Liquid Wire Inc.

Replicate human-like dexterity with Liquid Wire's technology. Robotic systems demand circuits that can both endure and enhance movement without performance loss. Increase design volume within your system and capture high-fidelity data with smaller, simplified design solutions. Download our strain sensor data sheet for more information. Access it here: ➡️ https://ow.ly/wm0c50Uv9L3 #RoboticSystems #CircuitDesign #RoboticsEngineering #FlexibleElectronics #LiquidWire #HumanoidRobotics

Liquid Wire's stretchable strain sensors are tailored to meet your exact design needs—customizable in size, shape, and sensitivity. Whether you're working in robotics, wearable tech, or exploring other innovative applications, we create solutions that fit your unique requirements. There's no one-size-fits-all in the advanced technology we're developing. Download our data sheet and get in touch with our team today! 👉 https://lnkd.in/gv_jgVrt #LiquidWire #StretchableSensors #Robotics #CustomSensors #EngineeringDesign #AdvancedTechnology #SensorTechnology #WearableTech

Liquid Wire introduces a new advancement in printed circuit technology, categorized as a Deformable Printed Circuit (DPC). Building on the evolution beyond rigid-flex PCBs, DPCs offer a practical solution that expands the possibilities for circuit design and integration. What Are Deformable Printed Circuits? DPCs are fully deformable and stretchable printed circuits engineered to seamlessly integrate with rigid, flexible, or hybrid PCB counterparts within a circuit system. Taking traditional circuit systems to new limits, Liquid Wire’s DPCs offer a rugged, conformable, and high-performance power or sensor connector component that enables unprecedented flexibility and dynamic range of motion to any application. Advantages of Deformable Printed Circuits: ✅ Zero bend radius restrictions ✅ Custom patterned to meet the electrical requirements and geometry of any system ✅ Design for compact, tight spaces and larger surface areas ✅ Our Metal Gel™ conductor is as deformable as our TPU substrate ✅ Length-sensitive resistance allows for reading strain on systems never before measurable Want to learn more about how DPCs can transform your projects? Contact us today! ➡️ https://ow.ly/GHp250UpthB #FlexibleElectronics #LiquidWire #PrintedCircuitTechnology #ElectronicsEngineering #AdvancedMaterials #CircuitDesign #InnovativeTech #DeformablePrintedCircuits

Collaborate to Innovate: Liquid Wire Is Your Trusted Partner 🦾 Success and innovation are born from strong partnerships, where dedicated people come together and collaborate to create something great. At Liquid Wire, we can help streamline your path from concept to production with our industry-leading stretchable and deformable electronics. Here’s how we partner with you: 💡Discovery: Every great project begins with a conversation. We dive deep into your project’s needs, and we’ll get NDAs in place quickly. 🫵 Designs Tailored to You: Whether you need a simple interconnect or a complex system, our team works closely with you to create custom parts for your design. ⚙️ From Idea to Prototype: We turn your ideas into reality with rapid prototyping. Our iterative process means you get to see, feel, and refine your product quickly and effectively. 🤝 Seamless Component Integration: Choosing the right components is crucial. We help you select the perfect fit, ensuring seamless integration with your existing systems. Our electronics integrate with both conventional and innovative technologies , giving you flexibility in your design choices. 📊 Rigorous Testing for Quality Assurance: Quality is non-negotiable. We put every prototype through extensive testing in our lab and with top-tier facilities, ensuring your product is durable, reliable, and ready for the market. 🌐 From Small Runs to Global Scaling: Starting with small production runs in-house, we then leverage our global network to scale your product efficiently while maintaining the highest quality standards. ✅ Ongoing Support: Our commitment doesn’t stop at delivery. We provide ongoing support to ensure your products stay cutting-edge and continue with an adapting relationship as your needs evolve. Join forces with Liquid Wire to bring new capabilities to your product. Contact us today! ➡️ https://lnkd.in/gfpsM7SJ #LiquidWire #StretchableElectronics #ElectronicsDesign #ElectronicsEngineering #Prototyping #ProductDevelopment #FlexibleElectronics

Bend radius limitations and mechanical strain that quickly damage flexible printed circuits are no longer constraints! Liquid Wire's stretchable and deformable printed circuits (DPCs) are engineered to endure over a million strain cycles, offering a reliable solution that enhances system performance and extends product lifespans. Seamlessly integrate with rigid, flexible, or hybrid PCB counterparts to bring deformability to critical areas where durability and survivability truly matter. With circuits that bend and move like organic tissue, you can create designs that not only meet today’s flexibility requirements but embrace a core technology ready for the future. 👉 Download our Interconnect Datasheet: https://lnkd.in/gY8dHqix 👉 Download our Strain Sensor Datasheet: https://lnkd.in/gv_jgVrt ✅ Get in touch with us today: https://lnkd.in/gfpsM7SJ #StretchableElectronics #PrintedCircuitBoard #DeformableCircuits#FlexibleCircuits #LiquidWire #TechDesign #WearableTech #AdvancedRobotics

Flexible electronics’ limitations stem from their reliance on inflexible conductive inks and packaging materials. When subjected to mechanical deformation or strain, these components exhibit low reliability and a limited lifespan. Liquid Wire is a stretchable and conformable printed circuit technology that bridges rigid and flexible components, creating a new standard of fully deformable systems. Our Metal Gel™ printable conductor, certified RoHS-compliant and non-toxic, offers high conductivity, exceptional stretchability, and minimal electrical hysteresis—maintaining performance even after 1 million stretch cycles. The result is a durable, low-profile, customizable wiring solution tailored to each application’s unique size and system requirements. Let’s explore how this technology can fit your project—reach out to discuss your specific use case today! ➡️ https://ow.ly/NXlb50UmabN #StretchableElectronics #SoftRobotics #MetalGel #PrintedCircuits #CircuitDesign #FlexibleElectronics #RoboticsInnovation #LiquidWire

A solution designed to meet the evolving flexibility demands of today’s technology. Liquid Wire's stretchable strain sensors are custom-patterned to optimize performance for each application. These resistive sensors deliver precise, linear, and repeatable measurements, even under demanding conditions such as repeated stretching, compressing, bending, and twisting. 🤝 Explore how our technology can work for you—connect with us to discuss your project: https://ow.ly/7WXj50Ulfim #StretchableElectronics #LiquidWire #EngineeringSolutions #SensorTechnology #FlexibleTech #StretchableSensors #FlexibleElectronics

🦃 Happy Thanksgiving from the Liquid Wire Team! 🍁 We would like to reflect on the partnerships, innovation, and progress that made this year so impactful. To our customers, collaborators, and supporters: thank you for trusting us to be a partner in creating profound technologies. Your curiosity and creativity continue to inspire us every day. To our team: thank you for your dedication, problem-solving, and relentless pursuit of excellence. It's because of you that Liquid Wire keeps pushing boundaries and shaping the future of stretchable electronics. Thank you to all of our supporters on our LinkedIn! We're grateful for the opportunity to grow, learn, and innovate alongside such an incredible community. 🍂 Wishing you a warm, safe, and joyous Thanksgiving with your loved ones! 🍂 #Thanksgiving #TeamAppreciation #TechCommunity #LiquidWire #StretchableElectronics

For forward-thinking system designs, choosing cutting-edge electronics is essential. As wearable technology and soft robotics continue to evolve, fully stretchable circuitry is crucial to meet the growing demands for flexibility, durability, and seamless performance. Designed to interact naturally with human bodies or emulate biological movements, these technologies require circuits that can withstand mechanical deformation, such as bending, stretching, and twisting, all while maintaining optimal functionality. Liquid Wire’s fully stretchable circuit systems not only conform to the body for superior comfort but also enable robots to move with precision, surpassing the limitations of traditional flexible circuits in terms of motion and bend radius. Our electronics have been rigorously fatigue-tested to endure over 1 million strain cycles, reliably returning to their original state with minimal resistance changes, ensuring consistent performance throughout. What can stretchable circuitry solve for you? 👉 Connect with our team to explore the possibilities for your project: https://lnkd.in/gfpsM7SJ #StretchableElectronics #WearableTechnology #FlexibleCircuits #InnovativeDesign #RoboticsEngineering #FutureOfTech #ElectronicsInnovation

Liquid Wire redefines flexibility in circuit design. With unmatched durability and stretchability, our solutions adapt to dynamic conditions without compromising performance—perfect for pushing the boundaries of wearable tech, robotics, and beyond. Ready to explore next-gen connectivity? Let's innovate together. 👉 https://lnkd.in/gfpsM7SJ #LiquidWire #CircuitDesign #FlexibleElectronics #StretchableTech #RoboticsInnovation #WearableTech #StretchableElectronics