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Forging Automation

IYALIA's Robotic Arm has revolutionized cold forging, a metalworking process that involves shaping metal parts without heating them. Previously, cold forging was a laborious and time-consuming manual process. However, the robotic arm has made it more efficient, precise, and safe. One of the most significant advantages of using a robotic arm for cold forging is its precision and repeatability. It can perform operations with great accuracy, resulting in parts that have consistent dimensions, tolerances, and finishes. This eliminates the need for secondary operations, which reduces production time and costs. The flexibility of IYALIA's Robotic Arm is another benefit. It can perform multiple cold forging operations, making it easy to produce complex parts with high precision. This results in increased production efficiency and the ability to adapt quickly to changes in demand. Moreover, using a robotic arm for cold forging operations is safer than relying on human workers. Cold forging involves applying significant force to shape metal parts, which can put workers at risk. However, the robotic arm can perform these tasks without putting workers in danger, thus improving workplace safety. Using IYALIA's Robotic Arm for cold forging operations also reduces labor costs. The arm can perform operations continuously without requiring breaks or rest periods, which reduces the need for human workers. This, in turn, reduces labor costs and increases productivity. Finally, using a robotic arm for cold forging operations increases efficiency. The arm can perform tasks much faster than human workers, resulting in faster production times and increased efficiency. This can lead to shorter lead times, which ultimately increases customer satisfaction. In conclusion, using IYALIA's Robotic Arm for cold forging operations offers several advantages over traditional cold forging methods, including increased precision, flexibility, safety, reduced labor costs, and improved efficiency.

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SPM Drilling

Forged UJ cross-drilling from all four axes produces four times more than any single-axis UJ cross-drilling machine. IYALIA's Universal Joint Cross Servo Drilling Machine is an innovative advancement in Multiple-hole drilling from Sides and precision drilling machines. The UJ Cross Drilling machine is specifically designed to manufacture universal joint crosses. It features a sophisticated UJ cross-drilling machine's Servo Drive System, which provides adjustable speeds, minimizes errors and reduces costs. This system sets a new standard for precision manufacturing and drilling technology. Key Features: The sides of the UJ cross-drilling head make drilling in a single stroke precise and within 1/4 of the cycle time consumed by manual drilling or a single-sided drilling machine. In the UJ Cross Drilling, the Servo Drive and its Precision feature allow the machine to customize the revolutions per minute (RPM) and feed rates to accommodate various sizes of universal joint cross holes, substantially improving precision and reducing cycle times. The versatile Application of the UJ Cross Drilling machine's ability to modify the peck cycle with different strokes of spindle feed based on hole depth enhances its adaptability. It can drill deep holes in steel up to 120mm depth for each head, showcasing its versatility. UJ Cross Drilling mahcines has Unmatched Productivity with unskilled workforce, specially designed for universal joint cross manufacturing, this machine delivers the best quality and reliability, promoting high Productivity and improving margins of your profits. Why Choose IYALIA? The IYALIA team has 14 years of experience manufacturing customized machines, which means choosing excellence in quality, speed, and reliability. Our Universal Joint Cross Servo Drilling Machine surpasses competitors. Servo U Drilling Machine provides unparalleled benefits and redefines precision drilling from all angles. Conclusion: Consider Iyalia as your Future Manufacturing Partner Investing in the Universal Joint Cross Servo Drilling Machine is more than just acquiring equipment—it's about future-proofing your production. This machine delivers the best quality and reliability, promoting high Productivity and improving the margins of your profits.

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SPM Drilling

Mastering Precision: Universal Joint Drilling with Multi-Spindle SERVO Technology Unveiling the Power of Iyalia Machine The Iyalia machine, with its remarkable 4-spindle drilling capability, exemplifies this evolution. All the Drilling is done in a single stroke with Precise as per the drawings and with high productivity. What Makes Universal Joint Drilling Exceptional? Universal joint drilling is a technique that transforms the conventional drilling process. It involves drilling holes from four different directions into a workpiece, ensuring unparalleled accuracy and complexity. 1. The Iyalia Machine - A Quad-Spindle Marvel Simultaneous Drilling: Utilizes four drill bits to work on a piece from multiple angles. Precision and Complexity: Ideal for intricate shapes and high-accuracy requirements. 2. Speed and Efficiency Redefined Multi-Hole Drilling: Multiple holes are drilled simultaneously, speeding up the process. Versatility in Application: Suitable for a range of materials and manufacturing needs. 3. Advanced Technology at Work Rotating Tables: Allows positioning of the workpiece at various angles. Adjustable Drilling Heads: Drill at different angles for complex designs. Why Choose the Iyalia Machine for Universal Joint Drilling? The Iyalia machine's multi-spindle setup isn't just about drilling holes; it's about redefining the boundaries of precision and efficiency in manufacturing.

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U Drilling machine

Boost CNC Efficiency with TwinDrill Pro 50 – The Ultimate U-Drilling Solution The TwinDrill Pro 50 is a high-performance U-drilling machine designed to optimize CNC lathe machining by handling pre-drilling operations efficiently. Instead of using your CNC lathe for time-consuming drilling, TwinDrill Pro 50 completes the process significantly faster, reducing machining time and increasing productivity. Key Benefits: ✅ Faster Drilling Time – A 50mm drill to 110mm depth takes 120 seconds in a CNC lathe, whereas TwinDrill Pro 50 completes the same operation in just 85 seconds. ✅ Dual-Part Processing – Drills two parts simultaneously, effectively cutting the per-part cycle time to just 42 seconds. ✅ Extended CNC Machine Life – Eliminates the need for pre-drilling on the CNC lathe, reducing spindle wear and enhancing machine longevity. ✅ No Additional Manpower Required – The same CNC machine operator can handle the TwinDrill Pro 50 without extra labour costs. One operator can even manage 2–3 similar machines, maximizing efficiency. ✅ Cost-Effective & Scalable – Reduces per-part machining costs and improves overall production throughput. Enhance your CNC machining workflow with the TwinDrill Pro 50—increase production speed, reduce costs, and extend your CNC machine's lifespan.

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U Drilling machine

The TwinDrill Pro 50 is the ultimate solution for manufacturers facing challenges with pre-drilling operations. Built with dual-spindle technology and powered by independent motors, this advanced U-drilling machine performs precise and high-speed drilling in two components simultaneously. Designed for components with diameters up to 100 mm length and U-drilling Dia 50mm to a depth of 110 mm, this machine achieves unmatched cycle times of just 80 seconds (40 seconds per part). With its robust structure, user-friendly interface, and high customization capabilities, the TwinDrill Pro 50 delivers superior results to CNC lathes and traditional drilling machines. This reduces production time and optimizes resource utilization, ensuring maximum ROI for your business. Whether you’re in automotive, aerospace, steel, or heavy machinery manufacturing, this innovative machine integrates seamlessly into your workflow, providing precision, consistency, and efficiency in high-volume production. Key Features Dual-Spindle Design Two independent spindles allow simultaneous drilling of two components, doubling the production capacity. High-Speed Drilling Achieves U-drilling depths of 110 mm in just 80 seconds (40 seconds per part), saving significant production time. Precision and Accuracy Ensures consistent drilling dimensions with tight tolerances for high-quality outputs. Independent Motors Each spindle is powered by a dedicated motor for superior performance and flexibility. Heavy-Duty Build Robust design with industrial-grade materials ensures long-term durability and minimal downtime. User-Friendly Interface Simple controls make it easy to operate, reducing the need for skilled labor. Customizable Machine dimensions, cycle time, and spindle configurations can be tailored to meet unique production needs. Cost-Effective Solution Minimizes manpower requirements while delivering faster cycle times, ensuring quicker ROI. Advantages Reduced Cycle Time: Achieves high-speed drilling, reducing production cycle times by 60%. Double Productivity: Simultaneously processes two components, increasing output efficiency. Lower Labor Costs: Requires fewer operators for continuous, efficient operation. Superior Accuracy: Consistent drilling results with reduced errors and rejections. Quick ROI: Saves time, labor, and energy, paying back the investment rapidly. Feature Specification Spindle Count 2 (Dual Spindles) Drilling Depth 110 mm Drilling Diameter 50 mm Component Diameter up to 100mm Cycle Time 80 seconds (40 seconds/part) Machine Dimensions Customizable Build Material Heavy-duty industrial grade

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Baler Spring

Welcome to IYALIA Engineering Solutions India Private Limited. You are going to witness Baler Spring making machine. This machine is a semi-automatic Baler spring-making machine. The machine works in 3 different stages, In the machine's first stage, the wire is loaded in a bulk feeder system, and the feeder will accelerate and feed the machine. Each part will come to the first bending stage; it will bend the part and will be collected in a particular allocated area. Then comes the second stage, in which the first bend parts are loaded in the feeding area. The machine will bend the spring and the parts according to the program, and it is controlled by a Servo system and gearbox. The finished parts will be collected at the bottom of the machine. Then comes the final stage of bending the spring. This machine will have a hydraulic system with a press. Parts are to be fed manually, and the bend has to be done manually within the prefixed limits. Share with your business associates if they need a similar machine.

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SPM

SPM Press to Punch Hole A Punch press machine we manufacture is to deformation of metal by applying pressure to the die attached to the workpiece. The main functions of the punch press we manufacture are punching, notching, piercing, slotting, and perforating. he punch press uses its transmission structure to produce appropriate pressure and kinetic energy near the bottom dead center along with the die resulting in plastic deformation of the workpiece according to the desired shape. When a raw material is very hard to cut manually we the manufacturers prefer to use an automatic punch press machine. The punch press we do working with the principle of converting the circular motion into the straight-line movement which can be a large CNC-operated automatic machine. Punch press machine we do worsk according to the driving types which has been categorised into four types namely Flywheel Drive, Mechanical Drive, Hydraulic Drive and Servo Drive. We manufacture the machine which works on hydraulic and servo drive. Our Servo and Hydraulic punch press provides stability high wear and tears resistance and high precision,reliable and safe operation which means this provides some times breaks to stop the machine in an emergency. This machine provides highest productivity and reduces manual labor results reducing the cost and increasing efficiency. But we manufacture fully automated which does not require manual labor. We offer punch press machines for metal working industry, automobiles aerospace, other manufacturing industries, defence equipments etc.

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Punching Machine

SPM Press to Punch Hole A Punch press machine we manufacture is to deformation of metal by applying pressure to the die attached to the workpiece. The main functions of the punch press we manufacture are punching, notching, piercing, slotting, and perforating. he punch press uses its transmission structure to produce appropriate pressure and kinetic energy near the bottom dead center along with the die resulting in plastic deformation of the workpiece according to the desired shape. When a raw material is very hard to cut manually we the manufacturers prefer to use an automatic punch press machine. The punch press we do working with the principle of converting the circular motion into the straight-line movement which can be a large CNC-operated automatic machine. Punch press machine we do worsk according to the driving types which has been categorised into four types namely Flywheel Drive, Mechanical Drive, Hydraulic Drive and Servo Drive. We manufacture the machine which works on hydraulic and servo drive. Our Servo and Hydraulic punch press provides stability high wear and tears resistance and high precision,reliable and safe operation which means this provides some times breaks to stop the machine in an emergency. This machine provides highest productivity and reduces manual labor results reducing the cost and increasing efficiency. But we manufacture fully automated which does not require manual labor. We offer punch press machines for metal working industry, automobiles aerospace, other manufacturing industries, defence equipments etc.

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