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

Automatic Tapping Machine| This is High Speed Tapping machine with Cycle time of 3 sceonds for 10mm Thick Through tapping component. Automatic loading and unloading Hydraulic Clamping of component Head movement with servo controls this is high speed dedicated tapping machine for mass production.

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.

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.

Micro Screw Making Jewellery Machine This is a micro screw-making machine; this screw is used in Jewellery for earing lock and studs screw. This screw can be left hand and right hand. 8mm thread and 4 mm straight. You can change the thread length and the total length also in the jewellery screw. A servo control system and pneumatic slides for length control the complete machine. A cage will be provided to place the wire bunch. To set the wire, make sure the wire must be inserted into the machine for the first setting. The total length can be changed to any size. To change the thread size, you need to change the die. The complete machine runs in a closed cage, so no gold dust or scrape is escaped from the machine. The finished golden screws are collected in the bottom of the machine with a small bin. PLC controls the machine, and the operator panel is there with HMI. This machine can produce screws from 14 or 18, or 22 carrot gold screws

4 Spindle CNC Lathe Vertical| Iyalia 4 hydraulic chuck fixed in 4 spindle cnc lathe vertical lathe. 4 hydraulic chucks cnc controls fanuc hydraulic chuck dia 135mm cd between chucks 200 mm spindle rpm 1500 linear toolings vtl cnc are used to machine heavy products individually and are with single chuck with 1 set of linear tooling. iyalia customized vtl / lathe-cnc- machine haves 4 hydraulic chucks dia 135 and 4 sets of linear tooling’s with a capacity of dia 160 mm, where 4 parts will be machined at a time, which results 4 times production in one cycle. It can do turning, boring, facing and grooving and also threading. Iyalia vtl can perform all the linear tooling’s operations and you can give individual offset to each tool mechanically, which is the highlight of this machine. Products like flanges, sleeves, cups or first operation can be done with a high productivity. It can be used in forging and casting industries where many products are made in high volumes. The Iyalia Vertical CNC is not just a machine; it's a solution. It's designed for industries that require high-volume production, such as the fAluminium and Soft material turning with open tolerances. Products like flanges, sleeves, and cups can be produced with high efficiency. The machine's versatility makes it ideal for first operations, ensuring that products are made to exact specifications every time.

Rotary Table Multi Spindle Tapping Machine | Iyalia Rotary Transfer Drilling and Tapping machine for all small components The heat Sink Drilling and Tapping machine are designed and manufactured for high volume production of Heat Sinks and similar components. Many types of Aluminium Heat sink are widely used in industries, which usually requires Drilling and Tapping for fixing. This Heat Sink Drilling and Tapping machine doses four components at a time. It has four stations, and each station is in continuous operation; 1st station is loading parts manually, 2nd station, Drilling in the heat sink, 3rd the station, Tapping—the 4th station, component ejection and Cleaning the fixture for the next component clamping. Please get in touch with us for such a Drilling and Tapping machine or for some other similar machine requirements; thanks for watching the video, and share it if you think it

Billet Facing And Chamfering Machine | Iyalia Billet Chamfering can be done on Single side or double sides Machine consists of: *Servo Controlled Chamfering machine *Step Feeder System to handle material from One stage to another *Hydraulic Clamping system *Electrical Control Panel, PLC & Accessories *Electrical Control Panel, PLC & Accessories

Foundry Chaplet Making Machine | Iyalia Welcome to Illaya Engineering. You are going to witness the Illaya Chaplet manufacturing machine. FIRST of its KIND. Innovation towards making Chappet machines. Illaya Chaplet-making machine has six stations of rotary table machines. 1st station, the wire length is defined and will be cut; it will be shifted through pneumatic systems. The 2nd station on the bottom sheet will be cut to length and turned to the fixture. In the 3rd station, the top plate will be cut and moved to the fixture. In the 4th station, all the parts will be aligned together. In the 5th station, the hydraulic press will rivet the Chaplet firmly and finish the part. 6th station, the part will be removed from the machine. This is a fully automatic Chaplet-making machine. You can change the dies as per the size and shape. No skilled manpower is required for parts; once the setting is done, all the parts will be manufactured automatically. Please share this video with your business associates who might be using or making chaplets. Thanks, and happy days ahead.