This modernization allows to improve quality and health safety, to strengthen traceability, to gain in productivity and agility while responding to the challenges of ecological transition and labor shortage. Automation, the digitalization of workshops and the optimization of industrial performance thus become key levers to sustainably support their growth and innovation capacity.

It is in this logic/approach that ITP Convoyeurs offers a complete range of equipment integrating transitic functions. Let’s take the case of micro-stoppages: a poorly calibrated line can generate "pumping" phenomena, comparable to road congestion where traffic is blocked without apparent cause. The reflex is often to accelerate the conveyors downstream to unclog the line, but this approach only moves the problem and can quickly become difficult to control. Conversely, consistent speed management across the entire line can be enough to restore smooth operation. In other situations, the addition of accumulation zones proves necessary. The control of these parameters allows then to sustainably optimize the use and performance of your equipment. ITP Conveyors offers you many solutions to increase the fluidity and thus approach your nominal cadence.

Multi-channel FIFO accumulation table, Dynamic FIFO accumulator, Recirculation accumulation

In other configurations, space optimisation involves integrating transit solutions that enable the next stage of the process to be anticipated and prepared. Diversion systems, for example, do more than simply distribute products across multiple lanes: they also enable precise control of the spacing between products, thereby ensuring a regular and optimised supply to downstream equipment.

Paddle diverter, AIM diverter, Star diverter

ITP Conveyors offers a wide range of solutions to meet your daily operational challenges. Beyond equipment, ITP Conveyors offers turnkey solutions that include electrification, automation, installation and commissioning, with on-site support extending to assistance during the production phase.