic and electrostatic interference.

Compact, sealed up to IP67/IP68 for environmental protection. Available in push-pull, threaded, and bayonet coupling types.

optimized for board-level signal and power integration. Offers surface-mount and through-hole options.

Combining signal, power, and data in one housing. Flexible modular design enables hybrid configurations.
TE Connectivity (TE) is a global leader in connectivity and sensor innovation, designing and manufacturing components that enable reliable power, data, and signal transmission across industries.
Built for performance under extreme conditions, TE products are engineered to endure high vibration, heat, and electrical stress—ensuring long-term reliability and safety-critical operation.

Designed for vehicle systems handling high currents (up to 300A) and harsh under-hood environments.

Support AC/DC loads up to 250VAC / 30A for industrial automation and HVAC systems.

Redundant contacts and forced-guided mechanisms for fail-safe circuit operation.

Rated for 1–10 kV isolation, ideal for EV battery, solar, and medical devices.

Provide overcurrent and voltage fault detection for equipment protection.

Compact, low-power relays optimized for communication and instrumentation.

Qualified to MIL-PRF and DO-160 standards for aerospace and defense reliability.

Support easy mounting, heat dissipation, and quick replacement.

Enable adjustable on/off timing functions for automation and sequencing control.

Ensure clean signal delivery for entertainment and broadcast systems.

Include backshells, caps, and seals for mechanical protection and durability.

Provide low insertion loss (55 dB) for optical networks.

Compact, board-mounted interconnects supporting fine-pitch layouts.

Modular design for hybrid signal and power configurations.

Sealed systems rated up to IP6K9K for vibration and temperature resistance.

Standardized D-sub interfaces for robust signal performance.

Optimized for LED applications, ensuring efficient thermal and electrical transfer.

Support Ethernet, USB, and high-speed interfaces.

Precision 50Ω/75Ω connectors for high-frequency transmission up to 40 GHz.

Rugged and sealed for industrial and outdoor applications.

Engineered for blind mating and repetitive docking cycles.

Ethernet-ready (Cat5e–Cat6A) for network and telecom use.

Handle currents up to 300A, supporting high-voltage applications.

Ensure secure IC and module retention with low contact resistance.

Provide multi-point power/signal distribution for aerospace and defense.

Allow tool-free wire connection for control panels.

Designed for low-contact resistance and high current density.

Ideal for flat conductor and PCB interfaces.

Enable direct coil-to-terminal connections, reducing assembly steps.

Ensure fast, reliable wire disconnection for serviceable systems.

Tailored for custom applications and environmental constraints.

Precision-engineered for low insertion force and long mechanical life.

Include bridges and adapters for multi-circuit connections.

Compact, soldered terminals for space-efficient designs.

Secure crimp-on wire termination for grounding and power distribution.

Enable sealed or unsealed wire joining, available in crimp or solder types.

Support low-resistance termination for stranded wire.

Provide quick manual disconnection for field systems.

Handle large gauge wires for energy and industrial applications.

Offer easy installation and inspection in control panels.

Provide mechanical strain relief and safety insulation.

Support CAN, LIN, and high-voltage harnesses.

Deliver low-loss, high-bandwidth data transmission.

Offer shielded, high-flexibility solutions for data centers.

Support 40–100 Gbps data rates with minimal crosstalk.

Qualified for ARINC and MIL-STD-1553 communication networks.

Maintain stable signal performance up to 50 GHz for test and telecom.

Combines adhesive inner layer and heat-shrinkable outer jacket for superior sealing.

Flame-retardant and color-coded for high-voltage identification.

Provides abrasion resistance and electrical insulation for general-purpose use.
Amphenol is one of the world’s leading manufacturers of interconnect systems, cables, and IoT modules, delivering robust connectivity for data centers, automotive, industrial, and communication applications.
With a strong presence in high-speed, high-density, and high-reliability solutions, Amphenol products are engineered to perform in the most demanding environments, from aerospace systems to next-generation computing infrastructure.

Offers fine-pitch, high-density interconnects for compact PCB designs.

Provides secure terminations and flexible routing for board connections.

Handles currents up to 300A for data centers and power systems.

Designed for PCIe, GPU, and storage interfaces with reliable contact engagement.

Includes USB, HDMI, and Ethernet connectors supporting high data rates.

Optimized for high-bandwidth data transfer and minimal crosstalk.

Flexible flat cable connectors offering space-saving layouts and easy mating.

Supports Gen4/Gen5 PCI Express standards with low signal loss.

Designed for harsh vibration, temperature, and fluid resistance.

Compact, high-current connectors for energy storage and mobile devices.

Provides secure low-voltage power for cooling systems.

Integrated EMI/EMC filtering to ensure clean signal performance.

Ensures stable contact force for reliable chip connections during testing.

Supports high-speed flash and SSD interfaces.

Compact audio jacks with durable contact spring design.

Delivers excellent impedance control for RF and microwave systems.

Provides spring-loaded contact technology for compact modular devices.

Supports data rates up to 112 Gbps, ensuring low latency and signal integrity.

Optimized for high-density server and networking systems.

Reduces PCB loss by directly routing high-speed signals via cable.

Lightweight and EMI-immune cables for long-distance data transmission.

Provide bend-resistant, lightweight interconnects for compact devices.

Built with sealed housings (IP67+) for outdoor and industrial use.

Reliable insulation displacement connection for high-volume wiring applications.

Carry up to 600V AC/DC for energy and heavy-duty systems.

Combine optical performance with mechanical durability.

Delivers low insertion loss and high bandwidth for computing and networking.

Offers secure crimp terminations for power and signal harnessing.

Provide plug-and-play optical connectivity for data centers and HPC systems.

Support 25G/100G/400G Ethernet standards with ultra-low power consumption.

Designed for high-frequency transmission in advanced networking platforms.

Supports LTE, 5G, and NB-IoT communication with global certification.

Offers dual-band Wi-Fi 6 and Bluetooth 5.2 for seamless device connectivity.

Long-range, low-power modules for remote sensing and smart infrastructure.

Provides precise location tracking and secure data exchange.
Parker Chomerics develops advanced electro-mechanical materials that combine mechanical protection, thermal management, and electromagnetic shielding in compact, high-reliability systems.
Whether managing heat, sealing against interference, or establishing reliable electrical paths, Parker Chomerics components help engineers design systems that last.

Designed to enhance heat transfer between power devices and heat sinks, ensuring stable thermal performance in high-density electronics. These include gap fillers, gels, phase-change materials, and thermal greases with conductivities ranging from 1 W/m·K up to 7.5 W/m·K, suitable for compact power modules and processors. Many options offer low compression force, high conformability, and operating temperature ranges up to 200 °C, making them ideal for automotive control units, communication systems, and computing devices.

Deliver reliable protection against electromagnetic interference and radio frequency leakage in mission-critical systems. The range includes conductive elastomers, metal gaskets, and fabric-over-foam materials with shielding effectiveness exceeding 90 dB across 20 MHz–10 GHz. Engineered for long-term stability, these materials combine corrosion resistance, flexible sealing, and low closure force, ensuring consistent electrical grounding and enclosure integrity in rugged environments.
Degson is a globally recognized manufacturer of industrial terminal blocks and connectors, offering reliable electrical connection solutions across automation, energy, transportation, and control systems. With a strong focus on safety, precision, and innovation, Degson products comply with international standards ensuring high-quality performance in demanding industrial environments.
Designed for easy installation and long-term stability, Degson’s solutions enhance operational efficiency, simplify maintenance, and ensure secure electrical transmission across applications.

Delivers high dielectric strength, vibration resistance, and secure wiring performance for industrial control and automation. Available in multiple pitches and configurations, they support currents up to 125A and voltages up to 1000V, ensuring safe and reliable connections for power and signal distribution systems. Many options offer low compression force, high conformability, and operating temperature ranges up to 200 °C, making them ideal for automotive control units, communication systems, and computing devices.

Engineered for modular panel assembly, these DIN-rail terminal blocks feature tool-free wiring, snap-on installation, and universal rail compatibility. They offer strong flame-retardant insulation and excellent mechanical endurance, suitable for automation cabinets, machinery, and electrical distribution systems.

Provides IP67-rated waterproof sealing, 360° EMI shielding, and durable locking mechanisms for secure power and signal transmission. They are ideal for industrial automation, robotics, and LED lighting applications where environmental protection is critical.

Built for harsh conditions, Degson heavy-duty connectors combine die-cast aluminum housings, high-current contacts (up to 250A), and robust mechanical locking. They ensure safe and stable connectivity in machinery, rail transport, and power generation systems.

Degson’s electronic interface modules and PCB connectors are designed for signal transmission, surge protection, and I/O communication. With compact designs and plug-in convenience, they support seamless integration into control systems and electronic equipment.

Complies with IEC 62196 and SAE J1772 standards, supporting AC and DC fast charging. They feature temperature monitoring, high insulation resistance, and long mechanical life (10,000+ mating cycles) for safe, efficient EV power transfer.

These connectors deliver compact design, high vibration resistance, and secure locking for e-bike battery and motor systems. Designed for efficient DC power transmission, they maintain stable performance in outdoor and mobile environments.

Supports high-current applications up to 300A, providing low contact resistance and excellent thermal stability. Designed for battery energy storage systems (BESS), they enable safe, modular, and scalable energy connectivity.
Tark Thermal Solutions, formerly known as Laird Thermal Systems, is a global leader in advanced thermal management technologies engineered for medical, industrial, telecommunications, and transportation applications.
With decades of expertise in thermal design and innovation, TTS develops precision cooling systems that ensure stable performance, efficiency, and reliability in temperature-sensitive environments. Their portfolio includes thermoelectric coolers, liquid cooling systems, and temperature controllers — all designed to enhance device longevity and operational safety.

High-performance solid-state devices that provide precise temperature control through efficient heat pumping. Available in standard, high-capacity, and miniature configurations, these coolers deliver rapid response times and long-term reliability for medical diagnostics, telecom enclosures, and optical instruments.

Integrated cooling systems combining thermoelectric coolers with heat sinks, fans, and temperature control electronics. Designed for active thermal stabilization and maintenance-free operation, they offer compact form factors ideal for laboratory instruments, analytical devices, and electronic enclosures.

Digital and analog controllers that provide accurate thermal regulation for single or multi-zone systems. Featuring PID control algorithms and sensor feedback compatibility, they enable precise temperature monitoring and efficient power consumption in mission-critical applications.

Engineered for high heat-load environments, these systems use pump-driven coolant circulation and heat exchangers to maintain stable temperatures. Offering quiet operation, scalable configurations, and exceptional thermal efficiency, they are ideal for lasers, semiconductor tools, and high-power electronics.

Tailor-made thermal systems designed to meet unique performance and environmental requirements. TTS engineering team develops application-specific modules using CFD simulation, rapid prototyping, and material optimization — ensuring seamless integration and superior reliability across specialized industries.
Electro mechanical components are integral to almost every modern industry. Their adaptability makes them essential for:
The latest electro-mechanical components empower industries to design systems that are not only high-performing but also reliable and efficient.
Key benefits include:
services
As an authorized distributor, Gennex provides end-to-end access to genuine electro-mechanical solutions from the world’s most trusted brands.
What Gennex Offers:
With Gennex, you can confidently integrate cutting-edge electro-mechanical components into your projects while ensuring reliability, safety, and long-term performance.