Presona AB products

The Presona MP 270 MH, nicknamed “Mega” is a the most powerful baler we make. This baler is intended for recycling and sorting plants or other businesses that bale large quantities of material. It is built using a revolutionary new design concept that creates super-high capacity while being very cost effective. This means that a single MP 270 MH baler can replace several smaller balers at a significantly lower cost. The secret to MP 270 MH’s high performance is parallel processes and self-optimization. When the material that is to be compacted falls into the baler, its density is automatically measured and then the baler optimizes itself and proceeds to pre-compress the material to 200 kg / m3. The pre-compressed material is then moved to the main press which creates finished bales while new material is being pre-compressed.

The EP 40 OH is a baler developed for the printing, packaging and graphic industry, but can of course be used for other applications as well. The baler is typically fed by means of a pneumatic feeding system and is the only Presona baler without prepress. The EP 40 OH has a very compact design and is extremely space saving. It has a throughput capacity of up to 10 tonnes/hour.

The baler: Robust design with highest possible reliability. User and service friendly. Optimized bale size and big feed opening. Unique pressure control of friction channel by means of two heavy duty pulling cylinders. Main press top and bottom with cam design for better sealing. Main press rolling on four heavy-duty wheels guided on wear rails (LP 50 EH2). Main press running on wear blocks (LP 50 EH1). Main press with sturdy wear blocks on sides and top. Heavy duty bearings for the pre-press shaft. Detection system of the pre-press position during operation to secure a safe interlock of inspection hatches and protection covers.

The baler: Robust design with highest possible reliability. User and service friendly. Optimized bale size and big feed opening. Friction channel pressure control within a fixed frame. The upper friction flap pressure controlled by means of a hydraulic cylinder, ide friction flaps controlled manually by means of adjusting screws. The friction flap pressure level adjustable from the control panel. Main press top and bottom with cam design for better sealing. Main press rolling on four heavy-duty wheels guided on wear rails mounted in the press bottom. Heavy duty bearings for the pre-press shaft, bearings with exchangeable shaft sleeves. Sturdy wear blocks on side and top. Bottom plate made of 16 mm long-life resistant steel. Exchangable wear rails in the bottom. Support legs (optional) to eliminate the need of a needle pit. Detection system of the pre-press position during operation to secure a safe interlock of inspection hatches and protection covers.

The baler: Robust design with highest possible reliability. User and service friendly. Optimized bale size and big feed opening. Unique pressure control of friction channel by means of two heavy duty pulling cylinders. All exposed zones in high-tensile steel. Press chamber floor in 20 mm high-tensile steel. Exchangeable high-tensile steel plates in press chamber and friction channel (option). Friction channel in compact design for reduced wastage. Main press top and bottom with cam design for better sealing. Main press rolling on four heavy-duty wheels guided on wear rails. Main press with sturdy wear blocks on sides and top. Heavy duty bearings for the pre-press shaft. Detection system of the pre-press position during operation to secure a safe interlock of inspection hatches and protection covers.

The baler: Robust design with highest possible reliability. User and service friendly. Optimized bale size and big feed opening. Unique pressure control of friction channel by means of two heavy duty pulling cylinders. All exposed zones in high-tensile steel. Press chamber floor in 20 mm high-tensile steel. Exchangeable high-tensile steel plates in press chamber and friction channel (option). Friction channel in compact design for reduced wastage. Main press top and bottom with cam design for better sealing. Main press rolling on four heavy-duty wheels guided on wear rails. Main press with sturdy wear blocks on sides and top. Heavy duty bearings for the pre-press shaft. Detection system of the pre-press position during operation to secure a safe interlock of inspection hatches and protection covers.

The baler: Robust design with highest possible reliability. User and service friendly. Optimized bale size and big feed opening. Unique pressure control of friction channel by means of two heavy duty pulling cylinders. All exposed zones in high-tensile steel. Press chamber floor in 20 mm high-tensile steel. Exchangeable high-tensile steel plates in press chamber and friction channel (option). Friction channel in compact design for reduced wastage. Main press top and bottom with cam design for better sealing. Main press rolling on four heavy-duty wheels guided on wear rails. Main press with sturdy wear blocks on sides and top. Heavy duty bearings for the pre-press shaft. Detection system of the pre-press position during operation to secure a safe interlock of inspection hatches and protection covers.

The baler: Robust design with highest possible reliability. User and service friendly. Optimized bale size and big feed opening. Unique pressure control of friction channel by means of two heavy duty pulling cylinders. All exposed zones in high-tensile steel. Press chamber floor in 20 mm high-tensile steel. Exchangeable high-tensile steel plates in press chamber and friction channel (option). Friction channel in compact design for reduced wastage. Main press top and bottom with cam design for better sealing. Main press rolling on four heavy-duty wheels guided on wear rails. Main press with sturdy wear blocks on sides and top. Heavy duty bearings for the pre-press shaft. Detection system of the pre-press position during operation to secure a safe interlock of inspection hatches and protection covers.

Robust design with highest possible reliability. User and service friendly. Optimized bale size and big feed opening. Press chamber floor made of 25 mm high-tensile steel. Main press top and bottom with cam design for better sealing. Main press rolling on four heavy-duty wheels guided on wear rails mounted on the press bottom. Main press with sturdy wear blocks on sides and top. Heavy duty bearings for the pre-press shaft. Detection system of the pre-press position during operation to secure a safe interlock of inspection hatches and protection covers.

The baler: Robust design with highest possible reliability. User and service friendly. Optimized bale size and big feed opening. Press chamber floor made of 25 mm high-tensile steel. Main press top and bottom with cam design for better sealing. Main press rolling on four heavy-duty wheels guided on wear rails mounted on the press bottom. Main press with sturdy wear blocks on sides and top. Heavy duty bearings for the pre-press shaft. Detection system of the pre-press position during operation to secure a safe interlock of inspection hatches and protection covers.