Liebherr Concrete Technology equipment

We select batching plants, mixers, truck mixer bodies and concrete pumps. Equipment scope is coordinated with the production process, operating site and agreed project configuration.

Betomix mixing plants

Betomix is a modular mixing-plant programme. Its configuration connects storage, dosing, mixing and controls. Plant scope is defined by the production specification and the conditions of the installation site.

Modular Betomix programme
Stationary concrete production
Project-specific configuration
Control-system coordination

Mobilmix and LCM plants

Mobilmix forms the mobile batching-plant group. The overall programme separately lists LCM with a simple, robust arrangement. Selection is connected to the site layout, project duration and concrete-production requirements.

Mobile Mobilmix series
Separate LCM programme
Site layout requirements
Defined project equipment scope

Ring-pan, twin-shaft and laboratory mixers

The mixing programme includes ring-pan, twin-shaft and laboratory systems. Mixer type is related to the concrete formulation and purpose. Working tools, drive, wear components and discharge equipment belong to the selected machine configuration.

Ring-pan mixers
Twin-shaft mixers
Laboratory mixers
Drive and working tools

HTM truck mixers

The published HTM programme uses hydraulic drum drive. The mixer body is coordinated with the truck chassis and concrete-transport task. Assembly selection distinguishes drive equipment, drum and discharge components.

HTM truck mixer programme
Hydraulic drum drive
Mixer body configuration
Discharge equipment

Truck-mounted and stationary concrete pumps

The programme distinguishes truck-mounted and stationary pumps. XXT is presented as a support system for truck-mounted machines. Selection considers the pumping unit, distribution arrangement and concrete-delivery configuration at the site.

Truck-mounted concrete pumps
Stationary concrete pumps
XXT support system
Pump and distribution arrangement

LTB conveyor belts

LTB conveyors complement truck mixers during material placement. The programme lists LTB 12 RO/GL, LTB 12+4 GL and LTB 12+4+1 GL. A telescopic option is described for the appropriate working configuration.

LTB 12 RO/GL model
LTB 12+4 GL model
LTB 12+4+1 GL model
Telescopic configuration

LRS and LRT recycling systems

LRS is the screw-type concrete recycling system. LRT uses a trough arrangement. These systems address returned concrete and washing water; their package scope is coordinated with the concrete-production layout.

LRS screw system
LRT trough system
Returned concrete
Washing water

Litronic-MPS and Litronic-BCS controls

The concrete-production programme includes Litronic-MPS, Litronic-MPS LV and Litronic-BCS. Controls are coordinated with the installed plant configuration. Procurement distinguishes hardware, software version and the connected production functions.

Litronic-MPS system
Litronic-MPS LV version
Litronic-BCS system
Concrete-plant controls

Selecting equipment for the concrete process

Liebherr concrete equipment is selected by its role in the production process. Mixing, transport and placement require different mechanisms. The nominal output of a mixer does not describe a complete line, and a truck-mounted mixer body does not replace a batching plant.

The specification connects the concrete to be produced, production organisation and operating site. Dosing, mixing, transport and distribution are considered separately.

This supports a comparison of complete configurations and defines which machines, accessories and controls belong to the supply project rather than focusing only on the principal unit.

Betomix and production-line structure

A modular batching plant connects several process stages. Materials pass through storage, dosing and mixing before the concrete moves to the next operation. Each stage must correspond to the production task and installation conditions.

Procurement considers the relationship between the mixer, material-transfer equipment and controls. The equipment schedule distinguishes main assemblies, connection items and auxiliary systems. This allows proposals to be compared by full project content.

It also separates a new-plant purchase from replacement of a particular assembly in an existing installation, where part of the equipment and its process interfaces will remain in service.

Mobile plants for temporary projects

A mobile batching plant is considered together with its future location and the period of site use. Relocation does not remove the need to coordinate process connections, material placement and system interfaces.

Mobilmix selection therefore begins with the project arrangement rather than only the mobile-series name. The scope distinguishes transportation, assembly, site preparation and commissioning. Auxiliary equipment is coordinated with the actual production cycle.

This list supports comparison of complete supply options and identifies the work performed at the location, systems retained by the operator and checks demonstrating readiness of the installed package.

Mixer tools, drive and discharge

A mixer connects its drive, working tools, internal surfaces and discharge mechanism. Wear in one area can change the cycle without an obvious motor failure. Component selection therefore begins with the actual mechanism and its position in the installed machine.

The specification distinguishes mixing tools, defined wear items and drive assemblies. Dimensions and mounting interfaces are considered with the mixer version. This supports a connected procurement package and an agreed restoration scope.

Replacement components can then operate within an examined system, rather than being returned to the same adverse conditions after an isolated part change.

The truck mixer transport cycle

A truck mixer connects a mixing body with a road vehicle chassis. Drum drive and discharge equipment belong to a working configuration distinct from the vehicle travel mechanisms. Replacement-assembly procurement separates these systems and relates them through the installed interfaces.

The technical task defines the assembly’s position, connections and relationship with the controls. A mixer-body purchase also requires installation and supply boundaries to be agreed.

This distinguishes a drum-drive problem from the condition of the transport chassis and defines the assemblies and work needed to restore the specified function of the individual truck mixer.

Pumping and concrete distribution

The pumping unit and distribution equipment perform different functions. Truck-mounted and stationary arrangements require separate installation and connection configurations. The operating task connects the pump, specified delivery equipment and actual construction-site conditions.

Assembly selection distinguishes material-transfer components, actuators and controls. Reduced delivery can accompany different faults, so a replacement decision follows identification of the affected area. A project package separately defines accessories, interfaces and installation boundaries.

This relates the procurement request to the agreed complete system rather than treating the principal pump name as a description of every item required at the site.

The concrete recycling loop

Residual-concrete recycling connects returned material, washing water and equipment at the production site. Screw and trough arrangements are different system configurations. Their comparison begins with the material flow and installed equipment rather than only the programme name.

The specification considers reception, working mechanisms and interfaces with the rest of production. Replacement procurement separately identifies wear elements and drive assemblies.

This defines a restoration package for the actual installation and its subsequent checks: how the system receives material, performs the intended operation and interacts with adjacent parts of the operator’s production process.

Controls and the installed plant

A control system connects commands, peripheral devices and the sequence of production operations. Replacing a hardware item does not automatically preserve every function; installed software, connections and configuration also matter. Hardware and software are consequently considered together.

The technical scope separates control equipment, peripheral devices and interfaces with process mechanisms. Diagnostic work compares a system message with the actual machine condition.

This distinguishes a component defect from a communication problem or external condition and supports a restoration check against a reproducible operating cycle on the existing concrete-production equipment.

Complete concrete-production project scope

A supply project connects the principal machines, auxiliary equipment and the operator’s site. Storage, material transfer and controls are considered alongside the mixer or pump. Package scope follows the production task and selected material-flow arrangement.

Before proposals are compared, equipment supply, site preparation and installation work are separated. A system and accessory schedule supports responsibility boundaries and commissioning requirements.

It identifies items included in the supply, equipment retained by the operator and the way the installed package will demonstrate readiness for the agreed task under the actual conditions of the concrete-production facility.

Delivery and installation preparation

A batching plant, truck mixer body and individual assembly require different delivery and installation plans. Movement route, access to the installation position and assembly sequence affect project organisation.

Equipment configuration is coordinated with placement and subsequent maintenance access. The scope distinguishes transport activities, foundation preparation, lifting and system connections. Responsibility is established before installation starts.

The check programme then considers the actual equipment and production process. Supply can therefore be reviewed as a completed technical configuration at the location, with a practical verification point beyond the arrival of the principal machine.

Acceptance of the agreed configuration

Acceptance begins with the functions and parameters agreed for the selected equipment package. The principal machine, auxiliary systems and required connections are checked against the technical specification. One nominal rating cannot replace a review of the complete production cycle.

The test programme reflects the prepared site, available conditions and applicable documentation. Its record identifies completed checks, remaining observations and actual readiness for the specified operations.

This creates a clear handover point and initial information for maintenance and subsequent observation. The conclusion covers only the scope actually included in the agreed acceptance programme.

Liebherr Concrete Technology and model names are trademarks of their respective owners and are used only to identify the equipment for which we source parts. SpareX is not an official dealer, distributor or representative of Liebherr Concrete Technology and is not affiliated with the trademark owner. Origin, documents and warranty are stated for each item in the quotation.