Helium accumulation tester:

A custom made leaktesting machine for quality checks on a large variation of gas valves.

Helium accumulation tester

Design charging hubs:

A drawing for stainless steel electric charging stations, in co-operation with our sister company Streetplug.

Ontwerp hubs

Robot arm:

A robot arm with gripper is used for assembling and testing products automatically.

Robot arm

Our production facility:

Verborg engineering has a spacious well-equipped factory to produce parts and assemble machinery.

Fabriekshal Verborg engineering

Intermediate bulk containers

Overview of projects

Click on the pictures for more information.

Intermediate bulk containers leak testing systems

Leak testing machinery.

Over the years, Verborg Engineering has developed and implemented various semi-automatic and fully automatic machines for leak testing intermediate bulk containers (IBCs). These machines are built with standardized designs that can be tailored to meet the specific requirements of each customer. The flexibility of these designs allows for the integration of additional features, such as automated cap placement or drying processes following submersion testing.

Intermediate Bulk Container (IBC) loading unit

Intermediate Bulk Container (IBC) loading unit.

This tailored distribution machine comes from a collaboration with an IBC manufacturer. It's created to autonomously transfer IBC containers from a single supply line onto two groups of four conveyor units.

PMC System

Post mould cooling conveyor.

This semi-automatic system enables intermediate bulk containers (IBCs) to cool down for a set duration after exiting the blow moulder. The system includes a specialized weighing conveyor to verify the weight of each IBC, along with a pick-and-place mechanism to optimize space usage and maintain proper orientation.

Transport systems for IBC containers

Transport systems.

Over the years, Verborg Engineering has developed numerous transportation systems for intermediate bulk containers (IBCs). These systems are typically designed to fit seamlessly into existing factory layouts, taking into account space constraints and pre-existing obstacles. By using standardized designs as a foundation, we ensure that each transportation unit is adapted to meet the specific requirements of the customer while maintaining efficiency and reliability.