Laska 1200ltr Paddle Mixer

• Homogenising meat products, such as sausages, burgers, and pâtés.
• Mixing dry ingredients like spices, flours, and powders within food production.
• Blending various food components for ready meals or processed foods.
• Combining non-food materials requiring thorough, gentle mixing, such as certain chemical or pharmaceutical components.

Typical capacity

For this model, a 1200-litre working volume is standard, suitable for medium to large batch processing.

Mixer type

Paddle mixers are commonly used for gentle yet thorough blending, particularly for delicate or viscous products.

Shaft configuration

Twin shaft designs typically offer more efficient and uniform mixing compared to single shaft units, reducing processing time.

Discharge mechanism

End discharge is a common configuration, often facilitating integration with downstream processing equipment or bulk containers.

Material of construction

All stainless steel construction is standard for food processing equipment, ensuring hygiene and corrosion resistance.

Power supply

Units of this size typically require a 3-phase industrial power supply, commonly 400V, 50Hz in the UK.

Footprint

While exact dimensions vary, a 1200-litre mixer will require a significant floor area and adequate headroom, especially with an integrated hoist.

Integrated hoist

The inclusion of a hoist is typical for larger mixers, aiding in the safe and efficient loading of ingredients.

• What are the advantages of a twin-shaft paddle mixer?

  Twin-shaft paddle mixers generally provide a more intensive and homogeneous mix, reducing mixing times and preventing product damage, particularly for delicate or viscous materials.

• Is a 1200-litre capacity suitable for my operation?

• What maintenance is typically required for a mixer of this type?

• Can this mixer handle both dry and wet ingredients?

• What are the typical power requirements for a Laska ME1200?

• How does the end discharge mechanism work?

Lab mixers and stirrers hold strong reputations for reliability and durability. Buyers typically prioritise motor condition, speed range suitability, and vessel compatibility when purchasing used units. The equipment category is valued for consistent performance across research and production settings. Key strengths include robust construction, straightforward maintenance, and long operational lifespans. Corrosion resistance of wetted parts merits careful inspection. These devices remain dependable workhorses in pharmaceutical, biotech, and laboratory environments, offering solid value when sourced from reputable sellers with clear service histories.

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