Electromechanical

Controlling the motion path for lasers across multiple axes has come with certain limitations relating to performance, speed, practicalities and, not least, higher complexity and costs. The development of new modular controllers with the flexibility to link a laser to multi-axis positioning is making it easier for system integrators to design and build advanced systems for a new age of laser applications.
Controlling the motion path for lasers across multiple axes has come with certain limitations relating to performance, speed, practicalities and, not least, higher complexity and costs. The development of new modular controllers with the flexibility to link a laser to multi-axis positioning is making it easier for system integrators to design and build advanced systems for a new age of laser applications.
Controlling the motion path for lasers across multiple axes has come with certain limitations relating to performance, speed, practicalities and, not least, higher complexity and costs. The development of new modular controllers with the flexibility to link a laser to multi-axis positioning is making it easier for system integrators to design and build advanced systems for a new age of laser applications.
Controlling the motion path for lasers across multiple axes has come with certain limitations relating to performance, speed, practicalities and, not least, higher complexity and costs. The development of new modular controllers with the flexibility to link a laser to multi-axis positioning is making it easier for system integrators to design and build advanced systems for a new age of laser applications.
Controlling the motion path for lasers across multiple axes has come with certain limitations relating to performance, speed, practicalities and, not least, higher complexity and costs. The development of new modular controllers with the flexibility to link a laser to multi-axis positioning is making it easier for system integrators to design and build advanced systems for a new age of laser applications.
Electromechanical

Modular laser control offers precision and efficiency in industrial manufacturing

Laser technology’s newfound accessibility has opened new applications for machine builders
Speed Of Light
Speed Of Light
Speed Of Light
Speed Of Light
Speed Of Light
Electromechanical

Precision at the speed of light

Advancements in synchronized pulse control for industrial manufacturing
two-workers-at-a-food-production-line
two-workers-at-a-food-production-line
two-workers-at-a-food-production-line
two-workers-at-a-food-production-line
two-workers-at-a-food-production-line
Electromechanical

Linear motion moves ahead

New production lines mean new opportunities to look at motion-technology advancements
Double-2-stage-telescopic-actuator-web
Double-2-stage-telescopic-actuator-web
Double-2-stage-telescopic-actuator-web
Double-2-stage-telescopic-actuator-web
Double-2-stage-telescopic-actuator-web
Electromechanical

How to achieve high-precision motion

An industrial 3D printer manufacturer faced a challenging task: How to drive its powder bed fusion system across a large span of travel with 0.02 mm accuracy and smooth vertical...
Building-Blocks-future-of-linear-motion-technology-hero2
Building-Blocks-future-of-linear-motion-technology-hero2
Building-Blocks-future-of-linear-motion-technology-hero2
Building-Blocks-future-of-linear-motion-technology-hero2
Building-Blocks-future-of-linear-motion-technology-hero2
Motors

The future of linear-motion technology

Market drivers and challenges that will shape design trends
Rick-Rice-new-thumb
Rick-Rice-new-thumb
Rick-Rice-new-thumb
Rick-Rice-new-thumb
Rick-Rice-new-thumb
Electromechanical

Linear translation and measuring motion

Linear measurement has come a long way from the days when a series of independent sensors were used to provide feedback on travel in a straight line
cd1710-question-real-answers-fb
cd1710-question-real-answers-fb
cd1710-question-real-answers-fb
cd1710-question-real-answers-fb
cd1710-question-real-answers-fb
Motors

What’s your position on electro motion?

With motion so easy to implement and feedback so accurate, it’s not hard to imagine a future where all devices will be electro-motion activated.
RCL-RA-hero
RCL-RA-hero
RCL-RA-hero
RCL-RA-hero
RCL-RA-hero
Electromechanical

Communication simplifies test system design

Automation of product testing with IAI hardware and EtherNet/IP communication successfully eliminates monotonous manual labor and human error
Industrial-automation-with-a-mission-hero
Industrial-automation-with-a-mission-hero
Industrial-automation-with-a-mission-hero
Industrial-automation-with-a-mission-hero
Industrial-automation-with-a-mission-hero
PLCs/PACs

Automation controls rocket science

A student design team developed a PLC-based control system to safely automate a test stand and prove out an engine prior to rocket launch