Truck Mounted: 360° efficient mixing without dead angles, double the single processing volume, and expand the construction radius by 50%
Modular compact design + 33-meter boom, easily cope with complex scenarios such as narrow construction sites and underground projects
With track chassis: Featuring an all-terrain tracked chassis with 360° zero-radius turning, it enables zero-preparation construction in extreme conditions.
Wheel-based: Engineering chassis structure and realize immediate operation upon arrival and quick relocation upon completion
Boom concrete pumps are efficient and flexible concrete delivery equipment that can perform vertical and horizontal concrete pumping tasks with the help of a long boom. The main ones we can offer you are 26m, 30m, 33m, 38m, 47m, 50m, 58m (truck chassis only for pumping concrete), 26m, 30m, 33m, 38m (with pan mixer which adopting double shaft mixing technology, it can increase the single batch processing capacity by two times). Of course we have some choices suitable for small projects like wheel or crawler chassis concrete boom pumps, let me continue to introduce them to you.
Find Suitable Concrete Boom Pump for Your Project
Here shows you our three types of concrete boom pumps for sale. They have different mobile chassis and other concrete pump specification. Learning these can help you choose the suitable one for your project.
| Specification |  Truck Chassis Boom Concrete Pump |  Crawler Chassis Boom Concrete Pump |  Wheel Chassis Boom Concrete Pump |
|---|---|---|---|
| Max Concrete Output(m³/h) | 120 | 50 | 89 |
| Boom Length(m) | 26m 30m 33m 38m 47m 50m 58m | 8m 15m 18m 20m 25m | 20m 26m 30m 33m |
| Advantages | It features a truck chassis structure, boosting relocation efficiency by 60% and can be driven on roads. Adopting double shaft mixing technology, it can increase the single batch processing capacity by two times. | High safety with wireless remote control operation. Equipped with an all-terrain crawler chassis and an adaptive hydraulic suspension system, it provides a climbing capability of 35°. Besides, with a function of 360° zero-radius turning, it enables “zero-preparation construction” in extreme conditions such as mud, desert, and mountainous terrain, improving passability by 60%. | Designed with an engineering chassis structure, it realizes “immediate operation upon arrival and quick relocation upon completion“, and the transfer efficiency is increased by 60%. The pump and mixer work in perfect harmony, covering the entire process of mixing, pumping, and distributing. |
| Applications | Suitable for farmland drainage, rural civil construction, and similar projects. With high site transition speed, it can be used for projects that have several different sites. | Mountainous regions, farmland drainage, and locations inaccessible to concrete transport trucks. | Rural residential building and drainage projects. |
Project Case: 33m Concrete Boom Truck Boosts Efficiency for Jamaica Building Project
Challenges Jamaican Customer Face
Jamaican construction firm faced tight deadlines across multiple high-rise sites, requiring:
- Rapid mobilization: Equipment must transfer quickly between dispersed buildings.
- Space constraints: Narrow urban sites limited traditional pumping equipment placement.
- Zero setup delays: Needed immediate pumping upon arrival.
Solution: AIMIX 33m Boom Pump Truck
We recommended our Aimix 33m truck mounted concrete boom pump. Aimix has two types of concrete pump truck for sale: with or without pan mixer. This one we provide does not have a mixer because our customer already has concrete mixer onsite. It has dual breakthrough in space adaptability and operational coverage:
- Compact & agile: Fits narrow construction spaces with modular compact design and moves swiftly between sites with high quality truck chassis.
- Arrive-and-pump: Eliminates pipe assembly—starts pumping within 15 minutes of arrival.
- 33m reach: Covers high-rise floors (up to 10 stories) with precise concrete placement.
Pre-Shipment Assurance
Before delivery, every system underwent rigorous testing:
- Boom articulation: Verified smooth unfolding/folding (360° rotation).
- Outrigger stability: Ensured firm grounding on uneven terrain.
- Pressure tests: Confirmed 35MPa pump endurance for high-strength concrete.
Project Progress & Customer Feedback
The pump arrived on schedule and performed flawlessly in Jamaica. The client shared on-site videos, praising:”The AIMIX pump’s mobility and instant operation saved us 3+ days per site. It’s the ideal partner for urban high-rises!”
Performance Advantages of Vertical Shaft Mixing
Our boom pressure concrete pump is equipped with a pan mixer featuring a dual shaft design. This advanced technology enables two mixing shafts of the boom concrete mixer pump to work simultaneously, providing enhanced mixing efficiency compared to traditional mixers with a single shaft.
Offer Greater Mixing Flexibility
The vertical shaft mixer can increase the mixing flexibility of pump, because each of the dual mixing shaft is controlled separately, allowing for independent start and stop operations. This provides greater flexibility and control over the mixing process, ensuring optimal performance for various concrete types and project requirements.
Increase Mixing Capacity
The dual shaft pan mixer can significantly improve mixing speed and overall productivity compares to the single shaft mixer. It can process up to 40 cubic meters of concrete per hour. This enhanced mixing capacity helps meet the demands of large-scale construction projects more effectively.
Improve Pump Longevity & Reliability
The hydraulic motor is completely isolated from the mixing bearing seat. This is our unique design of the mixing mechanism which improves the pump’s longevity and reliability. This protection ensures that even if the mixing seal wears or leaks, it will not affect the hydraulic motor’s performance.
Consistent Mixing
The high level mixing torque is ensured by the large displacement hydraulic motor equipped in the pump. This allows the mixer to operate smoothly and effectively, even under challenging material conditions, preventing the machine from becoming stuck and ensuring consistent mixing throughout the process.
Compositions of Concrete Boom Pump: Engineered Excellence for Unmatched Performance
At AIMIX, our concrete boom pumps integrate meticulously designed components that collectively redefine reliability, efficiency, and safety. Below is a detailed breakdown of each critical system and its technological advantages:
Intelligent Pumping System: Precision in Every Pour
- Optimized Hopper: Features a seamless stamped design with anti-adhesive coatings, reducing residue buildup by 40%. Enhanced internal flow channels boost intake efficiency by 20%, while quick-release mechanisms simplify cleaning.
- High-Pressure Hydraulics: German-engineered Bosch Rexroth/Kawasaki main pumps deliver ultra-stable pressure control. Integrated overload protection prevents system damage during extreme pumping (e.g., C80 concrete).
- S-Valve Innovation: Reinforced chromium alloy valves minimize wear during abrasive concrete flow, extending service life by 30% compared to standard models.
Robust Boom Assembly: Strength Meets Agility
- High-Strength Structure: Booms utilize low-alloy steel plates, rigorously tested via 100% non-destructive welding inspections. This ensures fatigue resistance for lifts up to 60 meters and 10,000+ operational cycles.
- Smart Articulation: German HAWE multi-valves enable smooth 360° rotation and precision folding. Dual-control operation (remote + emergency manual) guarantees safety during critical tasks.
- Dynamic Balancing: Patented counterweight technology maintains oil temperatures below 65°C, eliminating overheating shutdowns during continuous pumping.
Advanced Delivery System: Uninterrupted Concrete Flow
- Wear-Resistant Piping: Double-layer composite pipes (50,000m³ wear rating) resist corrosion and abrasion from coarse aggregates (≤40mm). Optimized layouts reduce pumping resistance by 25%, preventing blockages.
- Eaton Hydraulic Fittings: U.S.-sourced leak-proof connectors secure high-pressure hoses, ensuring zero fluid loss even at 35MPa pressure.
- Flex-End Hose: Allows 180° positioning adjustments for precise concrete placement in confined spaces (e.g., urban high-rises).
Electrified Control Hub: Intelligence at Your Fingertips
- Smart Diagnostics: German HBC/Easyslu controllers enable real-time fault detection. The interface displays error codes and resolution steps, slashing downtime by 50%.
- Electro-Hydraulic Synergy: Electronic signal transmission achieves millisecond-level response for cylinder reversals, ensuring consistent output and eliminating pulsation.
- Programmed Safety Protocols: Two-stage pressure relief valves and automatic shutdowns protect against overloading or hydraulic breaches.
Stabilizing Foundation: Confidence on Any Terrain
- Adaptive Outriggers: Retractable legs with load sensors auto-adjust to uneven ground, preventing tilting during maximum boom extension.
- Compact Mobility: Short chassis (4-axle) and low-profile design enable access to narrow sites while maintaining 360° stability.
Market Outlook and Investment Benefits of Boom Pumps in the Next 5 Years
The global truck-mounted concrete pump market is on a steady growth trajectory, projected to expand from USD 433.16 million in 2025 to USD 546.13 million by 2030, at a 4.78% CAGR from the boom pump research 2025-2030 of research and market platform. This growth is driven by increasing infrastructure investments, urbanization, and the demand for efficient concrete placement solutions.
Key Market Drivers
Infrastructure Development: Large-scale projects in North America (highway expansions, urban renewal) and mining/oil & gas projects in Latin America fuel demand for high-capacity boom pumps (100-200 m³/h).
Sustainability & Technology: Europe and the Middle East prioritize low-emission, telematics-enabled pumps, while Asia-Pacific (led by China) adopts digital control platforms for smarter fleet management.
Versatility & Efficiency: Boom pumps like Aimix’s models (50-120 m³/h output) cater to diverse needs—from small residential projects to industrial applications—balancing mobility, precision, and cost-efficiency.
Why Invest in Concrete Pump with Boom?
Faster ROI – High demand for rentals generates passive income, offsetting maintenance costs.
Project Efficiency – Reduces labor by 30-50%, accelerates timelines, and ensures high-quality concrete placement.
Scalability – From 50 m³/h (crawler pumps) to 120 m³/h (truck-mounted), adaptable to various project sizes.
Competitive Edge – Enhances reputation with on-time, budget-friendly deliveries, leading to repeat clients.
Regional Opportunities
Americas: Focus on high-capacity, rugged pumps for infrastructure and mining.
EMEA: Growth in eco-friendly, low-noise models for urban construction.
Asia-Pacific: Rising adoption of telematics and automation for fleet optimization.
Boom pump concrete is no longer just equipment—it is profit driver. With rising global demand, tech advancements, and rental income potential, investing in the right concrete boom pump for sale ensures long-term growth in the evolving construction market.
How a Concrete Pump Truck with Boom Works
A concrete pump truck with a boom utilizes a hydraulic system to transfer concrete from the pumpcrete truck to the desired location. Since Aimix provides several kinds of boom placer concrete pump, here let’s take the concrete pump truck with boom as an expample. Below is an overview of the operation process:
Concrete Discharge into the Hopper
Concrete Discharge into the HopperThe process starts when the concrete truck unloads the mixture into the hopper at the rear of the pump truck. The hopper is equipped with a mesh grille to prevent large rocks or debris from obstructing the hoses, while a screw agitator keeps the concrete flowing smoothly by continuously stirring it.
Suction and Pumping
Suction and PumpingAfter the concrete enters the hopper, it is drawn into the valve system in small, consistent intervals. As the concrete is sucked into the valve, it is simultaneously pushed into the concrete pipeline located on the boom of the placing boom concrete pump. The concrete then travels through the hose to the designated placement area. As long as the hopper remains full and the hose remains clear, the concrete pumping process continues seamlessly.
Boom Distribution
The boom is capable of rotating and extending, allowing the concrete hose to be positioned accurately at the required location. This flexibility ensures that concrete can be placed precisely, even in difficult-to-reach spots on the construction site.
Continuous Operation
Provided the hopper remains full and the hose stays unobstructed, the system can continue to pump concrete without interruption, ensuring smooth and efficient operations throughout the project.
Guidelines for Obtaining an Accurate Price
Securing an accurate concrete boom pump price requires a thorough evaluation of project-specific variables. At our company, we simplify this process through free customized quotes and technical consultations. Below is a step-by-step guide to help you navigate the key factors and actions needed for precise pricing.
Key Factors Influencing Boom Pump Pricing
Equipment Specifications
- Concrete Pump Boom Lengths & Configuration:
- Short booms (e.g., 28m for urban sites) reduce costs by 10–15% but limit reach.
- Long booms (e.g., 56m+ for high-rises) increase price due to complex engineering and materials like carbon fiber (35% lighter than steel but 20–30% costlier).
- Output Capacity:
- Low-volume projects (e.g., 50 m³/h) suit trailer pumps ($80K–$120K).
- High-volume sites (e.g., 200+ m³/h) require truck-mounted pumps ($300K–$500K+).
Job Site Adaptability
Extreme conditions necessitate customizations that raise costs:
- High-Pressure Pumping: For C60+ concrete or underwater projects, widened pipelines (150mm) and reinforced S-valves add 15–30% to base prices.
- Environmental Kits: Arctic operations demand fuel/electric preheat systems ($5K–$20K); explosive zones require certified motors (+20–40% cost).
- Compact Designs: Short-wheelbase pumps for narrow urban sites incur 10–15% R&D premiums.
Brand & Component Tier
- Hydraulic Systems: Premium brands (e.g., Bosch Rexroth) cost 15–25% more but reduce failure rates.
- Chassis Options: Imported truck chassis (e.g., Mercedes) add $50K–$80K vs. domestic alternatives.
Market Dynamics
- Supply Chain Pressures: Global shortages (e.g., hydraulic parts) can inflate prices by 5–10%.
- Demand Peaks: Construction booms (e.g., post-pandemic infrastructure) trigger competitive pricing adjustments.
Steps to Get Your Accurate Quote
1. Prepare Project Details
Share these specifics for a tailored assessment:
- Site Conditions: Terrain (muddy/rocky), space constraints, temperature extremes.
- Output & Reach: Hourly volume (m³/h), vertical height (e.g., 300m+), horizontal distance (e.g., 500m+).
2. Consult Our Technical Team
We offer free on-site evaluations to:
- Verify pump compatibility (e.g., 360° rotation for tight spaces).
- Optimize specs (e.g., choosing 4-section booms over 5-section for 10% savings).
3. Review Customization Options
Based on your inputs, we provide:
- Standard vs. Custom Quotes: Compare pre-configured models vs. tailored solutions.
- Cost-Benefit Analysis: e.g., Investing in carbon fiber booms reduces fuel costs by 15% long-term.
Act now for your custom quote from Aimix!
