12 spindle Turret Drilling and Tapping capacity 30 mm Drilling and Tapping holder with collet system Hardened Spindles with bearings Spindle RPM adjustable for Drilling and Tapping. Servo slides Fabricated Slides for X, y and Z axis with Stroke100mm Servo system 3 nos. Slides movement with LM Guideways and ball screws. Component Clamping Chuck & dedicated drilling fixture with Chuck Pneumatic Clamping for both operations Pneumatic cylinders and valves SMC brand Servo based Rotary head powered with Servo motor

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

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.

Introduction In high-stakes manufacturing, connecting rod production demands precision, efficiency, and reliability. Our state-of-the-art SPM Pre-Boring machine is engineered to meet these challenges head-on, revolutionizing how connecting rods are made. With advanced forging and machining capabilities, our IYALIA SPM machine ensures that every component meets the highest quality and performance standards. Unmatched Precision and Consistency The connecting rod, a critical component in many types of machinery, must be produced with the utmost precision. Our SPM Pre-Boring machine leverages dual spindles and four fixtures to guarantee exactness in bore centring, wall thickness, finish, and dimensional consistency. This precision ensures that each connecting rod part meets strict specifications, enhancing the overall performance and longevity of the machinery they are part of. Innovative Design for Maximum Efficiency Efficiency in manufacturing not only saves time but also reduces costs. Our machine's innovative design features two spindles and four fixtures strategically positioned on both sides of the machine. This unique setup allows for continuous operation; while parts are loaded on one side, machining occurs simultaneously on the other. This seamless process eliminates downtime associated with loading and unloading, significantly boosting production rates. Zero Idle Time for Optimal Productivity Reducing idle time is critical to enhancing productivity in any manufacturing process. The SPM Pre-Boring machine is designed with this in mind. Its dynamic fixture movement and efficient tooling system ensure that idle time is completely eliminated. As a result, the machine maintains a constant production flow, enabling faster turnaround times and higher output without compromising quality. Conclusion For manufacturers looking to elevate the production of connecting rods, our SPM Pre-Boring machine offers the perfect solution. Combining precision, efficiency, and innovative design sets a new standard in manufacturing excellence. Embrace the future of connecting rod production with a machine that promises to meet and exceed your expectations. Call to Action Are you interested in learning more about how our SPM Pre-Boring machine can transform your manufacturing process? Contact us today for a detailed consultation and see the difference in efficiency and quality our technology can bring to your production line.