MOTION CONTROL

Motion control is the mastery of position, speed and acceleration related to the system of moving parts of a machine. The field of motion control provides the means to move objects in a controlled manner, whether through precise rotary or linear motion. Since the movement of physical objects, parts and components are involved, the technology requires more precision and reliability than other disciplines.


Built to be compact, our motion control systems are designed from the highest material quality. It performs with high throughput, dynamic speed and positional accuracy to deliver high precision and reliability. When coupled with our Direct Drive technology motors and actuators, it delivers optimal efficiency, producing minimal friction and noise.


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MOTION CONTROL

AMRs

Autonomous Mobile Robots (AMRs) are robotic vehicles used to move and transport materials across production environments. These smart robots use data from cameras, built-in sensors and software which enables it to detect, navigate and adapt to changing environments and production requirements to choose the most efficient route.


Highly flexible, manoeuvrable and adaptive, our AMRs can easily be integrated with existing systems and operate within dynamic and changing production layouts. Our proprietary Fleet Management System/Warehouse Automation Software allows for easy deployment and management of multiple AMRs within a specified area. Equipped with LIDAR and encoded motion, our robots are built to operate in narrow aisles and alongside workers, ensuring safe, smooth and lean operations.


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AMRs

COLLABORATIVE ROBOTS

Collaborative robots (cobots) are designed to operate and work alongside humans in a shared workspace. They are built to perform highly repetitive, labour-intensive and potentially-hazardous tasks, operating to complement and help the human operators within the same workspace, compared with industrial robots which are typically large, high-cost machines designed to work autonomously and reside in isolation from humans for safety reasons.


Our HCR cobot series is easy to set-up and integrate into your current workflow. Highly flexible, these cobots are built to perform a wide range of applications and adapt to the constraints of any production layout. Our user-friendly operation software, “RODI” allows you to intuitively control the robot and its peripheral systems, without having any prior technical or programming expertise. With built-in safety features such as collision detection and impact mitigation, our cobots are designed with the safely of human operators in mind.


COLLABORATIVE ROBOTS

PRECISION ROBOTICS

Precision robotics is used for applications where repeatability and high accuracy is required. Powered by electromagnetic fields as compared to mechanical force, our precision robotics technology is of the ultra-precision grade (5-10 microns), more accurate than general industry standards (20-30 microns).


Our linear motors, a product of our direct drive technology, highlights our expertise in the field of a 3-stage precision robotic—an XYZ-axis movement with ultra-precision robotics along all 3 axes.


We also produce XYZ theta stages and other customized stages according to application-specific requirements. Our wide range of positioning stages and actuators for linear, rotary and vertical motion as well as combinations of multiple axes have been deployed across various industries and applications.


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PRECISION ROBOTICS

MACHINE ALGORITHM

Machine algorithm connects hardware to the internet by collecting and sharing data. This adds a level of intelligence to robotics and automation systems, enabling them to communicate real-time data, effectively merging the digital and physical worlds.


Our machine algorithm software transmits real-time production throughput into an existing MRP system. These on-demand data can be pushed to a cloud platform for easy, on-demand remote monitoring. This capability allows you to forecast equipment malfunctions, anticipate downtime, streamline and synchronise production flow to optimise the inventory management at every station of your production line, without the constraint of being physically present onsite.


MACHINE ALGORITHM

VISION SYSTEMS

Machine vision systems combine both hardware and software to guide machines in the execution of their operational functions based on the capturing and processing of images. Digital sensors in industrial cameras with specialised optics capture images, which the machine algorithm can measure, process, and analyse data for decision making.


Our vision systems are built for use in various applications spanning robot positioning and navigation, object recognition, defect detection, mark and label inspection, measurement, quality control and monitoring.


It is equipped to integrate with collaborative robots, precision robots and mobile robotics platforms, as it delivers superior vision and image processing with sub-pixel accuracy. It is also equipped with Ethernet and digital I/O interface using Internet of Things (IoT)-enabled communications to send, receive and transmit data across different operating software and systems.


VISION SYSTEMS

ROBOTIC COMPONENTS

We offer a wide range of robotic grippers, end effectors, and peripheral devices. Our team of robotics experts and system integrators are available to provide advice on solutions for your automation needs.


View our range of distributed brands which are used in various industry sectors ranging from electronics, commerce, manufacturing to pharmaceuticals and chemicals.


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ROBOTIC COMPONENTS