JS3000 Double-Shaft Forced Concrete Mixer

Equipment visualization · final configuration follows the technical schedule.

Concrete Mixers

JS3000 Double-Shaft Forced Concrete Mixer

The JS3000 uses twin-shaft forced mixing for 3,000 L concrete batches in stand-alone or batching-plant installations.

Twin-shaft mixersProject configuration

Request product details ↗← Back to Concrete Mixers

TECHNICAL DATA / TWIN-SHAFT MIXERS

Specifications & configuration

The JS3000 uses twin-shaft forced mixing for 3,000 L concrete batches in stand-alone or batching-plant installations.

Charging volume4,800 L

Discharging volume3,000 L

Reference productivity≤ 150 m³/h

JS3000 Double-Shaft Forced Concrete Mixer — technical specification and equipment configuration
Parameter	Specification	Parameter	Specification
Charging volume	4,800 L	Mixing-blade arrangement	2 × 10
Discharging volume	3,000 L	Hopper lifting speed	26.8 m/min
Reference productivity	≤ 150 m³/h	Transport dimensions, L × W × H	4,943 × 2,850 × 2,500 mm
Mixing mechanism	Twin-shaft forced mixing	Working dimensions, L × W × H	9,645 × 3,436 × 9,700 mm
Aggregate size, pebble / gravel	80 / 60 mm	Reference machine mass	18,000 kg
Mixing-blade speed	23 r/min	Discharge height	3,800 mm

Purposeful mixing action

The mixer moves materials through a defined blending pattern to combine aggregate, binder and liquids.

Wear-component access

Blades, liners and other working surfaces are the main focus of routine condition checks.

Line compatibility

Feeding, water supply and discharge interfaces connect the mixer to the surrounding production equipment.

Operating process

Introduce the measured batch ingredients.
Run the mixer through the specified mixing cycle.
Discharge the mixture to the receiving system.
Clean the mixing chamber and inspect the working surfaces.

Typical applications

Concrete batching and production lines
Precast and component manufacturing
Building and infrastructure works

Discuss this equipment ↗

Published reference configuration. Output depends on the material, operating cycle and site conditions. Final supply follows the agreed technical schedule.