₹ 145000 / Set Get Latest Price
| Machine Type | Vibrating Table Plant |
| Automation Grade | Automatic |
| Vibrating Table Size | 10 x 2.5 ft |
| Mixer Capacity | 1.5 Bag |
| Block Type | Paver Block, Interlocking Block, Chequered Tile, Kerb Stone |
| Capacity | 1000 Blocks per Hour |
| Included Components | Concrete Mixer, Pan/Colour Mixer, Moulds, Vibrating Table, Pallet Truck, De-moulding Machine |
| Vibrator Motor Power (HP) | 3 HP |
| Mould Material | Plastic |
| Warranty | 1 Year |
| Country of Origin | Made in India |
Minimum order quantity: 1 Set
Interlocking Block Making Machine – Description
An Interlocking Block Making Machine is a mechanical device designed to produce interlocking concrete or soil blocks used in construction. These blocks fit together without the need for mortar, reducing construction costs and time while ensuring strong, durable, and environmentally friendly structures.
1. Working PrincipleThe machine compresses a mixture of raw materials—typically soil, cement, sand, and water—into a solid block under high pressure. The compression process is achieved either manually, hydraulically, or electrically, depending on the model. The interlocking design of the mold ensures that each block locks perfectly with adjacent blocks, providing structural stability.
2. Key ComponentsFeeding Hopper: Holds and feeds the raw material mix into the mold.
Mold Box: Determines the shape and size of the interlocking blocks.
Compression System: Applies pressure (manual lever or hydraulic ram) to compact the mixture.
Ejector System: Pushes the finished block out of the mold.
Power Unit (for semi/fully automatic models): Includes motor, hydraulic pump, and control panel.
Manual Interlocking Block Machine: Operated by hand; suitable for small-scale or rural production.
Semi-Automatic Machine: Uses hydraulic pressure but requires manual feeding and removal.
Fully Automatic Machine: Automated feeding, compaction, and ejection; suitable for large-scale production.
Produces uniform and high-strength blocks.
Eco-friendly — uses minimal cement and no firing (unlike clay bricks).
Cost-effective and labor-efficient.
Can produce blocks of different sizes and designs by changing molds.
Easy to operate and maintain.
Residential and commercial building walls
Boundary walls and retaining walls
Paving and landscaping projects
Low-cost housing developments
| Parameter | Specification |
|---|---|
| Block Size | 300×150×100 mm (standard) |
| Production Capacity | 400–1500 blocks per day |
| Operating Mode | Manual / Hydraulic / Electric |
| Power Requirement | 3–7.5 HP (for automatic) |
| Compression Force | 10–20 tons |
| Weight | 500–1500 kg |
₹ 36000 / Piece Get Latest Price
| Table Size | 11*3 |
| Load Capacity | 1000 kg |
| Motor Power | 3 hp |
| Vibration Type | VIBRATION MOTOR |
| Phase Type | Three Phase |
| Table Height | 3FT |
| Application | Tiles, Paver Block, Precast Slab, Kerb Stone, Concrete Product |
| Top Plate Material | Mild Steel |
| Surface Finish | Painted |
Minimum order quantity: 1 Piece
A paver tiles making machine is specialized equipment used to manufacture decorative and durable concrete or cement tiles, often used for outdoor paving like footpaths, patios, gardens, parking lots, and driveways. These machines automate or semi-automate the tile production process, ensuring consistent quality, shape, and finish.
�� Key Components and Functions: 1. Concrete Mixer:Function: Mixes cement, sand, stone dust, water, and color pigments.
Types: Pan mixer or drum mixer.
May include dual compartments (one for base mix, one for color mix).
Used to blend pigments and concrete for top layer coloring of paver tiles.
Ensures vibrant, consistent coloring across batches.
Function: Vibrates and compresses the concrete mix inside the moulds to remove air pockets and ensure even distribution.
Available as:
Manual vibrating table – For small-scale operations.
Semi-automatic vibrating press – Improves speed and consistency.
Hydraulic press machines – For high-strength and high-volume production.
Moulds in various shapes (zigzag, square, hexagon, etc.) are filled with the concrete mix.
Made from PVC, ABS, or PP for durability and easy demoulding.
Controls timing, vibration speed, and compaction pressure (in semi or fully automatic machines).
Helps maintain uniform production quality.
After demoulding, tiles are cured in a water tank or curing chamber for 2–3 days to gain strength.
Raw Material Preparation: Cement, sand, and color mix are prepared.
Mixing: Base and color layers mixed separately.
Mould Filling: Mix is poured into moulds on a vibrating table.
Compaction: Vibration removes air and compacts the tile.
Drying & Curing: Tiles are dried and cured to gain full strength.
Finishing & Stacking: Tiles are cleaned, inspected, and stored.
| Type | Features | Production Capacity |
|---|---|---|
| Manual | Basic mixer + vibrating table | 300–500 tiles/day |
| Semi-Automatic | Motorized mixer + vibrating table + hydraulic press | 1000–2000 tiles/day |
| Fully Automatic | Automated feeding, pressing, and demoulding | 4000–6000+ tiles/day |
High precision and uniformity in tiles
Reduced labor with semi or full automation
Can produce tiles of various shapes and colors
Low maintenance, durable machinery
₹ 25 / Piece Get Latest Price
| Design/Pattern | Zigzag |
| Shape | Square |
| Number Of Cavities | 1 |
| Weight | 0.33 kg |
| Thickness | 60 mm |
| Coverage Area | 0.8 sq ft |
| Brand | Premium |
| Surface Finish | Smooth |
| Mould Life | 3 years |
| Material | Plastic |
Minimum order quantity: 100 Piece
Ashpak Shah (DIRECTOR)
Metro Tiles Machinery
H No-78, Behlolpur, Sector-65
Noida - 201301, Gautam Buddha Nagar, Uttar Pradesh, India