Industrial Automation High Speed Bar Feeder Machine We are offering Bar Feeder Machine. This is used in Press shop for feeding bars for initial cutting of the input components. The bar feeding has the capacity of 6mm to 35mm dia and upto 20 feet length. No need of operator in the machine

Circular Saw Cutting Machine | Iyalia A Circular Saw Cutting Machine is used to cut steel bars, Alloy Bars into the desired lengths. The machine consists of a Circular Saw blade that rotates at Speeds and is powered by a gearbox connected to an electric motor. The steel bars are placed on a bed, clamping is done from vertical and Horizontal Direction, and the saw blade cuts through the steel as it is fed through the machine. Circular saw machines are commonly used in manufacturing industries for cutting steel bars, pipes, and other materials. They are used to cut steel bars to size for cutting steel bars for use in manufacturing machinery and equipment of any size. These machines can cut steel bars with precision and speed and handle a wide range of bar sizes and thicknesses. Some machines have an automatic feed system that allows for continuous cutting. In contrast, others may have a manual feed system that requires the operator to feed the steel bar into the saw. Some machines also have a saw blade height adjustment feature to accommodate different thicknesses of steel bars. It is important to note that while cutting steel bars with circular saw machines may be fast and efficient, it is also essential to follow safety procedures and use appropriate personal protective equipment to avoid injuries.

Duplex Circular Saw Cutting and Bar End Chamfering Machine | Iyalia We desighned a machine where the input of the bars will be kepth min of 10 tons. from t, each bar will move in every stroke and end cutting will happen with Circular Saw cutting individually each side. Dia 20 to 80 Round or Square Bar to a length of 8 meters will be input to be cut to length and end chamfering to be done 20 seconds / bar cutting and chamfering

Duplex Bar Cutting And Chamfering Machine | iyalia 8 meters Bars will be loaded and is pushed into cutting and Chamfering system. Total length is checked with Servo system and excess material from the first side is cut from the Bar. Then the next operation is to do the Chamfering at the cut end. Same Cutting and Chamfering operations are performed at other side of the bar end. After cutting and Chamfering of the bars, the bars are collected in the soft cradle which is the final stage of the process. It will be bundled there and taken out of machine sent to dispatch area with the help of crane. This Cutting and Chamfering machine is used in Blooming Mill. After the straightening of the bars, these Cutting and Chamfering operations are done.

Drilling Machine Motorbike Handle Bar | IyaliaAdvanced Drilling Solutions for Motorcycle Handle Assembly Iyalia Engineering presents a specialized SPM Drilling Machine for precise drilling of motorcycle handles, ensuring perfect switch gear assembly. Our machine handles complex angles with precision and is fully customizable to meet the specific needs of different motorcycle models. It delivers high efficiency and reliability, maintaining production speed without compromising accuracy. Available across India, including Coimbatore, Tamilnadu, and South India, this machine is part of our commitment to innovative manufacturing solutions.

Introducing YALIA's Universal Joint Cross Servo Drilling Machine, a revolutionary Servo Drilling designed for precision drilling in universal joint cross-manufacturing. With its Servo Drive System, the machine provides adaptable speeds, reduces errors, and saves costs, making it a leader in #PrecisionManufacturing and #DrillingTechnology. Key Features: Servo Drive Precision: The machine can tailor RPM and feed to suit various sizes of UJ Cross, significantly enhancing precision and reducing cycle time. Versatile Application: It can adjust spindle speed and feed according to Hole depth. Materials: It's suitable for deep hole drilling steel up to 120mm depth each head, Unmatched Productivity: The machine is designed for universal joint cross-manufacturing, delivering industrial-grade quality and reliability, promoting #HighProductivity. Why Choose IYALIA? Choosing IYALIA means opting for quality, speed, and reliability. Our UJ Cross Drilling Machine outperforms competitors like the UJ Cross Multi Head Drilling Machine and the Servo U Drilling Machine, offering unparalleled benefits and redefining precision drilling from all four sides. FAQ: What is Universal Joint Drilling? Universal Joint Drilling is a high-precision process with dep hole drilling in the UJ Cross. Our machine is specially designed for deep-hole drilling and uses the latest Servo Technology for unmatched output quality. Conclusion: Your Future Manufacturing Partner Investing in the Universal Joint Cross Servo Drilling Machine is more than just a machine; it's a key to UJ Cross future-proofing your production. Its advanced features and efficiency make it an investment that redefines industrial deep-hole drilling, promising a new era of #Manufacturing Excellence. With IYALIA's innovation, we step into the future of manufacturing, where precision and efficiency drive success.

Multi Spindle Tapping Machine | IYALIA Engineering’s heat sink drilling and tapping multi-spindle machine revolutionizes high-volume production with superior efficiency, precision, and versatility. Its multi-spindle design allows simultaneous operations, significantly reducing cycle times and boosting output. The machine ensures accurate drilling and tapping for various heat sink sizes and patterns, maintaining consistent quality. Advanced automation minimizes labor costs, errors, and safety risks by reducing manual tasks. With its cost-effectiveness and enhanced productivity, this machine is a powerful asset for manufacturers seeking to streamline operations, achieve faster lead times, and maintain high standards in heat sink production.

Multi spindle Rotary Table Drilling Tapping Machine | Iyalia They equipment has advanced Servo based features such as PLC system, automated loading and unloading systems, and safety features such as interlocks and emergency stop buttons.Rotary transfer drilling and tapping machines have several advantages, including: High production rates: Rotary transfer machines can produce high volume parts quickly and efficiently. They can perform multiple operations simultaneously, reducing cycle times and increasing production rates. Precision: Rotary transfer machines are highly accurate, producing parts with consistent dimensions and tolerances. The machines are capable of drilling and tapping precise holes and threads with a high degree of accuracy. Flexibility: Rotary transfer machines can be customized to many wide range of operations, including drilling, tapping, reaming, milling, Assembly and many more. They can be adapted to accommodate different part sizes and shapes, allowing for greater flexibility in production. Cost-effective: Rotary transfer machines offer a cost-effective solution for high-volume production runs. They require minimal operator intervention, reducing labor costs and increasing productivity. Quality control: Rotary transfer machines are equipped with sensors and gauges to monitor the machining process and ensure that parts meet the required specifications. This results in higher quality parts and reduces the likelihood of defects or scrap. Overall, rotary transfer drilling and tapping machines are an excellent choice for high-volume production runs that require precision, consistency, and speed. They offer a cost-effective solution for manufacturers looking to increase their production rates and improve the quality of their products. High production refers to the ability to produce a large quantity of goods or products within a specific period of time. High production rates are important for manufacturers because they help to increase efficiency, reduce lead times, and meet customer demand. Multiple factors that can contribute to high production rates, including: Automated machinery: The use of automated machinery and robotics can help to increase production rates by reducing the time and labor required to manufacture products. Streamlined processes: By optimizing production processes and eliminating waste, manufacturers can improve efficiency and reduce the time required to manufacture products. Skilled labor: Having a skilled workforce that is trained in efficient manufacturing processes and equipment operation can help to increase production rates. Advanced technology: The use of advanced technology, such as 3D printing and CNC machines, can help to increase production rates by reducing setup time and allowing for more precise manufacturing. Effective supply chain management: Ensuring that the necessary raw materials and components are available when needed can help to minimize downtime and keep production rates high. Overall, high production rates are essential for manufacturers looking to remain competitive in today's global market. By investing in the right technology, processes, and workforce, manufacturers can increase efficiency, reduce costs, and improve customer satisfaction.

Cold Forging with Automatic Pick and Place Systems | Iyalia Revolutionizing Cold Forging with Automatic Pick and Place SystemsHigh Productivity and Worker Safety in Cold Forging What are your main concerns in manual or labor-intensive manufacturing processes of cold forging? We understand that productivity, safety, and manpower costs are critical issues. The Best Solution for Cold Forging Automation Introducing Iyalia Engineering’s Cold Forging Pick and Place Automation System – the ultimate solution for enhancing productivity while ensuring worker safety. Our innovative system revolutionizes cold forging with minimal manpower and maximum operator safety. Consistent Production: Achieve consistent production rates with our automated system, eliminating the variability and inefficiencies associated with manual processes. 100% Safety: Prioritize worker safety with our advanced automation, reducing the risk of injuries common in manual cold forging operations. Cost Efficiency: Say goodbye to recurring costs in manpower sourcing and training. Our automated system minimizes the need for manual labor, resulting in significant cost savings over time. Why Choose Our Cold Forging Pick and Place Automation? Enhanced Productivity: With our automation system, you can significantly increase your production rates, ensuring you meet your targets and deadlines efficiently. Improved Quality: Automation ensures precise and consistent handling of materials, resulting in higher quality forged parts. Safety First: Our system is designed with advanced safety features, protecting your workers from the hazards of manual cold forging processes. Cost-Effective: Reduce your operational costs by minimizing the need for manual labor and associated training expenses. Understanding Cold Forging Most engineering parts are forged to achieve complex shapes and sizes that other operations cannot accomplish. Forging processes can be classified into two types: hot forging and cold forging. Our machine supports a cold forging system where safety is paramount, and manpower savings are substantial. Transform your cold forging operations with Iyalia Engineering’s Automatic Pick and Place System. Experience the benefits of increased productivity, enhanced safety, and cost efficiency. Contact us today to learn more about how our innovative solution can revolutionize your manufacturing process.