Concrete Placeing Boom for Sale
SinoTech Luton’s concrete placement boom The concrete placing boom is an ideal device to assist the trailer concrete pump and truck-mounted concrete pumps. It is used to enlarge the pouring range of the concrete.
Estos son los principales modelos que vendemos:
Wheeled Mobile concrete placing boom
Spider concrete placing boom
Self climbing concrete placing boom
Choose our concrete placer boom applied to the high-rise building which regular concrete boom pump can not reach.
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Pluma hormigonera
A concrete placement boom is a hydraulic robotic arm system mounted on a concrete pump truck or stationary pump. It delivers concrete precisely to targeted pouring locations through its extendable arm and flexible end hose.
Ideal for high-rise buildings, bridges, tunnels, and large-scale industrial projects, it replaces manual labor or bucket pouring, significantly improving efficiency, safety, and construction quality.
Boom Length:
12-36m³
Horizontal reach:
11–30m³
Advantages of Our Hydraulic Concrete Placing Boom
STLTG hydraulic concrete placing boom is an intelligent concrete placing boom that extends the traditional concrete placing boom.
It is a new type of concrete placing boom that reduces the inconvenience of operation, labor costs and pouring efficiency of the traditional concrete placing boom.
The new boom technology uses an “R”-shaped folding arm, which can achieve a full 360° rotation and simultaneously complete the pitching and extension and folding of the boom.
It is not affected by the size and shape of the construction layer and can adapt to the needs of various construction floors and complex construction sites.
The structure is compact and can be hoisted and moved, and it does not need to be fixed when in use. It can be hoisted to a suitable pouring location at will using lifting equipment as needed and can be placed on the floor, platform, or simple platform, with great flexibility and maneuverability.
Simple operation, scientific safety protection device, economical and efficient, this type of concrete placing boom is mainly suitable for high-rise and super-high-rise buildings with shafts.
Hot Selling Concrete Placement Boom Models
Here are different types of concrete placing booms for sale now, including:
Wheel Type Mobile Concrete Placing Boom
Pluma hormigonera Spider
Self-Climbing Concrete Placing Boom (Installed in Elevator Shaft)
Self-Climbing Concrete Placing Boom (Installed in Building Floors)
Wheele Type Mobile Concrete Placing Boom
Movilidad:
High
Alcanza:
20–40 meters
Best for:
Small sites, frequent relocation
It is a self-propelled unit mounted on wheels or a compact chassis, often with a built-in concrete pump. Designed for easy mobility across flat or semi-rough terrain.
El logotipo, el color, el envase y los gráficos pueden personalizarse.
Key Advantages:
- Easy to move around the worksite.
- Ideal for urban areas with limited space.
HGY15 Wheel Type Placing Boom
Horizontal Reach: 15m
Rotation: 360°
HGY17 Wheel Type Placing Boom
Horizontal Reach: 17m
Rotation: 360°
HGY20 Wheel Type Placing Boom
Horizontal Reach: 20m
Rotation: 360°
Pluma hormigonera Spider
Movilidad:
Moderate
Alcanza:
12–30 meters
Best For:
Confined spaces, rough terrain
It is a lightweight, agile system with articulating legs or tracks for stability on uneven or confined terrain. Often electric-powered for indoor/outdoor versatility.
El logotipo, el color, el envase y los gráficos pueden personalizarse.
Key Advantages:
- Zero footprint operation with adjustable legs.
- Remote-controlled precision for complex layouts.
- Quiet, emission-free electric models are available.
HGY12 Spider Concrete Placing Boom
Horizontal Reach: 11.6m
Rotation: 360°
HGY15 Spider Concrete Placing Boom
Horizontal Reach: 15m
Rotation: 360°
HGY17 Spider Concrete Placing Boom
Horizontal Reach: 16.5m
Rotation: 360°
HGY19 Spider Concrete Placing Boom
Horizontal Reach: 19m
Rotation: 360°
HGY21 Spider Concrete Placing Boom
Horizontal Reach: 20.5m
Rotation: 360°
HGY21-3 Spider Concrete Placing Boom
Horizontal Reach: 20.6m
Rotation: 360°
Self-Climbing Concrete Placing Boom (Elevator Fixed)
Movilidad:
Self-ascending
Alcanza:
Personalizable
Best For:
Skyscrapers with elevator cores
It is a specialized boom integrated into a building’s elevator shaft, using hydraulic or automated systems to climb vertically as construction progresses.
El logotipo, el color, el envase y los gráficos pueden personalizarse.
Key Advantages:
- Eliminates the need for external cranes or pumps.
- Saves time by synchronizing with floor-by-floor construction.
- Reduces labor and equipment costs.
HGY19 Elevator Fixed Concrete Placing Boom
Horizontal Reach: 19m
Rotation: 360°
HGY21 Elevator Fixed Concrete Placing Boom
Horizontal Reach: 21m
Rotation: 360°
HGY28 Elevator Fixed Concrete Placing Boom
Horizontal Reach: 28m
Rotation: 360°
Self-Climbing Concrete Placing Boom ( Floors Fixed)
Movilidad:
Self-ascending
Alcanza:
Floor-by-floor
Best For:
High-rises with repetitive layouts
It is a modular system anchored to completed building floors, using hydraulic jacks or rail systems to ascend autonomously as new floors are added.
Key Advantages:
- Adaptable to varying floor plans.
- Minimizes interference with other construction activities.
- High-speed climbing mechanisms reduce downtime.
HGY24/3 Floor Fixed Concrete Placing Boom
Horizontal Reach: 24m
Rotation: 360°
HGY32/3 Floor Fixed Concrete Placing Boom
Horizontal Reach: 32m
Rotation: 360°
HGY36 Floor Fixed Concrete Placing Boom
Horizontal Reach: 19m
Rotation: 360°
More Featured Concrete Placing Boom Cases
We have other types of concrete placing booms in stock, aiming different construction worksite and building.
Here are three new types of customized mobile and stationary concrete distributor boom:
Straight-leg Mobile Placing Boom
Horizontal Concrete Placing Boom
Z Shape Concrete Placing Boom
Concrete Placing Boom Specification
Detailed Specifications of mobile placing boom:
| Modelo | HGY12 | HGY13 | HGY15 | HGY17 | ||
| Permance | Horizontal reach（m） | 11.6m | 13m | 15m | 16.5m | |
| Rotation（°） | 360° | 360° | 360° | 360° | ||
| Elevation angle(°) | 0～87° | 0～90° | 0～90° | 0～90° | ||
| Slewing brake | Normally closed | Normally closed | Normally closed | Normally closed | ||
| Working environment temperature | -5℃～40℃ | -5℃～40℃ | -5℃～40℃ | -5℃～40℃ | ||
| Weight(T) | Weithout counterweight | 1.9 | 2.7 | 3.23 | 2.7t | |
| Counterweight | 2.9 | 4.5 | 5.43 | 4.9t | ||
| Outrigger Span | 2325×2325 | 4000×4000 | 4000×4000 | 4000×4000 | ||
| Sistema de control | Potencia | 380V/50HZ | 380V/50HZ | 380V/50HZ | 380V/50HZ | |
| Output（kW） | 4 | 4 | 4 | 4kW | ||
| Ptotection grade | IP54 | IP54 | IP54 | IP54 | ||
| Insulation clas | F | F | F | F | ||
| System Pressure(MPa) | 20 | 20 | 20 | 20MPa | ||
| Control mode | Panel/Radio remote | Cable/Radio remote | Cable/Radio remote | Cable/Radio remote | ||
| Boom | Duct cleaning method | Wash/Dry cleaning | Wash/Dry cleaning | Wash/Dry cleaning | Wash/Dry cleaning | |
| Boom open way | Two R | Three R | Three R | Three R | ||
| Inner diameter of delivery pipe（mm） | Φ125 | Φ125 | Φ125 | Φ125 | ||
| End rubber hose（m） | 3 | 3 | 3 | 3m | ||
| Length（mm） | 6300/5306 | 5330/4330/3330 | 6000/5000/4000 | 6500/5500/4500 | ||
| Corner（°） | 87°/195° | 90/180/180 | 90/180/180 | 90/180/180 | ||
Detailed Specifications of self-climbing concrete placing boom:
| Modelos | HGY24/3 (Elevator Shaft) | HGY28 (Floors) | |
| Inner diameter of delivery pipe（㎜） | Φ125 | Φ125 | |
| Horizontal reach（m） | 24 | 28 | |
| Operating height (to the hinge point of the arm root) | 22.5m | 22.5m | |
| Boom Angle | One-section | 0 °~ 90 ° | 0 °~ 90 ° |
| Two-section | 0 °~ 180 ° | 0 °~ 180 ° | |
| Three-section | 0 °~ 180 ° | 0 °~ 180 ° | |
| Slewing range | 360 ° | 360 ° | |
| Swiveling speed（r/min） | 0~0.25 r/min | 0~0.25 r/min | |
| Output（kW） | 18.5KW | 18.5KW | |
| Hydraulic system pressure | 32MPa | 32MPa | |
| Hydraulic oil brand | Winter H46/Summer H68 | Winter H46/Summer H68 | |
| Climbing method | Elevator Shaft | Floors | |
| Control mode | 1. Wired remote control 2. Wireless remote control | 1. Wired remote control 2. Wireless remote control | |
| 3. Panel remote control | 3. Panel remote control | ||
| Potencia | 380V/50Hz | 380V/50Hz | |
| Wind speed | At work | ≤56 km/h | ≤56 km/h |
| Non-working | ≤72 km/h | ≤72 km/h | |
| Working environment temperature | -20 °C~40 °C | -20 °C~40 °C | |
| Working altitude | ≤1000m | ≤1000m | |
| Weight(KG) | 22000Kg | 22000Kg | |
. Características
The Advantages of Our Concrete Placing Boom
Adopts a rotary arm-type placing structure and is equipped with a 133mm conveying pipe.
With stable and reliable structure, light and flexible rotation, 360° Omni-directional forward and backward rotation, the radius of gyration can be arbitrarily adjusted, and the total height of the machine body is appropriate.
The placing orientation can be arbitrarily changed by simply pulling the rope. It is the best choice for pouring concrete in construction sites.
It is not affected by the size and shape of the construction layer and can adapt to the needs of various construction floors and complex construction sites.
Concrete Placing Boom Price
| Modelo | Precios |
| Mobile concrete placing boom | $5,500 – $ 30,000 |
| Stationary concrete placing boom | $15,000 – $76,000 |
The manual placing boom has a simple structure and is low-cost, cheaper than a hydraulic placing boom machine.The models are 12 meters, 15 meters, and 17 meters.
Final pricing requires consultation with certified engineering representatives to ensure operational specifications match project requirements.
Top 5 Pain Points in Concrete Pouring – And How Placing Booms Fix Them
Discover how concrete placing booms address critical construction challenges, reduce costs, and improve safety. Learn key benefits and why contractors worldwide are switching to automated solutions.
1. Slow Manual Pouring Delays Projects
Customer Pain Point:
Manual concrete pouring relies on labor-intensive methods like wheelbarrows or cranes, causing bottlenecks. Large-scale projects often miss deadlines due to inconsistent workflow.
Solución:
A concrete placing boom delivers 30–50 m³/hour continuously, accelerating timelines by up to 40%. Its robotic arm eliminates manual handling, ensuring non-stop pouring even in complex layouts.
2. Costly Rework from Poor Concrete Distribution
Customer Pain Point:
Uneven pouring leads to weak spots, cracks, or honeycombing. Fixing defects consumes 15–25% of project budgets in rework and material waste.
Solución:
Precision-controlled booms with 360° rotation y hydraulic flow adjustment ensure uniform concrete placement. Advanced models reduce rework risks by 90% through real-time monitoring of slump and pressure.
3. Safety Risks in High-Altitude or Confined Sites
Customer Pain Point:
Workers balancing on scaffolding or operating cranes in tight spaces face falls, collisions, and fatigue-related errors.
Solución:
Remote-controlled placing booms remove workers from danger zones. Features like automatic load limiters y anti-sway technology prevent accidents, cutting onsite injuries by 60% (OSHA-reported).
4. Soaring Labor Costs & Skill Shortages
Customer Pain Point:
Skilled concrete workers are scarce and expensive. Labor costs now account for 35–50% of total project expenses.
Solución:
One operator can manage the entire pouring process with a placing boom, reducing crew size by 70%. Training takes less than 8 hours thanks to intuitive touchscreen controls.
5. Limited Adaptability to Complex Sites
Customer Pain Point:
Traditional equipment struggles with irregular terrain, low ceilings, or dense rebar grids, forcing costly workarounds.
Solución:
Specialized booms like spider models or self-climbing systems thrive in confined spaces. Articulating arms navigate obstacles, while foldable designs fit through standard doorways.
Why Use a Concrete Placing Boom with a Concrete Pump?
A concrete pump acts as the powerhouse, efficiently moving large volumes of concrete from the mixer to your site—whether uphill, across obstacles, or over long distances. The placing boom takes over once the concrete arrives, acting like a precision-guided extension of your crew. It can rotate, bend, and reach into tight or hard-to-access areas—think narrow columns, tall walls, or complex architectural features—ensuring every drop of concrete lands exactly where it should.
This combination isn’t just about speed (though it can slash project timelines by up to 50%). It’s about working smarter. Traditional methods often require multiple workers to haul, pour, and spread concrete manually, which increases labor costs and safety risks.
With a pump-and-boom setup, a single operator can manage the entire pour, reducing fatigue and human error while maintaining consistent quality. You’ll also save money in the long run: pumps minimize wasted material by delivering concrete efficiently, and booms eliminate spills or over-pouring thanks to their controlled placement.
Whether you’re working on a small residential project or a sprawling industrial site, this duo adapts to your needs. For tighter budgets or compact spaces, a manual placing boom paired with a standard pump offers affordability without sacrificing core functionality. For large-scale projects like bridges, high-rises, or infrastructure builds, upgrading to a hydraulic boom with intelligent controls ensures precision even in the most demanding environments.
Ultimately, using these tools together means your team spends less time battling logistics and more time focusing on what matters: delivering flawless results, staying on schedule, and maximizing your return on investment.
We also sell concrete pumps, so please contact us if you need one.
Concrete Placing Boom Installation Tips
Pre-Installation Preparation
- Site Assessment
- Check ground stability, overhead clearance, and access routes.
- Identify obstacles (e.g., power lines, scaffolding) that may hinder boom movement.
- Pro Tip: Use spider booms for uneven terrain or confined spaces.
- Foundation Requirements
- Truck-Mounted Booms: Ensure flat, load-bearing ground for outriggers.
- Tower-Mounted Booms: Pour reinforced concrete bases to handle vertical loads.
- Self-Climbing Booms: Pre-install anchor points in elevator shafts or floor slabs.
Step-by-Step Installation Process
Truck-Mounted Boom Setup
- Position the Truck: Align the chassis perpendicular to the pouring area.
- Deploy Outriggers: Extend hydraulic outriggers to stabilize the vehicle.
- Unfold the Boom:
- Use the control panel to sequentially extend Z-fold or R-fold arm sections.
- Ensure all safety locks engage automatically.
- Attach End Hose: Connect the flexible hose to the boom tip.
- Calibration: Test boom movement and pressure settings with water (to avoid concrete waste).
Installation Time: 30–60 minutes for experienced crews.
Self-Climbing Boom Installation (Elevator Shaft)
- Anchor Base Frame: Bolt the climbing frame to pre-set brackets in the shaft.
- Assemble Boom Sections: Hoist segments using the building’s crane.
- Integrate Hydraulic Jacks: Connect jacks to the climbing rails.
- Test Climbing Cycle: Perform a trial ascent of 1–2 floors.
Installation Time: 2–3 days (initial setup), with subsequent climbs taking 1–2 hours per floor.
Post-Installation Checks
- Verify hydraulic hose integrity (no leaks).
- Test emergency stop systems and overload sensors.
- Train operators on site-specific controls.
Working Principle of Concrete Placing Boom
Core Components & Their Roles
- Articulated Arm Sections:
- Made of high-strength steel, each segment bends via hydraulic cylinders.
- Z-fold booms: Fold horizontally for compact transport.
- R-fold booms: Roll vertically for maximum height.
- Rotary Turntable:
- Allows 360° rotation for full-site coverage without repositioning the base.
- End Hose & Flow Control:
- A flexible rubber/steel-reinforced hose directs concrete to the target.
- Hydraulic valves adjust flow rate (e.g., 0–50 m³/hour) for precise placement.
- Control Systems:
- Manual: Joystick controls for basic operations.
- Semi-Automatic: Pre-programmed pouring paths for repetitive tasks.
- Smart Systems: IoT sensors monitor concrete slump, pressure, and equipment health.
The Concrete Placing Process
- Pumping Concrete:
- Concrete is pumped from the mixer through a pipeline to the boom’s base.
- Boom Articulation:
- The operator uses remote controls to:
- Rotate the turntable.
- Extend/retract arm sections.
- Adjust the hose angle (±90° vertically).
- The operator uses remote controls to:
- Precision Pouring:
- Flow Control: Valves regulate concrete speed to prevent segregation.
- Amortiguación de vibraciones: Built-in buffers stabilize the hose during pumping.
- Automation Features (Advanced Models):
- Laser Guidance: Aligns the hose tip to BIM coordinates.
- Anti-Collision Sensors: Halt movement if obstacles are detected.
Why Does the Design Matter for Efficiency?
- Hydraulic Efficiency: Energy recovery systems reuse braking energy from arm retraction.
- Minimal Human Error: Automated systems achieve placement accuracy within ±5 cm.
- Continuous Operation: Simultaneous pumping and placing reduce idle time.
Concrete Placing Boom manufacturers in China
Sinotech groups is a professional concrete placing boom in china, exporting various concrete placing boom to 180+ countries.
Our placing boom machines have passed the EU CE certification and are exported to developed countries such as Europe and the United States. Our products cover the placing range of 13-36 meters, and are the ideal supplier for your purchase of concrete placing booms.
- Tecnología Smart Control: Los diagnósticos basados en IoT predicen los fallos 10 días de antelaciónminimizando el tiempo de inactividad.
- Certificaciones mundiales: CE, ISO 9001
- Free Trial Program: Test our booms onsite for 7 days – zero upfront commitment.
- Equipos de instaladores expertos: Técnicos certificados se encargan de los retos específicos de cada lugar.
- Asistencia de por vida: Línea directa 24/7 + reparaciones in situ en 12 horas.
Fábrica:
Nuestro almacén especializado de 12.000 metros cuadrados funciona bajo estrictos protocolos de calidad, equipado con zonas de clima controlado y sistemas de inventario automatizados.
Mantenemos un rotating stock of 50+ concrete placing booms in standardized configurations. Whether you need a 15-meter manual model or a 30-meter hydraulic system, our pre-assembled units undergo final quality certification within 24 hours of order confirmation—ensuring same-week shipping for urgent projects.
Envío:
With decades of engineering excellence and a commitment to premium quality, STLTG’s Self-Climbing Concrete Placing Booms have earned the trust of construction professionals in over 80 countries worldwide. Our end-to-end operational expertise ensures every unit is delivered with precision.
Here, every placing boom undergoes triple-stage preparation:
- Optimización previa al envío - Los componentes se inspeccionan, lubrican y configuran para un montaje sin fisuras en los lugares de destino.
- Envases con certificación ISO - Las cajas diseñadas a medida con revestimientos amortiguadores protegen los componentes críticos, mientras que el sellado impermeable protege contra las condiciones marítimas.
- Carga inteligente - El equipo de carga con seguimiento por GPS posiciona la carga para una distribución óptima del peso, cumpliendo las normas internacionales de contenedorización.
Logística global fiable
Asociados con transitarios y transportistas marítimos de primer nivel, garantizamos una entrega sin problemas:
- Coordinación puerta a puerta - Seguimiento de envíos en tiempo real y asistencia en el despacho de aduanas
- Flexibilidad multimodal - Soluciones a medida para el transporte marítimo, aéreo o ferroviario
Por qué los clientes confían en STLTG Logistics:
- 30 años de entregas impecables con una puntualidad del 99,7%
- Equipo de apoyo logístico multilingüe 24 horas al día, 7 días a la semana
- Orientación técnica previa a la instalación enviada 30 días antes de la llegada
FAQS About Concrete Placing Booms
Q1: How long does it take to install a placing boom?
A: Wheeled or spider booms deploy in under 2 hours. Self-climbing systems require 1–2 days for initial setup but save weeks over a project’s lifespan.
Q2: Can placing booms handle fiber-reinforced concrete?
A: Yes! High-pressure models (up to 120 bar) pump FRC, SCC, and other advanced mixes without clogging.
Q3: What’s the lifespan of a concrete placing boom?
A: With proper maintenance, premium booms last 10–15 years. We offer extended warranties up to 5 years.
Q4: How much space is needed to install a placing boom?
A: Truck-mounted booms require 10x10m; spider booms fit in 4x4m areas.
Q5: Can placing booms operate in rain or extreme cold?
A: Yes! Models with sealed hydraulics and heated hoses work in -20°C to 50°C.
Q6: What maintenance is required after installation?
A: Monthly checks of hydraulic oil, hose wear, and bolt torque.
Otros equipos que pueda necesitar
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7
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9
Modelos
Capacidad: 40-320t/h
Capacidad: 25-240m³/h
Capacidad: 30-88m³/h
Potencia nominal: 36,8-110 kW
Carretillas elevadoras todo terreno
Capacidad: 3-10 toneladas
Casos globales
HGY17 Concrete Placing Boom to Philippines
HGY15 Concrete Placing Boom to Algeria
HGY19 Concrete Placing Boom to Indonesia
HGY17 Concrete Placing Boom to Kenya
. Certificaciones
Nuestras certificaciones
