Drilling machine series, multi-station drilling (2-station, 3-station), multi-spindle drilling, chamfering

Tri-shaft drilling machine(A three-spindle drilling machine or a 3-axis drilling machine) is a type of equipmentThree independent or synchronously operating spindlesThis is an industrial machine used for efficient and precise drilling of workpieces. Such machines are typically used in specialized manufacturing environments requiring high throughput and the machining of multiple holes in different directions or locations.

Key advantages

• Extremely high efficiencyThe three spindles can drill holes in the workpiece simultaneously or rapidly and continuously, greatly reducing the machining cycle time.
• Reduce setup timeIt eliminates the need for repeated workpiece positioning, improves production consistency, and reduces human error.
• Multifunctional integrationModern three-axis CNC machines are not limited to drilling; many models also have tapping and milling functions, such as the HDL-1000 model from Jushi Machinery.
• Stability and accuracyIt adopts a high-rigidity body structure and an advanced roller-type linear guide/slider design to ensure stability and precision during processing.
• Automated designTypically controlled by CNC, it can be easily integrated into automated production lines, and some models are even equipped with an Automatic Tool Changer (ATC).

Multi-axis drilling machine(or)Multi-axis drilling machineA multi-spindle drilling machine (MSM) is a device that mounts multiple drilling spindles on a single machine, designed to process multiple holes simultaneously in a single stroke. According to the 2026 industrial automation trends, this type of equipment has become key to increasing productivity in smart manufacturing.

Key advantages

• Ultimate performanceSignificantly shortens the "hole-to-hole" machining time and reduces the production cost per unit.
• Reduce clamping errorAll holes can be positioned in one go, avoiding accuracy deviations caused by repeated clamping.
• Integrated AI monitoringMany high-end models in 2026 will already be equipped with AI-driven programming and Real-time torque monitoringIt can automatically warn of drill bit wear or breakage, reducing downtime.

Key points of operation

• Cooling systemMulti-axis simultaneous machining generates a large amount of heat, requiring a high-efficiency oil mist or water cooling system to maintain tool life.
• Automated matchingIt often integrates hydraulic slides, PLC systems or robotic arms to achieve unmanned production lines.

Application areas

• steel structure industryIt is used for automated drilling of long materials such as H-beams and steel beams and columns, and can accurately measure and locate the hole positions.
• Electronics industryIn PCB manufacturing, it is used for high-speed, precision hole machining.
• MetalworkingSuitable for mass production of materials such as aluminum alloys and stainless steel, especially for parts that require drilling from multiple sides or angles.
• Furniture manufacturingIn the woodworking industry, this refers to the use of multiple rows or points of holes in furniture panels for rapid fabrication.
• Automobile and motorcycle industry: Multi-hole machining of brake discs, gearbox housings, and wheel rims.
• woodworking furnitureMass production of system cabinets, partitions and bed frames.
• Energy and AerospaceMulti-angle deep hole machining for solar energy accessories and engine parts.