Unique (“L” form) linear architecture divided in modules: integrated preform feeding, linear oven, direct transfer system, blowing block press.
Multi-module oven, with 8 or 9 IR lamps. Air flow within the oven homogenizes the heat the whole preform wall.
Neck cooling via cooled air
Direct transfer system: simultaneous transfer of the heated preforms from the oven to the mould, and of the blown bottles to the bottle exit. No need to space out the preforms for their transfer to the press.
Stretching system driven by servomotors and blowing system. Stretcher movement in 2 phases: approximation and stretching. Isobaric blowing in the neck area to prevent any possible deformation.
Shell-type moulds that are fitted to the cooling block. This shell figure structure allows for very fast format change, without adjustment during the individual mould-shell change or during the change of the mould’s base support.
(Moulds above 2 liters are of one piece, including cooling circuit).
Pneumatic compensation of mould closing to ensure a perfect clamping and to avoid “parting lines”.
Easy-to-use control station: touch screen integrated to the frame to control blower controls and settings.
Perfect access to the primary machine parts for maintenance, adjustments and mould replacements.
The URBI 8 and URBI 4L models consist of two presses that take the preforms that come from the ovens, with a single feed hopper of preforms and a single outlet of containers.
The preferential heating process is suitable for the manufacturing of complex PET bottles including asymmetrical or oval-shaped bottles and other flat containers. Urola has developed a simple and practical system with this objective, which can be applied to original equipment or retrofitted.
The Urola stretch blow moulding machines combine recovery systems of blowing air for the pneumatic drives of the blow moulding operation and as a result, offer considerable energy savings, eliminating the need for an additional low pressure air compressor.
For complex multi-layer PET containers, Urola’s URBI line of stretch blow moulding machines offers a great processing capacity and precision.
Incorporating the latest in technological advances, the URBI-2 guarantees excellent performance, and is characterized for its accessibility and ease-of-use. It produces faultless bottles thanks to a perfectly controlled heating – stretching - blow moulding process.
No. of cavities | Maximum container volume (L) | Maximum container size (mm) | Maximum Output (b/h) |
---|---|---|---|
2 | 2l | Ø120mm*350mm | 4000b/h |
Very small space in the plant: easy implementation (2.32 m x 2.16 m).
Servomotors for opening and closing mould-carrying plates, preform stretching and bottle/preform transfer system.
Reduced energy consumption thanks to the high efficiency of the oven and electric drive systems.
No. of cavities | Maximum container volume (L) | Maximum container size (mm) | Maximum Output (b/h) |
---|---|---|---|
4 | 2l | Ø120mm*350mm | 6800b/h |
Very small space in the plant: easy implementation (2.23 m x 3.32 m).
Servomotors for opening and closing mould-carrying plates, preform stretching and bottle/preform transfer system.
In each cycle, the 4 preforms leave the oven at exactly the same moment, and unlike other linear systems, no temperature difference is produced between the preforms.
No. of cavities | Maximum container volume (L) | Maximum container size (mm) | Maximum Output (b/h) |
---|---|---|---|
6 | 2l | Ø210mm x 350mm | 10500b/h |
Very small space in the plant: easy implementation (2.10 m x 3.85m). “Pick and place” concept, facilitating assembly and installation.
Its production capacity of up to 10,500 b/h in containers of up to 2 litres makes it one of the most productive machines on the market.
Up to 20% reduction of high pressure air. Recovery of blown air. Reuse of electric drive energy.
No. of cavities | Maximum container volume (L) | Maximum container size (mm) | Maximum Output (b/h) |
---|---|---|---|
8 | 2l | Ø120mm*350mm | 13600b/h |
Servomotors for opening and closing mould-carrying plates, preform stretching and bottle/preform transfer system.
Reduced air consumption thanks to high efficiency of the oven and electric drive systems as well as the air recovery system.
No. of cavities | Maximum container volume (L) | Maximum container size (mm) | Maximum Output (b/h) |
---|---|---|---|
2 | 8-10 l | Ø200mm*400mm | 2500b/h (5 litres) |
Very small space in the plant: easy implementation (2.23 m x 3.32 m).
Servomotors for opening and closing mould-carrying plates, preform stretching and bottle/preform transfer system.
Reduced air consumption thanks to high efficiency of the oven and electric drive systems as well as the air recovery system.
No. of cavities | Maximum container volume (L) | Maximum container size (mm) | Maximum Output (b/h) |
---|---|---|---|
4 | 8-10 l | Ø200mm*400mm | 5000b/h (5 litres) |
Servomotors for opening and closing mould-carrying plates, preform stretching and bottle/preform transfer system.
Reduced air consumption thanks to high efficiency of the oven and electric drive systems as well as the air recovery system.
* You can also combine the manufacture of bottles under 2 litres
Urola offers the following equipment or peripherals that may be optionally supplied as part of a turnkey project.
Our service begins with a customer consultation regarding container design, taking the following factors into consideration::
We use 5 axis CNC Machining Centers and other auxiliary machines for the manufacture of moulds with the highest quality.
This service is covered by Urola when it is required to determine the validity of the container when it is a new packaging development.
We accompany the customer in the maintenance of the moulds during their useful life to ensure that the conditions of the process are maintained in optimal conditions.
For this we replace worn parts, repairs, check air outlets, check cooling circuits, etc.
A cooling system is integrated within the very mould. Moulds are manufactured in duralumin with stainless steel, treated neck adjustments.