Hiperbaric's HIP technology achieves excellent mechanical performance on industrial projects of a high technological and competitive level.
We develop innovative solutions in Hot Isostatic Pressing (HIP) technology to meet the current and future needs of our customers, thanks to our in-depth knowledge of high pressure technology and specialized understanding of the many challenges faced by each sector.
We offer a complete range of predictive, preventive and corrective maintenance solutions on our HIP presses, and an optimized management system for a fast, efficient service.
Diagnostics and monitoring
At Hiperbaric we offer you a web portal for exclusive use by customers, where you can place your orders in real time with the guarantee of processing them within 24 hours. It has access to an extensive database of technical information such as manuals, instructions and regular consultations. It also allows you to consult prices, download online offers and carry out simple searches for spare parts, using interactive 3D navigation.
We have an extensive catalog of reliable, high quality spare parts. Our excellent team guarantees delivery thanks to an efficient stock control system that maintains the spare parts at optimal levels.
Our commitment is to deliver in less than 24 hours anywhere in the world
We offer 24/7 assistance with original, dedicated spare parts supplied from our 4 warehouses: Spain, the United States, Mexico and New Zealand.
The supply contracts for any piece of Hyperbaric equipment always include its installation and set-up by our assembly specialists. However, it is the customer's responsibility to provide the necessary equipment for unloading and positioning (crane, slings, vehicles, hydraulic jack, etc.).
Pilot Plant and testing
In our facilities we carry out testing and trials to evaluate the Hiperbaric HIP technology. We evaluate parts, processes and applications to achieve the best results.
Our team of highly qualified engineers and our network of specialists carry out research in manufacturing processes, as well as the analysis of material component properties, to obtain the best performance from Hiperbaric HIP equipment.