Product QM Custom Push Pull Connectors are application-specific interconnection solutions developed for equipment with unique structure, transmission, installation or performance requirements. For projects where standard connector series cannot fully meet the design needs, QM can provide custom mold tooling, customized connector structures and engineering support from concept evaluation to prototype and production.
Our custom connector solutions cover a wide range of hybrid transmission requirements, including optoelectronic hybrid, fluid-electric hybrid, pneumatic-electric hybrid, high-low voltage hybrid and coaxial hybrid connectors. These designs help integrate multiple transmission media into one compact interface, reducing equipment complexity and improving system reliability.
QM also develops special-purpose connectors for medical devices, semiconductor equipment, electrophysiology systems, defense applications, infrared devices and other high-end precision equipment. Available solutions include snap-in connectors, modular connectors, through-wall connectors, magnetic connectors, semiconductor pin-and-receptacle inverted connectors, military-grade shock-resistant connectors and ultra-lightweight connectors for infrared applications.
Custom mold tooling available
Supports new connector structures, special housings, customized interfaces and application-specific mechanical designs.
Application-specific connector engineering
QM can develop connector solutions according to equipment structure, installation space, transmission requirement and operating environment.
Hybrid transmission integration
Supports electrical, optical, coaxial, fluid, pneumatic and high/low voltage transmission in customized connector designs.
Optoelectronic hybrid connectors
Suitable for equipment requiring optical signal and electrical signal transmission through one interface.
Fluid-electric hybrid connectors
Designed for systems that need both liquid or gas media transmission and electrical connection.
Pneumatic-electric hybrid connectors
Supports integrated air path and electrical signal or power transmission for compact equipment designs.
High-low voltage hybrid connectors
Enables high-voltage, low-voltage and signal channels to be integrated according to safety and layout requirements.
Coaxial hybrid connectors
Supports precision signal, RF or coaxial transmission together with other electrical channels.
Snap-in and modular connector options
Suitable for devices requiring quick installation, modular replacement or flexible system configuration.
Special medical and electrophysiology connector support
Includes medical snap-in connectors and high-density multi-contact connectors for electrophysiology applications.
Semiconductor connector solutions
Includes pin-and-receptacle inverted connectors and through-wall connector designs for semiconductor equipment.
Rugged and lightweight custom designs
Supports military-grade shock-resistant connectors and ultra-lightweight connectors for infrared or portable applications.
QM Custom Push Pull Connectors are suitable for projects where standard connector products cannot fully meet the required transmission method, installation structure, size, durability, safety or application environment.
Typical applications include:
Medical devices
Electrophysiology equipment
High-density multi-contact medical systems
Minimally invasive surgical equipment
Semiconductor manufacturing equipment
Semiconductor testing systems
Through-wall equipment interfaces
Optoelectronic devices
Infrared equipment
Defense and military equipment
Shock-resistant field systems
Fluid and pneumatic control systems
High-voltage medical or industrial equipment
Coaxial and RF signal systems
Modular equipment platforms
Custom device interfaces requiring mold tooling
QM can provide customized connector development based on customer drawings, samples, installation space and performance requirements.
Available custom options include:
Custom mold tooling
Custom connector housing design
Custom plug and receptacle structures
Optoelectronic hybrid connector design
Fluid-electric hybrid connector design
Pneumatic-electric hybrid connector design
High-low voltage hybrid connector design
Coaxial hybrid connector design
Snap-in connector design
Modular connector design
Through-wall connector design
Magnetic connector design
Medical snap-in connector design
Semiconductor pin-and-receptacle inverted connector design
High-density multi-contact connector design
Electrophysiology connector customization
Military-grade shock-resistant connector design
Ultra-lightweight infrared connector design
Custom contact layout
Custom cable assembly integration
Prototype development support
Sample-based or drawing-based matching
For customized connector projects, customers can provide drawings, 3D files, samples, application requirements, transmission type, pin count, voltage/current requirements, fluid or pneumatic requirements, sealing requirements, material requirements, installation space and target production quantity.
Custom push pull connectors are application-specific connectors developed when standard connector products cannot fully meet a project’s mechanical, electrical, environmental or installation requirements. They can include custom housings, contact layouts, hybrid transmission structures and special locking or mounting designs.
Yes. QM can provide custom mold tooling upon customer request for new connector structures, customized housings, special installation interfaces or application-specific product designs.
QM can customize optoelectronic hybrid, fluid-electric hybrid, pneumatic-electric hybrid, high-low voltage hybrid and coaxial hybrid connectors, depending on the transmission requirements of the equipment.
Yes. QM provides custom connector solutions for medical devices, including medical snap-in connectors, high-density multi-contact connectors for electrophysiology and customized hybrid connectors for special medical applications.
Yes. QM can supply semiconductor pin-and-receptacle inverted connectors, through-wall connectors and other custom interconnect solutions for semiconductor manufacturing and testing equipment.
A pin-and-receptacle inverted connector is a special connector structure in which the female insulator is housed in the plug shell. It is used in certain semiconductor or equipment interface designs that require a non-standard connector arrangement.
Yes. QM can develop military-grade shock-resistant connectors for applications requiring strong mechanical durability, vibration resistance and reliable operation under demanding conditions.
Yes. QM can provide ultra-lightweight connector designs for infrared devices and other weight-sensitive optical or portable equipment.
You can provide product drawings, 3D files, samples, pin count, signal type, current and voltage requirements, hybrid transmission requirements, sealing level, material requirements, installation space, application environment and estimated quantity.
