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Engineered for high-precision, high-efficiency cutting of diverse materials, this integrated machine eliminates bottlenecks in traditional single-station processing, enabling seamless switching between two workstations for continuous production. It is tailored for industries demanding ultra-fine cutting results, such as precision electronics, medical devices, and luxury goods manufacturing, delivering exceptional surface quality and dimensional accuracy that meets strict industry standards.
Equipped with two independent, synchronized workstations, the machine allows simultaneous loading/unloading and cutting processes. This design reduces downtime by 40% compared to single-station models, significantly boosting overall production efficiency. The flexible switching mechanism ensures uninterrupted workflow, making it ideal for high-volume precision processing tasks.
Adopting state-of-the-art picosecond laser sources, the machine achieves ultra-short pulse widths (ps-level) that minimize thermal impact on materials. This "cold cutting" effect avoids material deformation, oxidation, or edge burrs, ensuring a smooth, burr-free cutting surface with Ra < 0.8μm. It excels in cutting delicate, heat-sensitive materials such as thin metal sheets, semiconductor wafers, and precision components.
The machine’s bed features a welded structure treated with annealing and vibration aging processes, completely eliminating internal stresses from manufacturing. Combined with high-precision linear guides and gear racks, it ensures stable transmission and repeatable positioning accuracy. The robust build guarantees long-term operation without deformation, maintaining consistent cutting quality over years of use.
Driven by DPLASER’s proprietary CNC software, the machine supports automatic path optimization and material nesting, reducing material waste by up to 15%. The user-friendly interface enables easy programming, while real-time monitoring functions provide insights into cutting progress and machine status, simplifying operation and maintenance.
Parameter | Details |
Model | DP-P800, DP-P1200, DP-P1600 |
Laser Output Power | 800W, 1200W, 1600W |
Processing Material | Stainless steel, aluminum alloy, copper, titanium, semiconductor materials (thickness: 0.1–3mm) |
Dual-station Work Area | 600×600mm per station (expandable to 800×800mm) |
X/Y-axis Positioning Accuracy | ±0.01mm/m |
X/Y-axis Repeat Positioning Accuracy | ±0.005mm |
Maximum Cutting Speed | 80m/min |
Pulse Width | 10–100ps |
Cooling System | Industrial water cooling (temperature control accuracy: ±0.5℃) |
Power Supply | AC 380V±10%, 50/60Hz |
The DP Series Dual-station Picosecond Laser Cutting Integrated Machine is widely used in:
Precision Electronics: Circuit boards, connectors, sensor components
Medical Devices: Surgical instruments, implantable parts, medical catheters
Luxury Goods: Jewelry, watch components, high-end hardware
Semiconductor Industry: Wafer dicing, chip packaging cutting
Automotive Electronics: Micro-components for automotive sensors and controllers
Laser engraving of brand logos (supports vector graphics and Pantone color matching)
Customized machine shell colors to align with corporate branding
Tailored laser power configurations for specific material processing needs
Customized workstation size and clamping systems for unique workpieces
Integration of automatic sorting and stacking modules for personalized production lines
Multi-language UI support (English, German, Japanese, etc.)
PLC programming optimization for industry-specific processing workflows
Compatibility with third-party design software (AutoCAD, SolidWorks)
Each machine undergoes 72-hour continuous operation testing and precision calibration before delivery. Comprehensive quality reports include cutting accuracy test, laser beam quality analysis, and structural stability verification.
Lifetime free online technical support via video call, email, and phone
On-site installation, commissioning, and operator training within 7 working days of delivery
Spare parts supply with 24-hour order processing and global logistics delivery (3–7 days for major regions)
Annual machine maintenance service (free for the first 2 years)
The dual-station system allows one station to perform cutting while the other is loaded/unloaded, eliminating idle time. This design increases effective working time by over 35% compared to single-station machines, especially suitable for mass production of small precision parts.
Picosecond lasers deliver ultra-short pulses that vaporize material instantly without generating excessive heat, avoiding thermal deformation and edge melting. It achieves higher precision (±0.005mm) and smoother surfaces, making it ideal for heat-sensitive and high-precision applications.
Yes, with functional customization, the machine can be equipped with a specialized picosecond laser source to cut non-metallic materials such as ceramics, glass, and polymer films. Please provide specific material details for customization.
