Software/Programming Applications
We offer expert support at any stage of your automation process.
- Pre-Integration – offline software/logic development, research and development
- Integration – on-site setup and programming
- Post-Integration – process improvement, production support, training
Application Expertise
Our expertise spans a wide range of automation applications including Packaging, Die casting, Gantry systems, Assembly Machines, Body-In-White Automotive lines, Press Automation, Laser Cutting, Welding and Glass insertion to name a few.
- Arc (MIG) Welding
- Spot Welding
- Nut running
- Stud welding
- Sealant/dispense
- Servo gun setup and calibration
- Laser Welding
- Laser brazing
- Material Handling
- Press to Press
- Machine Tending
- Plastic Injection Molding Processing
- Palletizing
- Routering
- Buffing, Grinding, Deburring
- Roller Hemming
- Cutting
- Laser
- Plasma
- Water jet
- Sawing
Application Examples
Sawing
This video shows AMT’s expertise in non-standard robotic applications. The robot is performing lubrication and sawing operations on the part. Our software experts can help you develop custom software and interfaces for non-standard applications. Our process development experiences with leading edge applications enable us to constantly meet and exceed our customers’ expectations.
Available Videos ↓
Robotic Sawing - Cutting Operations
MIG Welding with Coordinated Motion
Coordinated motion has gained popularity over the last few years due to reduction in fixture costs and lean manufacturing. The video shows a Material Handling robot that acts as the fixture while the smaller MIG welding robots perform arc welding on the part. Our experts can help you understand the areas of application for coordinated motion, its impact to your process along with benefits.
Available Videos ↓
Coordinated Motion with MIG Welding robots
End of Line Racking Operations
Racking or loading of parts is a challenging operation that can impact line rate and production. Robotic racking allows for parts to be loaded into shipping containers by the robot. Typically the robot gets its parts from a conveyor or a machine and places the parts into the container. AMT has experience with a wide range of parts, racks, loading and unloading scenarios with multiple robot models and layout configurations. From conception to installation support, we can make robotic racking work for you.
Available Videos ↓
Press Automation - End of Line Robotic Racking System
Automotive Welding and Material Handling
This video illustrates AMT’s expertise in robot programming for automotive assembly lines. The station tool is mounted on an 8th axis of the robot. The robot on the slide with the tool travels down the slide and loads the part into the tool after which the tool is shuttled down to the weld position. Once in the weld position, the welding robots go to work and weld the parts together. After the Geo weld is complete, the tool is opened up, at which time another robot picks up the part. The unloading robot will clear the tool. This allows the tool to return to the load position for another part while the weld robots complete more welds. Once all the welds are completed, the unloading robot transfers the part down the line to another tool.
Available Videos ↓
Robotic Welding and Material Transfer System
Press to Press Automation
Our expert robot engineers can optimize the complete system performance of de-stacking operations, press to press part transfer, and various other press to press automation systems. The video shows a high speed transfer of parts between presses. Our engineers have a wealth of knowledge with press room applications. We are consistently regarded as the Number One provider of robot engineering services in North America.
Available Videos ↓
Press-To-Press Robotic Transfer
Conveyor Load
This video shows material handling of automotive engine parts. We have hands on experience with robots and material handling equipment.
Available Videos ↓
Robotic Material Handling Transfer System