Twin Shaft Mixer Concrete BatchingPlants [30-200 m³/hr]

High-Volume Stationary Plants for Infrastructure & RMC Applications

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Products

Discover and filter the products you need.

ATMIX PRO-30

ATMIX PRO-30

30 m³/hr | Best for: Medium projects / RMC

ATMIX PRO-45

ATMIX PRO-45

45 m³/hr | Best for: Medium-scale infrastructure Projects

ATMIX PRO-60

ATMIX PRO-60

60 m³/hr | Best for: RMC plants/bridges

ATMIX PRO-75

ATMIX PRO-75

75 m³/hr | Best for: Large civil projects

ATMIX PRO-90

ATMIX PRO-90

90 m³/hr | Best for: Industrial infrastructure

ATMIX PRO-120

ATMIX PRO-120

120 m³/hr | Best for: Mega projects

ATMIX PRO-160

ATMIX PRO-160

160 m³/hr | Best for: Dams/airports

ATMIX PRO-180

ATMIX PRO-180

180 m³/hr | Best for: Expressways, metro corridors, large bridges

ATMIX PRO-200

ATMIX PRO-200

200 m³/hr | Best for: High-output ready-mix

Note: Capacity is based on standard batch cycles; actual capacity may vary depending on mix design and cycle times.

Overview

Engineered for Heavy-Duty, Consistent Concrete Production

Atlas Technologies’ Stationary Concrete Batching Plants are equipped with twin-shaft paddle mixers, ensuring thorough mixing at high levels for superior concrete quality. With strong and reliable construction, advanced control systems, and customizable configurations, these plants are ideal for highways, dams, bridges, and other infrastructure projects.

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BENEFITS

Why Do Our Twin Shaft Mixer Plants Lead the Industry?

Precision & Mix Quality

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  • Twin-shaft mixer for thorough mixing (with replaceable parts)
  • SCADA/PLC control option for recipe, batching, reporting, and data storage

Efficient Feeding & Weighing

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Dust & Environmental Control

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Scalable Configuration

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CONNECT WITH US

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Frequently asked questions.

1. What’s the difference between inline and mobile plants?

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Inline plants are designed for permanent installation and offer higher capacities, making them ideal for RMC and precast applications. Mobile plants, on the other hand, are compact and portable, suited for smaller projects.

2. How is aggregate feeding and weighing handled?

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3. How is dust controlled during batching?

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4. Can this be upgraded for cement storage?

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