Robotic Automation Expertise At Your Service.
Robotic Automation is only as good as the people who design, install, program, and maintain it. Considering the substantial investment that most robotic applications require, it is crucial to ensure that they do exactly what you need them to, as efficiently as possible.
The THG Automation division of The Hendey Group offers a range of services to assist end-users and integrators with manufacturing challenges involving robotics.
Our team has experience with automation projects of all shapes and sizes, and we understand that the key to success is understanding your process. Once we have a firm grasp of your needs and goals, we can help you determine the best way to integrate robotics and tooling into your process to achieve them.
Check out the new Universal Robots and Fronius weld package.
This system merges the collaborative robot capabilities of the UR10e with the industry-leading weld process control of the Fronius TPS/i welding solution.
-Welds aluminum, steel, or stainless materials all with the same setup.
Choose Fronius welding processes such as:
-Pulse
-Syncro Pulse
-CMT + Mix Drive and Cycle Steps
-PMC + Mix Drive and Ripple Drive
-LMC
See this new solution for the US market at:
The robotic automation division of The Hendey Group offers la carte services including:
Robotic Programming
Ensure that you are getting the most from your robots by programming them right the first time. Or, by reprogramming or repurposing them now. The Hendey Group Team provides full programming services for Universal Robots, ABB, Fanuc, and Motoman robots.
Tooling Design
Your process depends on arming your robots with the right tooling. The Hendey Group can help design end-of-arm-tooling to perform almost any task – from merely holding products on the line to completing complicated manufacturing tasks.
Welding Process Development
Whether you’re an end user or an integrator, our team has the experience and expertise required to consult and implement the design/development of robotic welding applications for carbon steel, stainless, or aluminum-based materials. We have years of experience with Miller, Fronius, Lincoln, Esab, and OTC power sources and equipment.
Onsite Training
We can train your people to operate, program, and maintain the ABB robots in your system for maximum efficiency, even if someone else installed and programmed them.
Offline Programming
Save time and money by using The Hendey Group team to complete programming before or during your ABB robots are in production.
Simulation Services
Not sure if your proposed automation project will accomplish what it was designed to do? We can simulate your process to test feasibility BEFORE you commit time, money, and resources to the project.
The robotic automation division of The Hendey Group
The Hendey Group offers service for manufacturing with a specific focus on industrial robotics. These services included:
- Robots
- Universal Robots programming
- ABB brand programming
- Fanuc brand programming
- Motoman brand programming
- Welding Equipment
- Fronius
- Miller
- Lincoln
- Software Development
- Universal Robots URCaps
- Welding process development and troubleshooting in the scope of robotic automation
- Assisting with the development of a new welding robotic application for the end-user, or integrator of an end-user.
- Projects for the welding of Carbon Steel, Stainless, or Aluminum-based materials.
- Tooling design
- Device to hold components as they are being processed by the robotic automation
- Device to perform a process to a component or assembly of components using the robotic arm also called and an end effector or End Of Arm Tooling (EOAT)
- Training Onsite for ABB brand robots
- Operator level training
- Advanced Level training
- Electrical Maintenance training
- Robotic Welding training
- Electrical design
- Robotic process development
- Welding (Carbon, Steel, Stainless Steel, Aluminum)
- Material Handling
- Palletizing
- Gluing
- Machine Tending
- Robotic cell integration
- ABB Offline programming and simulation services
- Programming ahead of the availability of automation
- Feasibility of proposed operation before committing to automation