Curb brick machine

A curb brick machine is a specialized piece of equipment designed to produce high-quality concrete curbstones, edging blocks, and roadway barriers. Unlike a standard cement brick machine that focuses on building blocks or pavers, this machinery uses high-pressure vibration and hydraulic compression to form dense, durable curbstones with precise dimensions. Many modern systems operate as a Fully automatic no-burning brick machine, eliminating the need for thermal curing and significantly reducing production cycles. The technology shares core engineering principles with a Static press brick machine, where intense static pressure compacts the concrete mix into a homogeneous slab that resists freeze-thaw cycles and heavy traffic loads. For larger infrastructure projects, manufacturers often integrate these units into complete Cement Block Machinery lines, allowing simultaneous production of curbs, channels, and hollow blocks using the same concrete batching system. The curb brick machine stands out through its quick mold-change capability, allowing operators to switch between straight curbs, radius curbs, and gutter profiles in under fifteen minutes.

The curb brick machine delivers exceptional versatility for urban planning and road construction contractors. Its welded monolithic frame absorbs vibration without transmitting stress to anchor bolts, guaranteeing squareness over decades of use. Dual-shaft forced mixers feed the material hopper, ensuring a consistent blend of zero-slump concrete that retains shape immediately after demolding. Automated pallet feeders and finger car transfers move freshly pressed curbs to curing racks without manual handling, which reduces surface defects and labor costs. Built-in programmable logic controllers memorize more than fifty profile recipes, each with adjustable height, width, and edge chamfer settings. Daily output ranges from 800 to 3,600 pieces depending on mold cavity count and pressing cycle speed, making the machine equally suited to municipal highway departments and large-scale precast plants.

• Power supply: 380V/50Hz three-phase (customizable to local grid specifications)
• Installed motor capacity: 22 kW to 45 kW depending on hydraulic pump configuration
• Molding method: Hydraulic top-press and simultaneous vibration, with static hold phase
• Vibration system: Dual rotary eccentric shafts with frequency inverter, adjustable from 2,800 to 4,200 rpm
• Pressing force: 120 to 350 tons, adjustable via pressure relief valve
• Conveyor system: Heavy-duty slat conveyor with automatic width adjustment for different mold sizes
• Control unit: Siemens PLC with 7-inch color touchscreen, featuring remote diagnostics via Ethernet module
• Machine weight: Approximately 8.5 to 14 metric tons depending on auxiliary modules
• Cycle time: 12 to 20 seconds per press, based on product height and mix composition
• Noise level: Below 75 dB(A) at operator position