Explore recent projects where our engineering team delivered robust, ergonomic, and AMR-compatible material handling solutions tailored to unique customer challenges.
Develop and manufacture a product cart compatible with an OTTO 100 AMR, capable of withstanding fork truck loading.
Our engineering team compiled information related to AMR docking and navigation specification and anticipated external loads to generate a robust solution that could be manufactured quickly.
Develop and manufacture an AMR docking stand that can allow an operator to rotate the platform after the material has been delivered.
Our engineering team performed an in-depth study on AMR docking and navigation requirements, as well as center of gravity and payload stability to develop a product that met ergonomic guidelines for rotation force and reach.
Develop and manufacture a structure that keeps AMR carts secure during fork truck loading, and also prevents damage from external forces.
Our engineering team was able to deliver a multi-functional solution after understanding the AMR navigation requirements and manual fork truck payload handling.
Develop and manufacture a platform for fork truck material delivery that can be tilted by an operator to meet ergonomic reach requirements.
Our engineering team gathered information on ergonomic force and reach requirements as well payload and external loading conditions to generate a robust solution that is easy and safe to use.
Develop and manufacture a plate with fork pockets for supporting a large payload on an AMR, with a short lead-time.
By understanding the payload weight and AMR tooling attachment points, our engineering team was able to quickly deliver a solution that can support heavy loads and remain securely located on the body of an AMR.
Develop and manufacture a tooling plate that attaches to an AMR and keeps a payload secure during transit.
Our engineering team was able to generate a rigid plate capable of supporting the customer’s payload while allowing for full functionality of AMR payload detection sensors and maintaining proper docking clearances.
