Revolutionizing Healthcare with AI-Driven Robotics
Healthcare robotics are revolutionizing medical care by enhancing precision and improving patient outcomes through AI-driven systems, from surgery to post-operative care. Robots are transforming operating rooms and patient monitoring, while nanorobots offer targeted treatments at the microscopic level. AI-powered personalization allows robots to tailor care based on real-time data, adapting to each patient's specific needs. Molex supports these advancements with connectors like SlimStack and Mini-Fit, facilitating miniaturization and reliable power delivery in healthcare robotics.

SlimStack
SlimStack Board-to-Board Connectors, 0.40mm Pitch Floating, FSB Series feature 3.00 and 5.00mm stacking height with a large floating range for space-saving and design flexibility, making them ideal for a wide range of applications.
- Floating range in X-, Y- and Z- axis directions facilitate assembly in the event of misalignment or blind joining
- Smallest size in the B-to-B floating connectors market provides space saving
- Soft floating force makes assembly and operations easy
- High-temperature support up to 125°C
Easy-On FFC/FPC Connector
Versatile dual-contact FD19 Series FFC/FPC Connectors meet temperature requirements up to 150°C and come in a wide range of circuit sizes for maximum design flexibility across multiple markets and applications.
- Dual contact delivers secure connectivity
- Latch type FPC provides secure cable retention
- Nickel barrier eliminates the concern for solder and flux wicking
- Lock with clear, audible click ensures proper mating
- Wide frontage eases FFC/FPC insertion

Mini-Fit
Mini-Fit Connectors offer a compact design compatible with existing headers, saving space and maintaining the BOM. They address PCB design challenges, ensure reliability, and support up to 13.0A with blind-mating and terminal position assurance, suitable for diverse applications.
- Helps ensure header and receptacle cannot be mis-mated
- Provides a lower mating force contact to improve impact to operator
- Allows 2.54mm misalignment in x and y axis for all configurations
- Helps maximize productivity and efficiency
Premo-Flex Flat Flexible Cables
Premo-Flex Flat Flexible Cables (FFC) by Molex deliver versatile and reliable connectivity solutions for a wide range of applications. These cables provide design flexibility and robust performance, making them ideal for applications requiring compact and efficient data and power transmission.
- Flexible Design: Easily routed in tight spaces, enhancing design adaptability
- High-Density Connections: Supports complex circuitry, optimizing space usage
- Multiple Pitch Options: Offers varied spacing options to meet specific application needs
- Durable Construction: Ensures long-term performance and reliability
- Customizable Lengths: Provides tailored solutions for specific design requirements
- Simplified Assembly: Reduces installation time and labor costs, increasing efficiency
RF Connectors
Given the prevalence of digital technology in today’s ultra-connected world, it’s easy to overlook the critical importance of radio frequency (RF) transmission. Yet RF coaxial connectors and cables are essential for all types of wireless communication. Molex gives customers a comprehensive array of specialized solutions, optimized for a wide range of applications.
SEE RF ConnectorsCustom Cable Creator
Create, concept and design using the Custom Cable Creator tool. The tool provides 3D images, downloadable drawings and price quotes.
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Configure your own layout of high-power or high-voltage connectors with these easy-to-use online tools.
Learn MoreRF Cable Configurator
Design custom RF Cable Assemblies with Molex’s configurator tool. The tool provides 3D image, downloadable drawings and price quotes.
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2024 Robotics Report
Explore the evolving landscape of robotics, emphasizing the transformative potential of human-machine collaboration. The report highlights key advancements in AI, machine learning, and connectivity that are enhancing robotics' functionality.