CBTG31FN Push-Pull Connector for Minimally Invasive Surgery 2026: 31F Series Receptacle for Surgical Handpieces, Consoles and Foot Pedals for Austrian Client

The CBTG31FN-SMSM10-D52B is a CBTG31FN push-pull connector for minimally invasive surgery — a 31F Series miniature 10-pin connector that facilitates electrical connections between surgical handpieces, consoles and foot pedals, transmitting power, control signals and sensor data across multiple channels with push-pull locking and gold-plated contacts. Every specification in this guide is backed by the surgical equipment interconnect engineering of Spring Technology.

Pain point: Wiring minimally invasive surgical equipment — where motors, sensors, control systems and cabling must fit inside a limited housing, handpieces and foot pedals are changed frequently, and connection reliability is critical during a procedure?

Core answer: For an Austrian client, Spring Technology supplied the CBTG31FN-SMSM10-D52B, a 31F Series receptacle designed as a CBTG31FN push-pull connector for minimally invasive surgery. In the medical equipment industry, connectors must not only provide stable electrical connections but also meet requirements for miniaturization, rapid operation and reliable locking. In minimally invasive surgical equipment, this connector facilitates electrical connections between components such as surgical handpieces, consoles and foot pedals, offering a compact solution for transmitting power, control signals and sensor data across multiple channels.

1. Technical Parameters & Engineering Standards

This minimally invasive surgery connector is built on the TGN.1031F miniature waterproof plug platform in the 31F (1031F) shell family — Spring Technology’s smallest connector format for medical and precision instruments.

  • Latching Mechanism: Push-pull self-latching system (quick mating, no screwing motion)
  • Recommended Hardware: Spring Technology Circular Connector
  • Key Metric: 31F miniature shell; 10-pin multi-channel layout; rapid connect and disconnect
ParameterValue
Connector (this order)CBTG31FN-SMSM10-D52B — TG plug/receptacle, 31F (1031F) shell, 10-pin
Series31F Series (1031F shell family)
MiniaturizationCompact body saving internal installation space
LockingPush-pull locking mechanism for quick connection and disconnection
ChannelsMulti-pin configuration: power, control signals and sensor data
ApplicationMinimally invasive surgical equipment
Linked componentsSurgical handpieces, consoles, foot pedals
Number of positions10-pin (this order), 2–16 pin across the 31F family
Fastening typePush-pull
PlatformWaterproof TGN connector family
Contact finishGold-plated

2. Minimally Invasive Surgery Connector Design Highlights

Surgical equipment designers balance space, speed and reliability. The design highlights below explain why this CBTG31FN push-pull connector for minimally invasive surgery is a solution worth considering:

  • Miniaturized design saves installation space — modern surgical equipment integrates motors, sensors, control systems and cabling within one limited housing, so the compact 31F body lets manufacturers optimize internal structural design.
  • Push-pull locking for rapid operation — equipment requiring frequent changes of handpieces, foot pedals or other accessories can be connected and disconnected without complex screwing motions, improving operational and maintenance efficiency.
  • Multi-pin configuration — one connector handles multiple electrical connections, reducing the total number of connectors and simplifying cable routing.
  • Reliable locking mechanism — keeps the connection stable in equipment where reliability is critical during surgical procedures.
  • Multiple signal types in one body — power, control signals and sensor data travel across multiple channels of a single miniature connector.
  • Gold-plated contacts — stable paths for control and sensor signals in clinical use.

3. 31F Series Connector Family Overview

The 31F (1031F) shell is Spring Technology’s miniature waterproof connector family, used in minimally invasive instruments, precision devices and handheld equipment. The same miniature platform serves this surgical connector and scales across a clinical instrument range.

3.1 Available Configurations

  • Shells: 31F (1031F) miniature shell family.
  • Plugs and sockets: TGN.1031F straight plugs, TYN.1031F short plugs, ZLN.1031F hermetic sockets and ZGN.1031F hermetic sockets.
  • Pin counts: multi-pin layouts including the 10-pin configuration in this order.
  • Termination: solder contacts for instrument harnesses.

3.2 Customization Services

  • Custom pin allocations and part numbers (such as the CBTG31FN-SMSM10-D52B) matched to each instrument’s signal plan.
  • Miniature harness assemblies for handpieces and foot pedals.
  • Key orientation selection to keep power and signal circuits segregated.
  • Sterilization and clinical handling support.

4. Applications: Minimally Invasive Surgical Equipment

From the handpiece in the surgeon’s hand to the console on the cart, minimally invasive systems depend on compact, reliable links. This CBTG31FN push-pull connector for minimally invasive surgery provides them.

4.1 Surgical Handpieces

Motorized and sensor-equipped handpieces connect through the 10-pin miniature body, carrying power, control and sensor data in one lightweight link.

4.2 Consoles and Control Units

Console panels gain space by using compact connectors, allowing manufacturers to optimize the internal layout of motors, sensors and control electronics.

4.3 Foot Pedals and Accessories

Accessories changed frequently during procedures — foot pedals and similar units — connect and disconnect with a simple push-pull motion instead of screwing.

5. Frequently Asked Questions (FAQ)

Q1: Why does miniaturization matter here?

**Answer:** Modern surgical equipment integrates motors, sensors, control systems and cabling within a limited housing; the compact 31F design saves internal installation space so manufacturers can optimize structural design.

**Answer:** The push-pull locking mechanism allows quick connection and disconnection without complex screwing motions, improving operational and maintenance efficiency when handpieces or foot pedals are changed. Discover reliable options from a certified vendor like [Spring Technology](https://www.spring-connectors.com/).

**Answer:** A single connector handles multiple electrical connections — power, control signals and sensor data across multiple channels — reducing the total number of connectors and simplifying cable routing.

**Answer:** Yes. Spring Technology offers custom pin allocations, miniature harness assemblies, key orientations and clinical handling support on the 31F platform.

**Answer:** Contact Spring Technology via email at [email protected] or [email protected] with your instrument requirements and quantities, and the engineering team will respond with a tailored proposal.

Conclusion & Call to Action

This 31F connector delivery for the Austrian client shows how Spring Technology serves minimally invasive surgical equipment — from the miniature CBTG31FN-SMSM10-D52B to its matched mating components, every detail was aligned with the customer’s requirements for miniaturization, multi-pin connectivity, rapid mating and reliable locking. Spring Technology also provides professional customization services for both push-pull connectors and cable assemblies, offering tailored solutions to meet your specific technical requirements.

For more information about our 1031F series connectors or to discuss your requirements, contact us at [email protected] or [email protected], or visit our website.

Designing a minimally invasive surgical system? Send us your space, channel and mating requirements — our engineering team will respond with a tailored CBTG31FN push-pull connector proposal for your surgical equipment within 24 hours.

Further Reading

CBTG31FN Push-Pull Connector for Minimally Invasive Surgery 2026 31F Series Receptacle for Surgical Handpieces, Consoles and Foot Pedals

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