U Drill Machine Why TwinDrill Pro 50 Outperforms CNC U Drilling Manufacturers rely on U Drills for high-speed precision, but when used in CNC lathes, they often face longer cycle times, increased machine wear, and production bottlenecks. �� The Problem A customer needed to U Drill a 76mm part with a 50mm hole to a depth of 110mm. Using a CNC lathe, the process took 150+ seconds per part—slowing down production and reducing CNC accuracy over time. ✅ The TwinDrill Pro 50 Solution With our dual-spindle Servo U Drilling Machine with Hydraulic Clamping, we completed the same part in just 84 seconds (42 seconds per part)—a 72% time reduction! �� Key Benefits �� Faster Production: Cuts cycle time by 72%, increasing output. �� Less CNC Wear: Frees up CNC lathes for precision tasks, extending their lifespan. �� Cost Savings: Lower energy, tooling, and maintenance costs. �� Why settle for slow CNC drilling? Optimize your workflow with TwinDrill Pro 50. Request a demo today! �� U Drilling Machine Advantages vs. Conventional Drilling Systems Faster Drilling Cycle: Achieve shorter cycle times by drilling large diameters (up to 50mm) in a single pass. Dual-Spindle Efficiency: Process two parts simultaneously, effectively doubling productivity and reducing total machining hours. Reduced Labor Costs: Automated operations minimize manual intervention, freeing up skilled labor for higher-value tasks. Lower Tool Wear: Optimized cutting conditions and superior chip evacuation help extend tool life, lowering replacement costs. Consistent Accuracy: Rigid construction and advanced engineering ensure precise, repeatable bore quality. Quick ROI: Higher throughput and minimal downtime deliver faster return on your machinery investment.

Heavy Drilling Machine | Iyalia Introducing the TwinDrill Pro-50 Advantages Drastically Reduced Cycle Time Completes drilling tasks in a fraction of the time compared to CNC lathe operations. Increased Productivity Ability to process two components at once maximizes output on the shop floor. Lower Labor Requirements Automated drilling process allows personnel to focus on other high-value tasks. Enhanced Profitability Quicker job turnarounds improve customer satisfaction and open doors for new business. Reliable and Durable Built to withstand rigorous industrial operations for long-term performance. The TwinDrill Pro-50 is a groundbreaking dual-spindle U-drilling machine meticulously designed to reduce pre-drilling time for components that require large-diameter bores significantly. This robust system, engineered to handle drilling diameters of up to 50mm in a single pass, features two independent spindles, each equipped with its motor. This innovative design enables simultaneous drilling on two parts, drastically enhancing productivity. Origin and Performance The TwinDrill Pro-50 was initially developed in response to a customer challenge involving lengthy pre-drilling cycles on a 76mm diameter part. With its advanced capabilities, this machine completes a 50mm diameter drill to a depth of 110mm in just 80 seconds total—equating to a mere 40 seconds per part! By significantly shortening cycle times, the TwinDrill Pro-50 cuts costs and conserves valuable manpower resources. Its swift return on investment (ROI) and flexible setup make it an essential addition to any workshop aiming to transform its drilling operations.

Our Hydraulic Press Automation System is a fully integrated solution designed for efficient, high-volume production. It features a 50 Ton four-pillar hydraulic press with robust cylinders, a heavy-duty base plate, and hydraulic system. The bulk loading feeder can hold approximately 50 to 100 kg of metal parts and is supported by a fabricated stand. A step feeder system with 2 to 3 hydraulic-driven feeders ensures smooth material flow, while the loading and unloading station enables quick setup changes (within 5–10 minutes), with components automatically unloaded via a chute and stacked linearly. The system includes a bowl feeder with drive and is designed for fully automated operation, moving components through a linear path with precision and consistency—ideal for improving productivity and reducing manual handling.

Our Hydraulic Press Automation System is a fully integrated solution designed for efficient, high-volume production. It features a 50 Ton four-pillar hydraulic press with robust cylinders, a heavy-duty base plate, and hydraulic system. The bulk loading feeder can hold approximately 50 to 100 kg of metal parts and is supported by a fabricated stand. A step feeder system with 2 to 3 hydraulic-driven feeders ensures smooth material flow, while the loading and unloading station enables quick setup changes (within 5–10 minutes), with components automatically unloaded via a chute and stacked linearly. The system includes a bowl feeder with drive and is designed for fully automated operation, moving components through a linear path with precision and consistency—ideal for improving productivity and reducing manual handling.

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.

Heat Sink Assembly Machine Welcome to Iyalia engineering. This is Heat sink assembly machine with I C. We need to put all part automatically including screwing it. Only I C has to be fed manually, because its a dedicated part and can be damaged. Heat sink and the Screws are fed from Bowl Feeder. First one screw is assembled and then Conductive material is applied. IC is placed manually and once again both the screws are tightened. Then the finished Heat sink is taken out of machine.

SPM Spring Bending Machine Double torsion spring tines for agricultural machinery. Spring Tine Cultivators are generally used to stir and crumble the soil, mixing it up to help both crops grow and remove weeds. They work well on all grass areas that require maintenance, particularly with hard and dried soil surfaces. Keep your Rhodes in tune and singing with tine springs! These springs are found on the tines themselves. It is used to tune a tine to an exact pitch. By pushing the spring forward or backwards, you can vary the pitch of the tine.

Breather Hole Punching SPM Fully Automatic Air Brake Chamber Breather Hole Punching Machine Description:Step into the future of manufacturing with our cutting-edge Air Brake Chamber Breather Hole Punching Machine. Designed with the latest technology, this fully automatic machine revolutionizes the process of punching holes from the inside, ensuring precision and efficiency like never before. With its advanced capabilities, our machine requires minimal operator intervention, making production smoother and more streamlined. From fixing components to automatic punching and rotating, the machine seamlessly handles every step, saving time and reducing errors. Thanks to the machine's versatile design, even parts requiring holes in two different planes are effortlessly accommodated. Setting up a new part is simple and quick, with a user-friendly interface allowing easy configuration through pre-programmed settings. Experience unparalleled productivity and reliability in your manufacturing process with our Air Brake Chamber Breather Hole Punching Machine. Explore the future of manufacturing today.

Shaft Rotor Shaft Assembly Shaft & Rotor Assembly machine This new semi-automatic machine will be used for Pressing the shaft into rotor as per requirement and spot facing, center drilling, drilling, reaming, cleaning the hole and pin pressing into hole the process sequence of this requirement • Shaft pressing into Rotor – The operator loads the rotor and shaft, and after part detection, pressing begins, with load confirmation displayed. • Shaft rotor height checking gauge – The operator checks the part's height, and the machine confirms with a green light. • Part loading at SPM – The operator loads the part, and after orientation and mix-up checks, the machine indexes to the next station. • Spot facing Operation – The tool performs spot facing under servo control, coolant is applied, and a sensor checks tool condition. • Center Drilling Operation – The center drilling tool operates under servo control, with coolant applied and tool condition monitored. • Drilling Operation – Drilling is servo-controlled with coolant, and a sensor checks tool condition after each cycle. • Reaming Operation – Reaming is servo-controlled with coolant, and tool condition is checked by a sensor after each cycle. • Cleaning of hole – Air pipes clean the reamed hole by blowing out chips and coolant. • Pin Pressing – The pin is pressed into the hole, with load monitoring, and the part moves to the next station after confirmation. • Pin height checking and unloading – Pin height is checked, and the part is unloaded using a pneumatic magnet after confirmation.