Lasea Geode

The Lasea GEODE is a high-performance 5-axis ultrafast laser micromachining system designed for complex 3D processing, precision engineering, and industrial scalability. Built to deliver maximum accuracy and repeatability, the GEODE combines cutting-edge optics, precision motion control, and advanced software to achieve outstanding results across diverse materials.

Using femtosecond laser technology, the GEODE enables non-thermal ablation, ensuring smooth edges, no burr formation, and minimal heat-affected zones. This capability makes it ideal for processing metals, ceramics, polymers, and glass with micron-level precision. Its dynamic 5-axis architecture allows full control over the laser beam’s orientation, enabling machining on curved, inclined, and complex geometries.

Engineered for industrial reliability, the system features real-time monitoring, automated alignment, and integrated vision control, guaranteeing consistent, high-quality output. The GEODE’s modular design supports easy integration into automated manufacturing lines and R&D setups, delivering both flexibility and throughput.

Perfect for applications in aerospace, medical devices, luxury watchmaking, and semiconductor production, the GEODE sets the standard in precision 3D laser micromachining.

Standard equipment (Quartz + Geode Combination):

• Nanosecond laser, femtosecond laser or welding laser in IR
• Mechanical Z axis of 350mm or 550mm
• User training
• 160mm lens (other lenses possible as options)
• LENS control software (under Windows)

Services / Options :

• Mechanical XY axes 200mm x 200mm
• Geode palletizer
• Fume extraction system
• Gas nozzle
• LASERCAM proprietary software (positioning by video assistance or through the scanner)
• Up to 3 physical cameras and as many virtual cameras as needed
• Service contract

• 4 storage columns, up to 48 trays in 3 different tray heights
• Fully automated part loading and unloading — extended autonomous production runs
• Designed exclusively for the Lasea Quartz — fully integrated operation
• Compatible with all Quartz laser source configurations (nanosecond, femtosecond, IR welding)
• Supported by LENS control software and optional LASERCAM vision positioning
• Reduces operator intervention between production batches
• Handles a range of part sizes and fixturing configurations via 3 tray height options
• Combined system weight: 300–700 kg (Quartz) + 150 kg (Geode)  |  Power: < 3.8 kW

• High-Volume Autonomous Production
  • The Geode enables the Quartz to run extended production sequences — engraving, decoration, marking, cutting, or texturing — without manual tray handling between batches. Ideal for shift-length or overnight autonomous runs.
• Luxury Goods & Watchmaking
  • Batch decoration and engraving of watch components, jewellery, or luxury accessories in tray format, with automatic progression through the production queue.
• Electronics & Industrial Parts
  • Automated laser marking, thin-film removal, and texturing of electronic components or industrial parts supplied in standardised trays.
• MedTech Batch Processing
  • Tray-based processing of medical device components — marking, texturing, or thin-film removal — with reduced handling risk between operations