Automation Control System Markets

Aerotech at a Glance

Automotive Applications

Machine Tool Applications

Assembly Applications

Packaging Applications

Fuel Cell Applications

Distributed Control Architecture

Simplified Integration

Cost-Effective Retrofits

Software Motion Controller Functionality

Software Development Kit

Graphical User Interface

Intelligent Network Drives

Programmable Logic Controller

Vision Systems

Servomotors

PC Based Hardware Controllers

Servo Amplifiers

Cartesian Robots

Actuators

Options & Accessories

Software Interfaces

Superior Mechanics

Engineered Systems

Worldwide Training & Support

ISO Registered

Aerotech Timeline


Assembly Applications

SMALL ELECTRONIC PARTS ASSEMBLY
Combining Aerotech controls with our advanced mechanics, including air bearing, mechanical bearing, linear motor and ball-screw-driven stages, affords the appropriate repeatability and accuracy during the assembly process for small parts.

PICK-AND-PLACE
Aerotech has long provided pick-and-place gantries for many assembly lines, including PCBs and cell phones.

AEROTECH ADVANTAGES IN ASSEMBLY


Axis calibration compensates for repeatable mechanical errors to improve position and velocity accuracy.

Multidimensional error mapping provides calibration tables to compensate for repeatable multi-axis (e.g., X-Y plane) misalignments in mechanics.

Gantry Mode seamlessly controls mechanically-linked axis to ensure position and velocity accuracy.

Dual-carriage linear motor stage with cross axis increases throughput and reduces system cost.

All-digital drives eliminate drift over time, providing superior repeatability without recalibrating, and less maintenance.

Lower component count compared to traditional systems increases reliability and decreases lifecycle cost due to lower spare counts, less down time, and smaller maintenance windows.

User provides Position-Velocity-Time trajectory in real-time to Aerotech controller on a per axis basis and the A3200 will generate the trajectory command to all axes using a cubic spline algorithm.

Interpolated motion provides higher fidelity motion commands to each axis, minimizing position error during movement.

FireWire® is not subject to noise and offset of analog systems. This better signal-to-noise ratio provides for higher data rates and, therefore, higher throughput.

Advanced diagnostics minimize downtime.

FireWire® noise immunity results in higher fidelity position commands, thus higher precision.

Camera control synchronization for part recognition, position determination, and motion adjustments.

Specialized coordinate transforms reduce programming complexity.




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