Dhoopbatti Making Machine
Best Wholesale Price Manufacturer
Our industrial-grade Dhoopbatti Making Machine is specifically engineered to manufacture stick-less incense (Dhoopbatti). It utilizes a high-pressure hydraulic piston system that compresses thick, resinous dhoop paste and extrudes it through precision dies. Built with high-strength structural channels, the machine withstands high compaction forces required for thick dhoop pastes. The extrusion speed and cutting length can be fully adjusted using an integrated electronic panel. It supports multiple nozzle shapes, allowing manufacturers to produce round, square, or custom-shaped dhoop sticks. The closed hydraulic loop ensures quiet operations, high safety standards, and reliable continuous output.
Technical Specifications
| Production Capacity | 50 - 70 kg per 8 hours shift |
| Extrusion Method | Hydraulic Piston Compression |
| Motor Power | 3 HP / 5 HP Three Phase |
| Hydraulic Pressure | Up to 150 Bar |
| Suitable Dhoop Diameters | 3 mm to 10 mm (Customizable) |
| Cutting Mechanism | Automatic Cutter with Variable Timer |
| Warranty | 1 Year standard warranty |
| Price / Rate | Get Hydraulic Dhoop Machine Price |
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Regional Availability & Local SEO
Get the best rates on Dhoopbatti Making Machines in major incense consumption hubs like Varanasi, Haridwar, Mathura, Amritsar, and Delhi. Our hydraulic dhoop extruders are highly demanded for manufacturing premium temple-grade organic dhoop sticks. We assist buyers with custom dies, machinery setup, and binder formulations to ensure high-quality stick-less incense production.
Frequently Asked Questions
Common queries related to the operating, maintenance, and ordering of Dhoopbatti Making Machine.
Yes, by simply changing the extrusion die (nozzle), you can produce dhoop sticks ranging from 3 mm to 10 mm in diameter.
It processes wet mixtures containing ghee, honey, natural resins, wood powders, and binding agents like jigat or guar gum.
Our premium models use a hydraulic powerpack system, which provides smooth, consistent pressure and is far more durable than mechanical pistons.
It typically requires a 3 HP or 5 HP electric motor, which can be configured for single-phase or three-phase power supply.