Haumiller leverages robotics to enhance high-speed assembly automation, offering expertise in robot selection, programming, and integration for continuous motion applications, ensuring project success with custom automation solutions.
Advancements in the field of robotics have paved the way for high-speed assembly automation, yet implementing continuous motion assembly machines is not as straightforward as deploying a robot. Haumiller boasts significant expertise in the selection, programming, and integration of all types of industrial robots, including end effectors, essential for high-speed continuous motion applications. From simple Pick and Place Cartesian to High-Payload Multi-Axis articulated systems, Haumiller's experience in engineering custom automation solutions ensures your project's success in assembly automation.
Robots demonstrate greater versatility compared to traditional assembly machines, being 'versatile manipulators capable of being programmed and reconfigured to execute a broad spectrum of tasks.' This versatility is crucial in applications ranging from quality inspection to high-speed assembly, machine tending, and palletizing.
However, it's crucial to recognize that industrial robots vary. Traditional robots are often costly, relatively immobile, require substantial space, necessitate extensive safety measures like fencing, and typically need a skilled robot engineer for programming.
In industrial settings today, various robot types are utilized, notably: Cartesian (Pick & Place), SCARA, Delta, and Articulated (Multi-Axis), each with diverse manufacturers and software options. Selecting the appropriate robot and software is vital for a successful continuous motion assembly machine project. Moreover, robot integrators with experience in automation and part control are essential for delivering optimal end effectors and a robust industrial solution in the realm of custom automation and engineering.
Our testing team isn't trying to make the machine work, it's trying to make the machine fail. We assess the durability of every machine to ensure your machine will last with any operator under any condition.
A series of short tests of every separate function of the machine to find obvious errors while running only the specific parts, and is completed when each function of the machine has run approximately 10 seconds.
Phase 2 is a series of tests, operating the machine as a whole interactive system. It is completed when the machine has run approximately 5 consecutive minutes with every function working.
A test of each specified set of parts, with every function working and the machine operating as a complete, interactive system. This phase is considered complete when the machine has run satisfactorily for 30 consecutive minutes unless a different time frame is specified.
We go Above and Beyond to Understand Clients' Unique Needs, Providing Solutions That are Tailored to Their Goals
%20(1).png)
