Model 35	Metric	US
Clamping Force	235KN	24 tons
Extruder	41 or 51mm	1.625" or 2"
For PET containers from 12 cavities at 10ml, 6 at 250ml round or 4 at 550 ml oval.

Jomar's ISBM (injection stretch blow moulding) series for the production of bi-axially oriented containers is the logical offshoot of the Jomar injection blow technology. It is the first injection stretch Blow moulding machine that utilizes only two stations to perform the stretch blowing process.

Stretch runs more economically
Jomar's two-station ISBM machines require less tooling than three-station rotaries with comparable cavities. Injection takes place at station one. Following a 180° rotation to station two, bottles are stretched using rods and blown using high pressure air, then ejected through the bottom of the blow moulds. This eliminates the need for an eject station and the associated tooling.

Stretch improves clarity and strength
For clearer bottles, process them on a Jomar injection stretch machine. The ISBM series strengthens nearly any container design, specifically on longitudinal and hoop strength.

JOMAR Stretch permits faster tooling changes
The ISBM design is one of quick- change artistry. Preform injection moulds release with just four bolts a Jomar exclusive. Core rods and stretch rods release with the pull of a pin. Preform moulds slide out on a steel shelf for easy removal. Preform tools change out faster than conventional moulds, because a unique design allowing installation without the need for realignment. Blow moulds release with only four bolts and quick disconnect water lines.

Markets
The Jomar ISBM35 is ideally suited for the manufacture of spirit miniatures, hotel samplers and toiletry bottles up to 500ml.

Technical
The preforms are quickly cooled in station 1, only the internal and external skins are cooled to below 70°C. This allows the removal of the core rod from the preform and the preform from the preform mould. As the machine is cycling between 10-12 seconds overall for typical products, the preform quickly reheats during transfer and the 2-4 second blow delay in the blow station. Stretching, blowing and ejection typically takes 3-5 seconds in station 2 after the blow delay.