Pro Tower

A statement in performance & active storage capacity

Inside and out

Cutaway engineering render of a NISBAU PRO Tower showing the mixing tower internals and external structure — The tower in section · engineering render

01 / THE PLANT

A mixing tower built to run a city's concrete, every day, for decades.

to 0

m³/h output

to 0

m³ mixer

to 0

m³ active storage

WHY IT EXISTS / 1

When the pour cannot stop, the plant cannot stop. The PRO Tower is built for continuous, round the clock concrete.

WHY IT EXISTS / 2

Gravity does the feeding. Material falls from active storage above the mixer, the shortest path a batch can take.

WHY IT EXISTS / 3

With full enclosure it produces through winter, keeps its dust inside and stays quiet to its neighbours.

02 / HOW WE THINK ABOUT IT

Enclosed by design

Light, partial or full enclosure keeps production running through weather that stops open plants, and keeps dust and noise where they belong.

Serviceable by design

Stair towers, walkways and platforms are part of the geometry, not an afterthought. Access is planned where hands actually reach.

Calibrated, not guessed

Every scale in the plant is built to be calibrated: aggregate to 15,000 kg, binder to 3,000 kg, water to 3,000 litres.

Engineered in 3D

Modelled
to the bolt.

The complete plant in 3D, before manufacturing begins

03 / FROM CAD TO CONCRETE

The same NISBAU PRO Tower, built and installed

Design Delivered

What we draw is what we deliver.

Read the machine.

Six systems, one tower. Factual, function level.

NISBAU PRO Tower render with its key systems marked

Aggregate feedInclined conveyor with pre-hopper into active storage

Active storageMulti-chamber silo above the mixer, up to 1,000 m³

Weighing & dosingAggregate 15,000 kg, binder 3,000 kg, water 3,000 l

MixerTwin-shaft, planetary or pan, 1.0 to 6.0 m³, fed by gravity

Cement storageUp to 10 vertical silos, up to 1,000 m³, filtered

Maintenance accessStair tower and walkways to every service point

04 / THE NUMBERS

80 to 0

m³/h output

Top of the NISBAU range

1.0 to 0

m³ mixer capacity

Largest mixer class

to 0

m³ aggregate storage

Up to 10 compartments

to 0

litres additive storage

Up to 12 tanks

The film ends here. The document begins.

05 / SPECIFICATIONS

The data sheet.

Request the data sheet

Output capacity	80 to 400 m³/h
Mixer capacity	1.0 to 6.0 m³
Mixer types	Twin-shaft, planetary, pan or double-mixer combination
Mixer feed	Gravitational discharge by weighing hopper above the mixer
Foundations	Stationary foundations
Aggregate feeding	Hopper for wheel loader or dump truck · conveyor belts on 17, 24, 36 or 90 degrees · 360 degree rotary distributor belt · over- and underground solutions · adaptation to an existing feeding structure
Aggregate storage	Multi-chamber silo, up to 10 compartments (100 m³ each), up to 1,000 m³
Cement storage	Up to 10 vertical silos, twin-chamber layouts possible, up to 1,000 m³
Additive storage	Up to 12 certified double-wall tanks, 750 to 1,500 l, up to 18,000 l
Scales	Aggregate on load cells up to 15,000 kg · binder up to 3,000 kg · water up to 3,000 l · additive up to 6 bins (10 to 100 l) · liquid micro silica up to 100 kg · fibre up to 2,000 kg
Fibre dosing	Fibre feeding and dosing directly into the mixer; glued or loose steel fibres, synthetic micro, macro or pucked fibres
Weather protection	Full or light weather protection
Control	Plant control and batching software, containerised control room, 24h remote maintenance
Safety and maintenance	Integrated safety and maintenance concept