Concrete batching plant KARMEL 30C

Technical specifications of KARMEL 30C
| Characteristic | Indicator |
|---|---|
| Capacity | 30 m³/h |
| Mixer type | Twin-shaft/Planetary/Rotor [750/500 l] |
| Dosing system | Automatic |
| Aggregate storage bins | 3×20 m³ |
| Cement silos | 1-3 pcs. of 30/40/50 tons |
| Water dosing | Automatic, digital control |
| Material transportation system | Skip feeder |
| Automation | PLC controller, remote control |
| Installation and commissioning | 10 days |
| Discharge height | 3.8 – 4.15 m |
| Power | 50 kW |
| Dust filtration system | Built-in, environmental control |
Concrete Batching Plant KARMEL 30C — compact solution for small and medium concrete production
Concrete batching plant KARMEL 30C is an optimal solution for enterprises that require stable concrete production with limited installation area and moderate production volumes. Based on our experience, plants with a capacity of up to 30 m³/h are most often implemented at small production sites, construction bases, and enterprises launching their own concrete production for the first time.
Compact design with skip feeder for materials
One of the key features of KARMEL 30C is the use of a skip conveyor system for aggregates, which allows significantly reducing the installation area without losing production efficiency.
We have noticed a trend: enterprises operating in urban conditions or on limited territories increasingly choose skip solutions due to their compactness and ease of installation.
In practice, this provides:
- compact equipment placement
- reduction of site preparation costs
- efficient use of limited area
- stable supply of aggregates
- possibility of quick production reconfiguration
Technical audit shows that the use of skip systems allows reducing the installation area by 20–30% compared to belt systems of similar capacity.
Optimal capacity for starting own production
For many companies, launching their own concrete batching plant begins precisely with medium or small capacity models. KARMEL 30C provides sufficient power reserve for stable operation during daily production.
Based on our experience, this model operates effectively under the following conditions:
- concrete production for own construction needs
- supplying local construction sites
- launching new concrete production
- servicing small infrastructure projects
- production of special concrete mixes in small batches
The use of mixers with a capacity of approximately 750/500 l allows ensuring a stable mixing cycle with optimal energy consumption.
Energy Efficiency and Ease of Operation
One of the important factors for small and medium-sized enterprises is controlling electricity and equipment maintenance costs.
We have noticed a trend: enterprises launching their own concrete production choose plants with optimal capacity, which allows avoiding energy overconsumption under moderate load.
Key technical solutions:
- automatic dosing system of components
- digital water supply control
- PLC control with remote access capability
- built-in dust protection system
- optimized energy consumption (approximately 50 kW)
Technical audit shows that process automation allows reducing material losses and ensuring stable quality of the concrete mixture.
Comparison of KARMEL 30C with Higher Capacity Plants
| Parameter | KARMEL 30C | KARMEL 60K |
|---|---|---|
| Capacity | 30 m³/h | 60 m³/h |
| Material feeding type | skip hoist | belt conveyor |
| Footprint area | compact | medium |
| Energy consumption | lower | higher |
| Main application area | production start-up | stable commercial volumes |
Based on our practice, KARMEL 30C often becomes the first stage of business scaling before transitioning to higher capacity models.
Rapid Implementation and Production Start-up
For enterprises planning to quickly start concrete production, an important factor is the speed of installation and commissioning of the equipment.
Main implementation stages:
- Site assessment and preparation of technical solution
- Foundation preparation
- Equipment installation
- Automation systems connection
- Conducting test mixes
- Operator training
Based on our practice, with infrastructure readiness, plant start-up is possible within approximately 10 days, allowing a quick transition to production.
Economic Efficiency for Small and Medium Businesses
For enterprises starting their own concrete production, a key factor is quick equipment payback and cost control.
We have noticed a trend: enterprises switching to their own concrete production even at moderate volumes can significantly reduce costs of purchasing ready-mix.
Technical audit shows that at plant loading levels of 60–70%, enterprises can achieve payback on average within 10–16 months, depending on operating mode and cost structure.
Factors affecting economic efficiency:
- daily production volume
- equipment loading stability
- optimization of concrete mix recipes
- reduction of costs for purchasing ready-mix concrete
- reduction of logistics costs
Application areas of the KARMEL 30C concrete batching plant
Based on our practice, KARMEL 30C is used where compactness, cost-effectiveness, and production stability are important.
The most common application directions:
- small construction companies
- concrete production for own projects
- local construction sites
- production of concrete products
- launching a new concrete business
Technical audit shows that this model provides stable performance indicators with optimal resource consumption.
FAQ — answers to frequently asked questions
Is the KARMEL 30C suitable for operation in a limited area?
Yes, the skip feeder system allows compact placement of equipment even on a small site.
Can the plant be used as a startup for a business?
Yes, this model is often used to launch the first concrete production.
What type of mixer can be used?
The plant can be equipped with different types of mixers depending on production needs.
Is future production scaling possible?
Yes, after increasing production volumes, enterprises often switch to higher capacity models.
Does the plant ensure environmental safety of production?
Yes, the built-in dust filtration system controls emission levels and complies with modern environmental safety requirements.



