Stationary Concrete Pumps
Leinfra stationary concrete pumps are engineered to deliver reliable, high-pressure concrete pumping for infrastructure, industrial, and high-rise construction projects. The LCP Series from Leinfra is designed to perform consistently under real site conditions, offering durability, safety, and long service life.


Product Overview

LCP 1205 E – Electric Stationary Concrete Pump
The LCP 1205 E is designed for sites with reliable electrical power. It delivers controlled output with lower operational noise, making it ideal for high-rise construction, precast yards, and urban environments where efficiency and reduced emissions are important.

LCP 1407 D – Diesel Stationary Concrete Pump
The LCP 1407 D is built for large-scale infrastructure and industrial projects. Its diesel-powered configuration allows independent operation in remote and off-grid locations while delivering higher output and extended pumping capability for demanding applications.
Key Feature Comparison
| Feature | LCP 1205 E | LCP 1407 D |
|---|---|---|
| Variable Displacement Pump | Yes | Yes |
| Heavy-Duty Valve System | Yes | Yes |
| Separate Hydraulic Circuits | Yes | Yes |
| Centralized Lubrication | Yes | Yes |
| Emergency Stop System | Yes | Yes |
| Motor / Engine Overload Protection | Yes | Yes |
Performance Comparison – LCP 1205 E vs LCP 1407 D
| Parameter | LCP 1205 E | LCP 1407 D |
|---|---|---|
| Power Type | Electric | Diesel |
| Output (m³/h) | 55 / 37 | 60 / 88 |
| Delivery Pressure (bar) | 57 / 85 | 60 / 90 |
| Cylinder Stroke | 1200 mm | 1400 mm |
| Strokes per Minute | 14 / 21 | 24 / 36 |
| Motor / Engine Power | 55 kW | 74 kW |
| Hopper Capacity | 600–700 L | 600–700 L |
| Machine Weight | 4100 kg | 4600 kg |
| Max Horizontal Delivery | 400–500 m | 500–600 m |
| Max Vertical Delivery | 100–120 m | 120–150 m |
Technical Specifications Comparison
| Specification | LCP 1205 E | LCP 1407 D |
|---|---|---|
| Output (m³/h) | 55 / 37 | 60 / 88 |
| Delivery Pressure (bar) | 57 / 85 | 60 / 90 |
| Cylinder Stroke | 1200 mm | 1400 mm |
| Engine / Motor Power | 55 kW (Electric) | 74 kW (Diesel) |
| Hopper Capacity | 600–700 L | 600–700 L |
| Max Horizontal Delivery | 400–500 m | 500–600 m |
| Max Vertical Delivery | 100–120 m | 120–150 m |
Safety Features (Both Models)
| Safety Feature | Availability |
|---|---|
| Emergency Stop System | Standard |
| Hydraulic Lockout Valve | Standard |
| Pressure Relief Valve | Standard |
| Motor / Engine Overload Protection | Standard |
Safety and system protection are built-in priorities across the entire LCP Series.

Application Areas
Accessories & Customization
Standard Accessories
- Tungsten carbide wear parts
- S-Valve 2018PN
- DN150 to DN125 reducer pipe
- Rubber hopper bead
- Maintenance footrest
- DN150 hard pipeline cleaning ball
- Hose clamp (cup tension type)
- O-ring kit with tool set
- Centralized lubrication system
Optional Accessories
- DN 125 seamless pipelines and bends
- Auto greasing system (12V)
- 4 m end hose with cleaning ball
- Pipeline cleaning pig
- Air compressor for pipeline cleaning

Which Model Should You Choose?
Choose LCP 1205 E if:
2. The project is in an urban or noise-sensitive environment
3. Controlled, efficient pumping is required
Choose LCP 1407 D if:
2. Higher output and longer pumping distances are needed
3. Independent power and operational flexibility are critical
Get Product Consultation
Leinfra – Trusted Solutions for Every Concrete Application
Frequently Asked Questions
What is the difference between LCP 1205 E and LCP 1407 D?
The main difference lies in the power source and application suitability.
LCP 1205 E is an electric stationary concrete pump suited for sites with reliable power supply and lower noise requirements.
LCP 1407 D is a diesel-powered model designed for remote, off-grid, and heavy infrastructure projects requiring higher output and longer pumping distances.
Which model is better for high-rise construction?
For urban high-rise buildings with stable electrical power, LCP 1205 E is typically preferred due to controlled output and lower noise levels.
For large-scale or high-demand high-rise projects, especially where power availability is uncertain, LCP 1407 D may be more suitable.
Can these pumps handle coarse or stiff concrete mixes?
Yes. Both LCP 1205 E and LCP 1407 D are engineered with a heavy-duty valve system and variable displacement pump, allowing them to handle coarse and stiff concrete mixes efficiently under demanding site conditions.
What is the maximum pumping distance supported by the LCP series?
- LCP 1205 E:
Horizontal delivery up to 400–500 meters and vertical delivery up to 100–120 meters - LCP 1407 D:
Horizontal delivery up to 500–600 meters and vertical delivery up to 120–150 meters
Actual performance depends on concrete mix design, pipeline configuration, and site conditions.
Are safety features included as standard?
Yes. Both models come with standard safety features, including emergency stop systems, hydraulic lockout valves, pressure relief valves, and motor or engine overload protection to ensure operator safety and equipment protection.
Can the pumps be customized for specific project requirements?
Yes. Leinfra offers accessories and configuration support, including pipeline options, auto greasing systems, cleaning accessories, and application-based guidance to match specific site and project needs.
Which pump is suitable for remote or off-grid locations?
LCP 1407 D is ideal for remote or off-grid locations as it operates independently using a diesel engine, making it suitable for infrastructure, bridge, tunnel, and industrial projects without reliable power access.
Do these pumps support continuous-duty operation?
Yes. Both LCP models are designed for continuous-duty cycles, making them suitable for long working hours in infrastructure, industrial, and large concrete placement projects.
How do I choose the right model for my project?
Choosing the right model depends on:
- Power availability at site
- Required output and pumping distance
- Project scale and duration
- Site accessibility and environment
For best results, technical consultation is recommended before final selection.