Products We Have

A Disc Jiggering Machine is a specialized equipment used in the ceramics industry to shape symmetrical, flatware items like plates and shallow bowls. It operates by rotating a plaster mould while a profile tool shapes the clay into the desired form. This process ensures consistent thickness and design across each piece, enhancing productivity and precision in mass production. The machine reduces manual labor, increases output speed, and ensures uniform quality. Disc jiggering is ideal for mid to large-scale ceramic manufacturers looking to streamline production while maintaining high-quality craftsmanship and uniformity in their ceramic ware.

A ball mill is a type of grinding machine used to grind or blend materials for use in mineral dressing, paints, pyrotechnics, ceramics, and selective laser sintering. It operates on the principle of impact and attrition, where balls are dropped from near the top of a rotating cylindrical chamber to crush and grind the material inside. The chamber may be partially filled with steel, ceramic, or rubber balls. Ball mills are widely used due to their efficiency and versatility in producing fine powders. They can be operated in wet or dry conditions and are essential in industries requiring fine particle size.

A ball mill is a type of grinding machine used to grind or blend materials for use in mineral dressing, paints, pyrotechnics, ceramics, and selective laser sintering. It operates on the principle of impact and attrition, where balls are dropped from near the top of a rotating cylindrical chamber to crush and grind the material inside. The chamber may be partially filled with steel, ceramic, or rubber balls. Ball mills are widely used due to their efficiency and versatility in producing fine powders. They can be operated in wet or dry conditions and are essential in industries requiring fine particle size.

A ball mill is a type of grinding machine used to grind or blend materials for use in mineral dressing, paints, pyrotechnics, ceramics, and selective laser sintering. It operates on the principle of impact and attrition, where balls are dropped from near the top of a rotating cylindrical chamber to crush and grind the material inside. The chamber may be partially filled with steel, ceramic, or rubber balls. Ball mills are widely used due to their efficiency and versatility in producing fine powders. They can be operated in wet or dry conditions and are essential in industries requiring fine particle size.

A ball mill is a type of grinding machine used to grind or blend materials for use in mineral dressing, paints, pyrotechnics, ceramics, and selective laser sintering. It operates on the principle of impact and attrition, where balls are dropped from near the top of a rotating cylindrical chamber to crush and grind the material inside. The chamber may be partially filled with steel, ceramic, or rubber balls. Ball mills are widely used due to their efficiency and versatility in producing fine powders. They can be operated in wet or dry conditions and are essential in industries requiring fine particle size.

A vibrating screen is a mechanical device used for separating materials by particle size through vibration. Commonly used in mining, construction, and recycling industries, it efficiently sorts bulk materials like ores, coal, stones, or sand. The screen consists of a vibrating motor or mechanism that causes the screen mesh to vibrate, enabling finer particles to pass through while larger ones remain on top. Vibrating screens come in various types such as linear, circular, and elliptical motion designs, depending on the application. Their high capacity, low maintenance, and precise screening capability make them essential for improving productivity and product quality.

A vibrating screen is a mechanical device used for separating materials by particle size through vibration. Commonly used in mining, construction, and recycling industries, it efficiently sorts bulk materials like ores, coal, stones, or sand. The screen consists of a vibrating motor or mechanism that causes the screen mesh to vibrate, enabling finer particles to pass through while larger ones remain on top. Vibrating screens come in various types such as linear, circular, and elliptical motion designs, depending on the application. Their high capacity, low maintenance, and precise screening capability make them essential for improving productivity and product quality.

A **pot mill** (aka roller or jar mill) is a compact laboratory‑scale grinding device used for micro‑milling and homogenizing fine powders. It works by rotating one or more pots—lined with abrasion‑resistant materials like tungsten‑carbide, alumina, or zirconia—on rubber‑coated rollers. Inside, milling media (balls) cascade and roll over the sample, reducing particles from \~200 μm to sub‑micron levels (≤1 μm) . Speed control (20–200 rpm) and timed cycles ensure reproducible, contamination‑free milling—ideal for ceramics, carbides, minerals and metallurgical samples . Its sealed design prevents cross‑contamination, making it essential for analytical labs and industrial R\&D.

A blunger is an industrial machine used primarily in the ceramics industry to mix clay with water, forming a smooth slurry or slip. It consists of a large tank with rotating paddles or agitators that thoroughly blend the materials, breaking down lumps and ensuring uniform consistency. Blungers are essential in preparing ceramic body materials before casting or molding. They help achieve optimal plasticity, improve workability, and remove air bubbles and impurities. The process ensures a homogeneous mixture, which is vital for producing high-quality ceramic products. Blungers vary in size and capacity, depending on the production scale and material requirements.

A filter press is an industrial machine used for separating solids from liquids in slurry mixtures. It operates by pumping the slurry into chambers lined with filter cloths, where pressure forces the liquid through the cloth while retaining the solid particles. The filtered liquid, called filtrate, exits the press, and the solid residue, known as the filter cake, remains in the chamber. Filter presses are widely used in chemical, pharmaceutical, food, and wastewater treatment industries due to their efficiency and ability to handle large volumes. They offer high levels of dryness in the cake and help reduce waste disposal costs.

Our Diaphragm pumps are double acting type. We make two types of double acting pump, one is suitable for working in 12 Kg / Centimeter square pressure and capacity of free displacement is 3800 litres per hour and the other type is suitable for working in 15 / Kg Centimeter square and capacity of free displacement is 7600 litres per hour.

A pug mill is a machine used for mixing and conditioning materials such as clay, asphalt, or other aggregates. It blends materials into a consistent, workable mass by rotating paddles or blades inside a cylindrical chamber. In pottery, it helps recycle clay by removing air pockets and ensuring uniform moisture. In construction and roadwork, pug mills are used to mix materials like soil, cement, and water for stable foundations. These machines improve efficiency, reduce manual labor, and enhance material quality. Available in both continuous and batch models, pug mills are essential in ceramics, brick making, and civil engineering applications.

A pug mill is a machine used for mixing and conditioning materials such as clay, asphalt, or other aggregates. It blends materials into a consistent, workable mass by rotating paddles or blades inside a cylindrical chamber. In pottery, it helps recycle clay by removing air pockets and ensuring uniform moisture. In construction and roadwork, pug mills are used to mix materials like soil, cement, and water for stable foundations. These machines improve efficiency, reduce manual labor, and enhance material quality. Available in both continuous and batch models, pug mills are essential in ceramics, brick making, and civil engineering applications.

A making machine is a device or system designed to automate the production or assembly of goods. These machines are widely used across industries such as manufacturing, packaging, food processing, and electronics. They increase efficiency, reduce human error, and allow for mass production at lower costs. Depending on the industry, making machines can include 3D printers, CNC machines, packaging units, or automated assembly lines. Modern making machines often integrate robotics and AI for enhanced precision and control. Their adaptability and speed make them essential tools in today's fast-paced industrial environment, driving innovation and supporting large-scale production demands with consistency and quality.

A copying machine, also known as a photocopier, is a device used to make paper duplicates of documents quickly and efficiently. It works by using light, heat, or electrostatic charges to transfer text and images from an original sheet onto new paper. Modern copiers often use digital technology, allowing them to scan, print, and even email documents. They are widely used in offices, schools, and businesses to manage paperwork and records. With features like color copying, duplex printing, and multiple page handling, copying machines help increase productivity and reduce manual effort in document reproduction and distribution.

A Jigger‑Jolly is a semi‑automatic pottery tool used to mass-produce consistent plates, bowls, and dinnerware. It operates like a pottery wheel with a rotating plaster mold on the wheel head and a profile arm (the “jolly”) that presses soft clay into the mold. Once shaped and partly dried, the piece is removed for finishing on the wheel .This method dramatically increases productivity and ensures uniformity, while reducing repetitive strain on potters.Though jiggered shapes—especially vessels with handles—are more complex, the technique excels at flatware and bowls. Originating in the 1800s, modern adaptations use metal molds or even 3D‑printed and PLA shells for greater precision .

A finishing machine is used in manufacturing to enhance the surface quality and appearance of products. It performs operations like polishing, deburring, grinding, or coating to achieve smoothness, shine, or specific texture. Finishing machines are widely used in metalworking, textiles, automotive, woodworking, and printing industries. These machines improve both the aesthetic and functional properties of a product by removing imperfections, enhancing durability, and preparing surfaces for further processing like painting or coating. Depending on the industry, finishing machines come in various types, such as vibratory finishers, buffing machines, or roller coaters, offering speed, consistency, and precision in surface treatment.

A copying machine, also known as a photocopier, is an electronic device used to make paper copies of documents quickly and efficiently. It works by scanning the original document and reproducing it using toner and heat on paper. Most modern copiers use xerography technology, which involves electrostatic charges and light. These machines are commonly used in offices, schools, and print shops for duplicating text, images, and forms. Advanced models also include functions like scanning, printing, faxing, and duplex printing. Copying machines save time and labor, playing a crucial role in document management and day-to-day administrative tasks.

A Copying Boring Machine is a specialized industrial tool used primarily in woodworking and metalworking to replicate complex shapes and drill precise holes in multiple workpieces. It operates by following a template or pattern, ensuring uniformity and accuracy in production. Commonly used in furniture manufacturing and component fabrication, the machine combines boring (drilling) with tracing capabilities. It enhances productivity by automating repetitive tasks, reducing manual errors, and ensuring consistent results. Available in manual, semi-automatic, and CNC variants, copying boring machines are ideal for mass production settings where precision and efficiency are crucial. They are essential in shaping identical parts quickly and accurately.

------------------------------------------- ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------

A jiggering machine is a mechanical device used in the ceramics industry to shape clay into uniform, symmetrical forms, especially for producing plates, bowls, and other roundware. It works by spinning a plaster mold on a rotating wheel while a profile tool presses soft clay into the desired shape. The process combines precision with efficiency, reducing manual labor and ensuring consistent product quality. Commonly used in mass production, jiggering is ideal for shaping flat or open items. Modern jiggering machines may include automated features for improved speed and accuracy. It plays a vital role in streamlining ceramic manufacturing processes.

A jiggering machine is a mechanical device used in the ceramics industry to shape clay into uniform, symmetrical forms, especially for producing plates, bowls, and other roundware. It works by spinning a plaster mold on a rotating wheel while a profile tool presses soft clay into the desired shape. The process combines precision with efficiency, reducing manual labor and ensuring consistent product quality. Commonly used in mass production, jiggering is ideal for shaping flat or open items. Modern jiggering machines may include automated features for improved speed and accuracy. It plays a vital role in streamlining ceramic manufacturing processes.

A spindle press is a mechanical device used for pressing, forming, or assembling materials with high precision. It operates using a threaded spindle that is rotated manually or with a motor to apply pressure. Commonly found in workshops and manufacturing units, spindle presses are ideal for tasks such as punching, riveting, bending, and pressing bearings or bushings. Their simple design ensures consistent pressure, durability, and ease of maintenance. Depending on the application, they come in various sizes and configurations, including hand-operated and powered versions. Spindle presses are widely used in metalworking, automotive, and industrial production environments for their efficiency and control.

A capping machine is a packaging device used to securely seal containers with caps, lids, or closures. It ensures the product remains uncontaminated, fresh, and leak-proof during transportation and storage. Commonly used in industries like pharmaceuticals, food and beverage, cosmetics, and chemicals, capping machines increase production efficiency and accuracy. They come in various types, including automatic, semi-automatic, and manual, depending on production scale. These machines handle different cap styles such as screw caps, snap-on caps, and ROPP caps. By maintaining consistent torque and tightness, capping machines help improve product integrity, shelf life, and overall consumer satisfaction.

A glazing machine is a specialized device used primarily in the leather, ceramics, and printing industries to provide a smooth, shiny, and finished surface to materials. In leather processing, it polishes the leather surface using a heated roller or glass cylinder to enhance its appearance and durability. In ceramics, it applies a glaze coating before firing to achieve a glossy, waterproof finish. Glazing machines are also used in paper and printing to create a high-gloss effect on printed materials. These machines improve product quality, aesthetic appeal, and surface protection, making them essential in various manufacturing and finishing processes.

A copying machine, also known as a photocopier, is an electronic device used to make paper copies of documents quickly and efficiently. It works by scanning the original document and reproducing it using toner and heat on paper. Most modern copiers use xerography technology, which involves electrostatic charges and light. These machines are commonly used in offices, schools, and print shops for duplicating text, images, and forms. Advanced models also include functions like scanning, printing, faxing, and duplex printing. Copying machines save time and labor, playing a crucial role in document management and day-to-day administrative tasks.