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OCEAN
Converting line for absorbent mats

The new production line for absorbent mats, such as underpads, boasts numerous distinctive features that position it as the optimal solution for companies aiming to reduce product costs while simultaneously enhancing performance.

The new production line for absorbent mats, such as underpads, boasts numerous distinctive features that position it as the optimal solution for companies aiming to reduce product costs while simultaneously enhancing performance.

A new wave in absorbent mats production

OCEAN represents IMA TEKNOWEB entry in absorbent products converting market.
It showcases a new patent pending forming process which provides very low basis weight core. This technology, paired to capability to handle the thinnest materials available from the market, allows to build less expensive absorbent mats without any compromise on quality and production speed, setting new market standards.

Absorbent mats can be used as bed underpad, baby changing pad, pet pad and other typical uses. It comes with 5 -layer structure for perfect appearance and optimal protection against backsheet pin holes, although a 4-layer is also possible. In an advanced configuration mat is equipped with lateral barriers to prevent any front/side leakage.

OCEAN is provided at speed up to 450 pieces/min and efficiency at the highest market level.

Teknoweb Converting

OCEAN Highlights

1.
High efficiency defibration mill for homogeneous fluff distribution
2.
Upper/lower tissue for superior core integrity and pin hole protection
3.
4 side encapsulated core to avoid leakages
4.
Thinner core (low fluff gsm) offsetting upcharge for extra tissue layers
5.
Higher core density improve distribution property and allow super absorbent pad.
6.
Ready for IMA Digital services
  • Technical Data
OCEAN TECHNICAL DATA
Max Production speed (mats/min) 400
Max Linear speed (m/min) 300
Max Stacking speed – Optional (bag/min) 60
Defibration Mill Capacity (Kg/h) 1000
SAP Distributor Capacity (Kg/h) 300
Efficiency (%) 95%
Waste (%) 1%
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