Fully Integrated Linear Motors: Saving Engineers Valuable Development Time & Money
Fully Integrated Linear Motors: Saving Engineers Valuable Development Time & Money
Faster Deployment, Greater Reliability, Lower Maintenance
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Faster Deployment, Greater Reliability, Lower Maintenance
Predictive Maintenance Actuators with Onboard Force & Position Sensors This paper explores the role of integrated data logging in advanced manufacturing and industrial automation, autonomous...
Flight Level Engineering Application Story Have you ever wondered how flight test professionals truly understand the complex flight control laws of a modern aircraft? Flight Level Engineering (FLE)...
Polytechnique Laboratory for Assistive and Rehabilitation Technologies (POLAR) Application Story Led by Professor Anolfazl Mohebbi, POLAR, is a Montreal-based laboratory for assistive and...
Latency measures the delay present between two events in a system [1]. Real-time responses are an aspect of real-time systems, which occur following an event or input to the system within a defined...
Pneumatic actuators have long been favoured for their simplicity and responsiveness in industrial automation. However, recent advancements in electric linear actuator technology, such as the ORCA™...
Artificial Intelligence (AI) is no longer confined to the digital realm. As AI systems evolve, they're expanding beyond software and extending into the physical world, not just through thinking and...
Are you a machine builder evaluating different types of linear actuators for your project? When it comes to automating motion, linear actuators are essential in a wide range of industries, from...
iSim Ltd's Hawker 800 Simulator Powered by ORCA™ Motors iSim Ltd, a New Zealand-based manufacturer of next-generation flight simulators, specializes in designing and building custom Flight Training...
Are you a machine builder debating a mechanical or magnetic actuator for your system? Electric actuators play a crucial role in converting electrical energy into mechanical energy and static forces,...
Accelerating Accessibility & Affordability of Innovation Linear Motion Technologies We are pleased to announce a price reduction of over 30% on select ORCA Series Smart Linear Motors. This change is...
Harnessing Force Controlled Linear Actuators Texas A&M University’s Breakthrough in Coastal Erosion Control Dr. Anand Puppala’s Research Group at The University of Texas A&M is developing a...
The IO SmartHub simplifies controlling ORCA Series motors with bidirectional analog + digital signals & triggers. The IO SmartHub enables control of any ORCA Series motor using analog or digital...
ORCA Series motors are designed for straightforward integration into testing and measurement projects, supported by a serial Modbus RTU interface and an included USB adapter cable. Suitable for both...
Understanding Force Feedback in Linear Motion Systems
In motion control applications, the maximum speeds of linear actuators are often a critical design parameter and often totally rule out some products as potential solutions. An actuator's maximum...
Understanding the Maintenance Cycle The maintenance cycle of the ORCA Series motors may be of great importance to a select few applications, particularly those in factory settings with considerable...
Introduction Mechanical advantage breathes life in a wide variety of machines and systems. The purpose of a machine is to convert one energy into another, this can be done with many mechanisms...
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