Revolutionizing Autonomous Robotics
with Spike Actuators
A compact, high-performance actuation systems that enable next-generation autonomous devices.
Biomimetic Robotic Arms Powered by groundbreaking Muscle-Like micro linear piezo actuators.
Replacing outdated electric gear motors, solenoids, servo motors, and stepper motors with a superior, lightweight, and ultra-compact solution.
- Ultra-Compact Design
- 10X-100X Lighter and Smaller
- High Speed and High Precision
- Unlimited Lifespan
- No Lubrication and No Maintenance
- Unlimited Durability
- High Wear Resistance
Revolutionizing Autonomous Robotics
with Spike Actuators
A compact, high-performance actuation systems that enable next-generation autonomous devices.
Biomimetic Robotic Arms Powered by groundbreaking Muscle-Like micro linear piezo actuators.
Replacing outdated electric gear motors, solenoids, servo motors, and stepper motors with a superior, lightweight, and ultra-compact solution.
- 20X Lighter and Smaller Excessive weight
- Ultra-Compact Design
- High speed and maneuverability
Overcome the constraints of
traditional geared
and rigid actuation systems
With versatile motion capabilities and ruggedized performance, Spike enables robotics manufacturers to push autonomous designs to new frontiers of size, efficiency and functionality.
Traditional robotic actuators suffer from inherent reliability issues due to their intricate gearing mechanisms, numerous moving parts, and wear-prone components. Spike's linear actuators eliminate these failure points, delivering 10 times greater reliability compared to conventional systems.
Inspired by the natural motion of human muscles, our innovative actuator technology enables the development of truly biomimetic robotic arms that mimic the dexterity, precision, and fluid movements of the human form.
At the core of our biomimetic robotic arm solutions are Spike's muscle-like micro linear actuators.
Spike Ultra-Compact Linear Actuators are designed for seamless integration into new and existing robotic arm systems.
Modular approach allows for scalable and customizable solutions, from highly dexterous robotic hands to articulated multi-joint arm systems, all while minimizing weight and maximizing payload capacity across a wide range of robotic applications, from high-precision industrial robots to collaborative robots and service robots.
With no wear-prone components, our actuators provide consistent, maintenance-free performance, ensuring operational longevity in even the most demanding robotic applications.
The global autonomous mobile robot market size is projected to grow from $24.7 billion in 2022 to $74.1 billion by 2027, at a CAGR of 19.8%.
Based on research from Markets and Markets and Fortune Business Insights, we can conservatively expect the market to grow from USD 1.97 billion in 2021 to USD 4.1 billion, and potentially even USD 8.70 billion by 2028, at a CAGR of 17.5% to 23.7% from 2023-2028.
Simultaneously, the market size is projected to reach $9.9 billion by 2032, with a CAGR of 22% from 2023 to 2032, offering incredible investment opportunities.
Spike's disruptive actuator platform positions us to capitalize on this lucrative market opportunity.
Our patented solutions remove the limitations of conventional actuators, empowering robotics companies to design revolutionary systems that outpace the competition.
Contact Us
Join the revolution in robotic arm performance and reliability.
Contact Spike Dynamics today to learn how our pioneering ultra-compact piezo linear actuators can elevate your robotic systems to new heights of excellence.
© Copyrights by Spike Dynamics. All Rights Reserved.