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A Double Cutter Pulverizer is a heavy-duty machine for grinding grains, spices, and pulses into fine powder in a single operation, featuring two rotating blades (cutters) for efficient pulverization, often with oil cooling for continuous use and stainless steel construction for hygiene, making it ideal for commercial kitchens and food processing. These machines provide high-speed, consistent grinding, transforming raw ingredients into uniform powder for various food products. How it Works & Key Features: Dual Blades: Uses two sets of sharp, rotating cutters (or blades) to crush and grind materials into very fine particles. Single Operation: Achieves fine powder in one pass, reducing processing time. Material: Typically made from robust stainless steel (SS304/SS316) for durability, hygiene, and rust resistance, with heavy-duty MS (Mild Steel) bodies available. Motor: Equipped with powerful motors (e.g., 7.5 HP, 10 HP, 15 HP) for high-speed performance, often with oil-cooled systems for continuous operation. Fineness Control: Features adjustable mesh screens to control the final powder fineness. Dust-Free Operation: Includes specialized trays or fan systems to manage dust and collect the finished powder efficiently. Applications: Spices: Turmeric, chili, coriander, etc.. Grains & Pulses: Wheat, rice, besan (chickpea flour), lentils. Herbal Products: Ayurvedic ingredients. Commercial Kitchens & Mills: For consistent, high-volume food processing. Benefits: Efficiency: High-speed grinding and single-stage processing. Consistency: Delivers uniform particle size for consistent product quality. Hygiene: Stainless steel construction ensures food safety. Versatility: Processes various dry ingredients. MODEL MOTOR CAPACITY 12D 7.5HP 60KG/HR 14D 10.HP 80KG/HR 16D 15HP 120KG/HR 12D BOX 7.5HP 60KG/HR 14D BOX 10HP 80KG/HR

A Chilly Plate Mill Machine is a type of spice grinding machine (pulverizer) that uses a “plate mill” mechanism (fixed and movable grinding plates) to process dried chilies and other spices into a fine powder. It is a popular choice for commercial and industrial applications due to its efficiency and ability to control powder fineness. Mechanism and Operation The machine's working principle relies on the relative motion between a stationary (fixed) disc and a rotating (movable) disc, both of which have specific tooth patterns or rough surfaces. Feeding: Dried chilies are fed into a hopper and then typically a grinding chamber. Grinding: The material undergoes comprehensive actions, including impact by the teeth, friction, and impact between the raw materials themselves. This breaks down the chilies into smaller particles. Sieving/Separation: The ground material passes through a screen or sieve with a specific mesh size. The desired fine powder passes through, while coarser material remains for further grinding or is collected separately. Collection: Integrated systems often use a cyclone separator and dust collector to manage dust and ensure a clean, safe, and efficient material collection process. Key Features Grinding Plates: The primary feature, these plates are crucial for the grinding action. High-quality, durable materials like stainless steel or hardened cast iron are often used. Adjustable Fineness: Different mesh sieves or adjustable plate spacing allow operators to control the final texture and fineness of the chili powder. Material of Construction: Typically made with food-grade stainless steel (SS304 or SS316) for hygiene, corrosion resistance, and longevity, meeting food safety standards. Heavy-Duty Motor: A powerful motor (ranging from 2 HP for mini-machines to 20+ HP for industrial plants) ensures continuous operation without overheating, vital for bulk production. Dust Control: Modern machines often incorporate dust-free operation features, such as cyclone separators or dust collectors, for a cleaner working environment. Low Temperature Grinding (Optional): Some advanced systems utilize pneumatic conveying or heat exchangers to maintain low temperatures during grinding, which helps preserve the chili's natural color, flavor, and moisture content. Applications Chilly plate mill machines are widely used in the food processing industry, including: Spice manufacturing units Commercial kitchens and restaurants Small businesses producing their own spice blends Agro-based small enterprises MODEL MOTOR CAPACITY 8'' 2HP 7KG/HR 10'' 3HP 10KG/HR 12''BULLET 7.5HP 25KG/HR

Drum Roaster 50 Litre LPG - Packing Machine ManufacturesA drum roaster machine uses a rotating, horizontal metal drum heated from below (usually by gas burners) to roast items like coffee beans, nuts, and spices, mixing them with internal paddles for even heat transfer via conduction (drum contact) and convection (hot air). Key components include the drum, motor, heat source, exhaust fan for smoke/chaff, and a cooling tray. It offers slow, controllable roasting, developing rich flavors but requiring careful management to prevent scorching. Core Components & Function Roasting Drum: A large, cylindrical metal vessel that rotates horizontally. Heat Source: Typically gas burners located beneath the drum, heating the metal and the air inside. Paddles/Flights: Spiral fins inside the drum that tumble and mix the product for uniform roasting. Motor: Drives the drum's rotation and sometimes the cooling tray agitator. Exhaust System: Removes smoke, chaff (skins), and dust from the drum and cooling tray. Cooling Tray: A separate tray with a fan and agitator to rapidly cool the roasted product after it drops from the drum. Roasting Process Loading & Heating: Unroasted product (coffee, nuts, etc.) is loaded into the preheated drum. Drying Phase: Moisture is removed as the drum rotates, with heat transferred by conduction (from the hot drum) and convection (hot air). Browning/Development: The product browns (Maillard reaction), and sugars caramelize, developing aroma and flavor. Cooling: After reaching the desired roast level (e.g., “first crack” for coffee), the product is discharged into the cooling tray, where air rapidly cools it. Key Characteristics Heat Transfer: Uses both direct contact (conduction) and hot air (convection) for a rich flavor profile. Control: Offers high control for developing body and nuanced flavors, often used by artisans. Speed: Generally slower than air roasters, with roast times of 14-20 minutes common. Applications: Popular for coffee, but also great for nuts, seeds, and even some vegetables. Drum vs. Air Roasters Drum Roasters: Slower, richer flavor, uses conduction/convection, better for body. Air Roasters: Faster, cleaner/brighter flavor, uses 100% convection (hot air only). MODEL MOTOR CAPACITY 10KG DRUM 0.25HP 10KG/ BATCH 25KG DRUM 0.5HP 25KG/ BATCH 50KG DRUM 1HP 50KG/ BATCH

An Impact Pulverizer machine uses high-speed rotating hammers or blades to repeatedly strike material, shattering it into fine powder, ideal for soft to medium-hard substances like spices, chemicals, and herbs, featuring integrated grinding, air classification (often without screens), and dust collection for efficient, uniform particle size reduction in industries from food to pharmaceuticals. Working Principle Feeding: Raw material enters the grinding chamber via a hopper. Impact Grinding: High-speed hammers on a rotor strike the material against liner plates, breaking it down. Classification: An internal air classifier or screen separates particles by size; oversized particles are sent back for further grinding, while fine particles are classified for discharge. Collection: A blower sends the fine powder pneumatically to a cyclone separator and then to a dust collector (like filter bags) for collection and bagging, ensuring a dust-free process. Key Components Pulverizing Unit: Base frame, hopper, motor, belts, and the grinding chamber with hammers, cutters, and liners. Air Classifier: A whizzer classifier regulates fineness and returns coarse particles. Cyclone Separator: Separates fine powder from the air stream. Blower/Fan: Creates airflow for material transport. Dust Collector: Filter bags for dust-free operation. Control Panel: For managing operations. Features & Benefits Versatility: Grinds various materials like spices, grains, chemicals, pharmaceuticals, and minerals. Efficiency: Combines grinding, classifying, and conveying in one operation. Uniformity: Produces consistent particle size. Screenless Operation: Air classifiers eliminate screen choking/puncturing issues. Dust Control: Integrated systems prevent dust escape. Simplicity: User-friendly design with less maintenance. Industries Served Food: Spices, grains, sugar. Pharmaceuticals: Active ingredients, herbs. Chemicals: Various compounds. Minerals & Mining: Ores. MODEL MOTOR CAPACITY 16'' 10HP 60KG/HR 20'' 15HP 80KG/HR 25'' 25HP 130KG/HR AIRLOCK 1HP

A flour sieve machine (or sifter) refines flour and powders by breaking lumps, removing impurities, and aerating the product through vibration and mesh screens, using a motor and often a self-cleaning system for continuous, efficient separation of fine particles from coarse ones, crucial for consistent baking and food quality. How it Works (Vibratory Sifter) Input: Raw flour or powder is fed into a hopper. Vibration: A powerful vibratory motor creates rapid, high-frequency movements in the sieve's mesh. Screening: The material passes over a fine mesh screen (up to 400 mesh). Separation: Fine, desired particles pass through the mesh, while coarser particles, lumps, and impurities are retained and fall off the end. Self-Cleaning: Bouncing balls or other mechanisms under the screen prevent mesh clogging, ensuring continuous flow. Output: Separate outlets provide fine, sifted flour and a coarser fraction. Key Features & Benefits Lump Removal: Breaks up clumps from storage, improving texture. Aeration: Incorporates air, leading to lighter baked goods. Impurity Removal: Cleans out dust, husks, debris, and foreign particles. Particle Size Control: Produces uniform flour, essential for consistent quality. Efficiency: High throughput (tons per hour) for industrial needs. Material: Often robust stainless steel for food-grade safety and durability. MODEL MOTOR CAPACITY 3' 1HP 200KG/HR 4' 2HP 400KG/HR 5' 5HP 1000KG/HR

A Dhal Cutter Machine, more commonly referred to as a Dal Mill or Dal Splitter, is a mechanical device used to process raw pulses (like lentils, chickpeas, and peas) by removing their outer husk (dehusking) and splitting them into edible halves. The process involves several stages and can be achieved in various scales, from mini-mills for home use to large, fully automated industrial plants. Core Function and Process The primary function is to transform raw, whole pulses into clean, split dal for consumption or sale. The typical processing workflow involves: Pre-milling Treatment: Raw pulses may undergo conditioning, such as soaking with water and applying oil, followed by sun drying or mechanical drying to loosen the husk's attachment to the cotyledons. Dehusking and Splitting: The treated pulses are fed into the machine, where they pass between abrasive surfaces (like a rotating cast iron disc and a stationary rubber pad, or emery rollers) to scratch, crack, dehusk, and split the grain. Separation and Grading: Integrated mechanisms such as sieves, screens, blowers, and gravity separators then separate the desired split dal from the removed husks, dust, broken pieces, and other impurities. Polishing (Optional): Some commercial operations use a polishing unit (often a leather or nylon-based roller system) to enhance the final product's appearance and give it a shiny finish. Key Specifications Specifications vary widely based on the machine's scale and intended use. Capacity: Ranges from small-scale units of 20 kg/hr to large industrial plants processing several tons per hour. Power: Small machines can run on a single-phase 0.5 HP to 3 HP electric motor, while large industrial setups may require significant power (e.g., a 120 HP motor for a 2 TPH plant). Material: Often constructed from durable materials like mild steel (MS) with stainless steel (SS) contact parts to ensure food safety and longevity. Automation: Available in manual, semi-automatic, and fully automatic models. Mobility: Many smaller and medium-sized units are designed with wheels for easy movement and repositioning within a facility. Benefits Efficiency: Automates a labor-intensive process, significantly increasing productivity compared to manual methods. Quality Control: Ensures a high-quality, uniform final product by effectively removing impurities and minimizing breakage. Versatility: Compatible with various pulses, including toor, chana, moong, urad, and masoor. Cost-Effectiveness: Reduces manual labor costs and minimizes product wastage. MODEL MOTOR CAPACITY REGULAR 2HP 100KG/HR

A decorticator is a machine that strips the skin, bark, or rind (husk/shell) off nuts, plant stalks, grains, and seeds in preparation for further processing. They are widely used in agriculture and oil mills to increase productivity by automating the labor-intensive process of manual shelling. Key Details Function: The primary function is separation—removing the hard, outer layer from the inner kernel or fiber. Applications: They are versatile and can be adapted with slight modifications to handle a variety of materials, including: Groundnuts (peanuts) Castor and Jatropha seeds Almonds and sunflower seeds Hemp and sisal stalks (for fiber extraction) Coconut husks (for coir fiber and cocopeat) Types: Decorticators can be broadly classified into two main types based on their power source and scale: Manual: Hand-cranked or pedal-operated, suitable for small-scale use. Power-Operated: Use electric motors or diesel engines for medium- to large-scale industrial operations, capable of processing over 1,000 kg per hour. Working Principle The specific working principle varies slightly depending on the material being processed, but generally involves these core steps: Feeding: Raw material is fed into a hopper. Shelling/Stripping: Within a decorticating chamber, mechanisms such as rotating blades, an oscillating sector with pegs, or co-acting rollers impact, rub, and collide with the material to break the outer shell. Separation/Cleaning: The shelled kernels and husks fall onto a sieve or screen. An integrated air blower then separates the lighter husks from the heavier kernels, often discharging them through separate outlets. Components While designs vary, common components often include: Frame: The main structure providing support. Hopper: The inlet for raw materials. Decorticating Chamber: Where the actual shelling happens. Rotating Blades/Rotor/Oscillating Sector: The moving parts that apply force to the material. Concave Sieve/Screen: Perforated surfaces used for sizing and separation, often interchangeable to accommodate different material varieties. Blower Assembly (Fan): Used for air-based separation of husks from kernels. Discharge Outlets: Separate chutes for the kernels/fiber and the waste husks/skin. Benefits High Efficiency: Achieves high shelling rates (e.g., up to 98% for peanuts). Reduced Labor: Significantly decreases the manual effort and time required for processing. Consistent Quality: Helps maintain the quality of the kernels by minimizing breakage during the process. Versatility: Customizable for a range of agricultural products. MODEL MOTOR CAPACITY 2HP 2HP 300KG/HR 3HP 3HP 500KG/HR

A mini oil machine is a compact, user-friendly device for small-scale oil extraction from seeds and nuts like peanuts, sesame, and sunflower, offering high yield, easy operation, and low maintenance for home businesses or personal use, typically using a screw press to apply pressure and separate oil, often from food-grade stainless steel, providing fresh, pure oil. Key Features & Components: Compact & Portable: Small footprint, suitable for home or small workshops. Versatile: Processes various oilseeds (mustard, flax, coconut, etc.). High Efficiency: Extracts maximum oil with high yield. Durable Construction: Often made from food-grade stainless steel for hygiene and longevity. Easy Operation: Simple controls, often with a single-phase motor, requiring minimal supervision. Low Maintenance: Easy to clean with removable parts, reducing downtime. Cold Press/Expeller Mechanism: Uses mechanical pressure (like a screw press) to squeeze oil out, preserving nutrients. Safety: Features like overheat protection are common. How it Works: Feed Seeds: Raw seeds are manually fed into the machine's chamber. Pressing: An internal screw or auger rotates, applying intense pressure (e.g., 30-50 MPa). Oil Separation: Pressure ruptures seed structures, forcing oil out. Residue & Oil Output: Oil flows out, while dry seed cake (residue) is expelled separately. Who Uses Them? Home-based Entrepreneurs: For producing fresh, organic oils. Small Businesses: For local markets or specialty products. Health-Conscious Individuals: For making pure oils at home. Universities/Research: For small-scale extraction for research. Benefits: Produces fresh, high-quality oil, often with better nutritional value. Provides self-employment opportunities. Ideal for starting a small-scale oil business with low investment. MODEL MOTOR CAPACITY HOME 700WT 7KG/HR STORE 1000WT 12KG/HR MINI 2HP 20KG/HR MEGA 3HP 30KG/HR

A Rotary Oil Mill Machine is a robust, often automated, industrial device that mechanically presses oil from seeds (like coconut, groundnut, sesame) using a rotating mechanism and crushing chambers, offering high efficiency, continuous operation, and better aroma/nutritional value for smaller batches compared to larger expellers, featuring PLC controls, durable steel builds, and oil-cooled gearboxes for stable, high-yield extraction for various scales of business. Key Components & Function: Seed Compatibility: Handles various seeds (coconut, groundnut, mustard, sunflower, etc.). Extraction Method: Uses a horizontally rotating extractor or screw press to squeeze oil out, often in a batch feed, without harsh chemicals. Crushing Chambers: Durable, cast-metal chambers designed for maximum oil yield. Gearbox & Motor: Features an oil-cooled gearbox for longevity and a powerful motor (e.g., 10 HP) for consistent pressing. Automation: Modern versions use PLC (Programmable Logic Controller) systems for precise control, safety, and reduced manual labor. Key Features & Benefits: High Efficiency: Maximizes oil output with less manual effort. Quality Oil: Produces oil with better fragrance, aroma, and nutritional value, ideal for food or massage oils. Durable Construction: Built from mild steel/stainless steel for industrial use, with stable, heavy builds. Versatile: Suitable for small to large-scale operations, from commercial kitchens to large food processing units. User-Friendly: Automated controls make operation easier and safer. How it Works (Simplified): Seeds are fed into the hopper. They enter the crushing chamber where a rotating screw/auger compresses them. Pressure and friction extract the oil, which is collected separately. The residual dry cake is expelled from the machine. In essence, it's a modern, reliable way to get high-quality oil from seeds, balancing yield with oil quality and operational ease. MODEL MOTOR CAPACITY 5HP 5HP 30KG/HR 7.5HP 7.5HP 40KG/HR 10HP 10HP 50KG/HR

An oil expeller machine mechanically squeezes oil from seeds and nuts using high pressure from a rotating screw (worm) inside a barrel, separating oil from the solid seed cake through friction and pressure, often with pre-heating for efficiency, producing nutrient-rich, chemical-free oil suitable for cooking and industrial use, available in various sizes for small to large-scale operations. Working Principle Preparation: Seeds (like sesame, mustard, peanut, coconut) are cleaned and sometimes pre-heated and cooked in a kettle to enhance oil release. Feeding: Prepared seeds are fed into the machine's barrel. Pressing: A rotating worm shaft inside the barrel continuously forces and compresses the seeds, generating intense friction and pressure. Extraction: The pressure squeezes oil out through small openings, while the solid fiber remains as a hard cake. Collection: The expelled oil is collected, and the oil cake is removed from the other end. Key Components Body: Heavy cast iron/steel frame. Worm Shaft & Barrel: The core pressing mechanism, often made from hardened alloy steel. Gearbox: Drives the worm shaft. Kettle/Heater: Pre-heats the seeds. Cutter & Collar: Shapes the final cake. Key Features & Types Types: Available as mini, medium, or large units, including semi-automatic and fully automatic models. Cold Pressing: Some models use cooling to keep extraction temperatures low (below 120°F/49°C) for “cold-pressed” oil. Material: High-grade cast iron/steel, hardened alloy steel for shafts. Applications: Used for edible oils, animal feed (from the cake), cosmetics, and more. Benefits Extracts oil mechanically, without harsh chemicals. Produces nutritious oil with good flavor and aroma. The leftover oil cake is nutritious and can be used as animal feed. Offers efficiency for small-scale producers and large businesses. MODEL MOTOR CAPACITY 3BOLT 5HP 30KG/HR 4BOLT 10HP 60KG/HR

Automatic Garlic Peeling Machine / Garlic Peeler Machine ...A garlic peeler machine automates skin removal using methods like high-pressure air (pneumatic) or mechanical friction (rollers), efficiently separating papery skins from cloves without water, ideal for commercial use, saving labor and time by processing large batches quickly with minimal clove damage, featuring stainless steel construction and various capacities for restaurants, farms, and food processors. Working Principles Pneumatic (Air Pressure) Dry Type: Garlic enters a chamber where high-pressure air (5-9 bar) creates a vortex. Friction from air turbulence and cloves rubbing against each other and the serrated walls removes skin. Peeled cloves and skin debris are separated, with skin blown out and cloves exiting through a separate outlet. Mechanical Roller Type: Garlic passes between counter-rotating rubber rollers or cylinders. The shearing action and slight gap between rollers grip and pull off the skin. Key Features & Components Motor & Power: Often uses a 0.25 HP to 2 HP electric motor, sometimes requiring compressed air. Peeling Chamber: Cylindrical with serrated walls (pneumatic) or textured rollers (mechanical). Separation System: Separates skins from cloves efficiently. Material: Typically food-grade stainless steel for hygiene. Capacity: Varies from 10-12 kg/hour (small) to much higher for industrial models. Benefits Automation: Reduces manual labor significantly (up to 99% saving). Efficiency: Quickly processes large volumes of garlic. Hygiene: Minimizes hand contact, suitable for food processing. Versatility: Handles different clove sizes with adjustable settings. Dry Process: Keeps garlic moist-free, preventing spoilage. Ideal For Restaurants, hotels, and catering services. Food processing units and snack manufacturers. Garlic farms and home-based food businesses. MODEL MOTOR CAPACITY SAMLL 0.25HP 10KG/HR

A Garlic Breaker Machine automates separating garlic bulbs into individual cloves, using rubber rollers or similar mechanisms to gently crack the bulbs, reducing manual labor for commercial kitchens, farmers, and food processors, with typical models handling 80-100+ kg/hour, powered by 1 HP motors, and featuring durable stainless steel construction for hygienic, efficient bulk garlic preparation. These machines are crucial for saving time and labor, preparing garlic for planting or further processing, and come with options for different garlic sizes. Key Details & Features: Function: Breaks whole garlic bulbs into separate cloves without damaging them, keeping them in good condition. Capacity: Typically 80-100 kg/hour, with some industrial models handling 1-2 tons/hour, www.divinegroupofcompany.in https://www.divinegroupofcompany.in/garlic-bulb-breaker-machine-11210297.html, www.machinepoint.in https://machinepoint.in/products/garlic-bulb-breaker-machine, www.sog.niravfoodmachine.com. Power: Usually a 1 HP (Horsepower) motor, operating on single or three-phase power (220-440V). Construction: Heavy-duty materials like stainless steel or powder-coated mild steel for durability and hygiene. Operation: Fully automatic, requiring simple feeding of bulbs into the intake. Output Quality: Aims for minimal skin breakage (e.g., less than 2%) and keeps cloves intact for planting or further processing. Efficiency: Significantly boosts productivity, saving labor and time compared to manual methods, www.gravityautomotive.co.in https://www.gravityautomotive.co.in/mini-garlic-bulb-breaker-machine-10991837.html, www.huayoagro-machine.com. Versatility: Some models include different screens (jali's) to handle various garlic sizes and can sometimes be used for other crops like groundnuts. Applications: Food processing units & restaurants Garlic suppliers & spice industries Farms & agricultural co-operatives How it Works: Feeding: Whole bulbs are fed into the machine's hopper. Breaking: Internal rubber rollers or similar mechanisms gently roll and break the bulbs apart. Separation: A combination of mechanical action and sometimes air blowing separates the cloves from the skin and debris. Output: Clean cloves are collected from one outlet, while skins and debris are separated for disposal. MODEL MOTOR CAPACITY 1HP 1HP 80KG/HR