In manufacturing workshops, drilling and cutting are typically two separate processes. The workpiece is first drilled on one machine, then transferred to another for cutting — involving multiple manual operations such as loading/unloading, alignment calibration, and process coordination. As labor costs continue to rise year after year, this traditional model has become a hidden profit killer for many small and medium-sized enterprises.

The Labor Dilemma in Traditional Workshops

A typical drilling + cutting production line requires at least the following staffing: 2 drilling operators, 2 cutting operators, 3 loading/unloading workers, 1 quality inspector, 1 process scheduler, and 1 equipment maintenance technician — totaling 10 positions. Even with a two-shift system, the labor requirement amounts to 20 person-shifts. What makes it even more challenging is that recruiting skilled technicians takes a long time and turnover is high; once there is a staffing shortage, the entire production line shuts down.

One Machine, Two Processes Unified

The core design philosophy of the JJY Laser drilling and cutting integrated machine is to combine drilling and cutting on a single device, allowing the workpiece to complete all processing in one clamping. The machine is equipped with dual laser heads — one for high-precision drilling and the other for high-speed cutting. The two stations switch seamlessly via a CNC rotary table, eliminating the need for manual transfer and repositioning throughout the entire process.

Key Technical Parameters

The machine uses a fiber laser source, achieving a drilling accuracy of ±0.02mm and a cutting surface roughness of Ra≤3.2μm, fully meeting the processing requirements for precision components. The CNC system supports direct import of CAD drawings, automatically recognizing hole positions and cutting paths — reducing programming time from the traditional 30 minutes of manual alignment to just 3 minutes with one-click import.

The Triple Effect of Efficiency Gains

First: Process consolidation eliminates transfer waste. Under the traditional model, workpieces are repeatedly transported between two machines, with each transfer taking 3–5 minutes. Over the course of a day, more than 2 hours are wasted on material handling alone. The integrated machine merges the two processes, reducing transfer time to zero.

Second: Automated loading/unloading replaces manual labor. The machine can be optionally equipped with an automatic material feeder and a robotic loading/unloading module, enabling full-process automation from raw material to finished product. A single operator can oversee 2–3 machines simultaneously, reducing the workforce requirement from 10 people down to 2–3.

Third: Processing speed doubled. Laser drilling speed is 5–8 times faster than traditional punch presses, and cutting speed is more than 10 times faster than wire cutting. Overall throughput increases by over 300%, and the per-unit processing cost drops by 60%.

Real-World Case: The Transformation of a Hardware Factory

A hardware manufacturing factory in Dongguan previously employed 12 workshop workers, using conventional separate machines to process stainless steel screen panels (2mm diameter round holes, 5mm spacing). After switching to the JJY Laser drilling and cutting integrated machine, the workshop retained only 3 operators (1 for loading/unloading, 1 for quality inspection, 1 for equipment patrol), daily output increased from 800 panels to 2,500 panels, and the product defect rate dropped from 3.5% to below 0.2%.

The factory manager ran the numbers: the equipment investment pays for itself in approximately 18 months, after which annual labor cost savings exceed 400,000 RMB. More importantly, the improved product quality consistency has significantly boosted customer satisfaction, with order volume growing 35% year over year.

An Upgrade Path for SMEs

For small and medium-sized manufacturers with annual revenues between 5 million and 50 million RMB, the significance of the laser drilling and cutting integrated machine goes beyond cost reduction and efficiency gains. It provides a low-barrier path to intelligent manufacturing — no need to rebuild the production line, no large-scale workforce retraining, no overhaul of existing production management systems. Simply replacing the core processing equipment enables the leap from a "labor-intensive approach" to "lean manufacturing."

If you have questions about the specific configurations, applicable materials, or return on investment for the laser drilling and cutting integrated machine, feel free to contact the JJY Laser technical team for free sample processing and solution evaluation services.