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Blum Lift Systems / Aventos HS Top

AVENTOS HF Top - Kits

£101.96

For wall cabinets with high, bi-fold lift systems

AVENTOS HF top is the right choice for the high and medium wall cabinet. It allows you to design large lift systems with two fronts and in doing so to create extensive freedom of movement. The bi-fold lift system can also remain open during use.

Endless design possibilities

For cabinet heights from 480 to (as of now!) 1200 mm and cabinet widths of up to 1800 mm, meaning that worktop mounted cabinets on the worktop can also be realised with AVENTOS HF top.

Compact range

Two types of lift mechanism and three telescopic arms – our formula for all areas of application: lift mechanisms, telescopic arms and front fixing brackets can be used symmetrically, irrespective of the motion technology. This keeps the space required inside the storage compartment as small as possible.

Front design

In addition to classic variants, a wide variety of colour and material combinations are possible; even asymmetrical fronts can be used.

Opening angle stop

In the latest generation of the bi-fold lift system, the opening angle stop is already integrated and different opening angles can be set in no time at all.

Motion technologies

Looking for soft and effortless closing? Then this integrated BLUMOTION soft-close mechanism is the answer. You can also combine the lift system with the SERVO-DRIVE electrical motion support system – for the entire kitchen or individual cabinets.

POWER FACTOR CALCULATION

You can calculate your Power Factor by multiplying the cabinet height by the weight of the cabinet front (plus double the handle weight)

Power Factor can be increased by 50% by adding a third mechanism. We recommend a third lift mechanism for wide cabinets. This will prevent the front from sagging when open.

The larger front must be at the top for asymmetrical fronts.

We recommend the more powerful lift mechanism for applications in overlapping ranges.

A trial application is recommended when you are in a borderline area of the individual lift mechanism.