Aerosol Jet Printing AJ 200

The Aerosol Jet 200 is a compact, benchtop aerosol jet printing system designed for professional-grade research prototyping, materials and process development, and small-batch custom production. It offers an excellent balance of high print resolution, multi-material compatibility, and ease of use, making it a cost-effective platform ideally suited for universities, research institutions, materials developers, and small-scale electronics manufacturers.

Aerosol Jet Printing AJ HD2

Throughput accuracy/repeatability, printing line dimensions, working area, materials: 3 point-to-point wires per second; on-chip wire stacking up to 48 wires per second; ±5 μm over 25 mm; ±2 μm over 25 mm; variable range 10–860 μm; minimum pitch 20 μm; thickness: 1–10+ μm; 300 × 300 mm (X–Y), 100 mm (Z); conductors: silver, copper, gold, aluminum, nickel, indium (under development); dielectrics: polyimide, UV-curable acrylate photoresist; metamaterials: graphene, perovskite, MXene; motion system and process-control software; vision system and atomizer; XY: linear motors; Z: recirculating ball screws; digital incremental encoders with 0.1 μm resolution; digital recipe control with automatic alarms for process monitoring; CAD/CAM offline programming; easy programming, automation of fabrication, motion, and vision systems; Cognex Vision tools: Blob, Edge, PatMAX; 12 MP USB 3.0; RGB LED illumination; ultrasonic atomization (1–15 kHz) or pneumatic atomization (1–1000 kHz); power supply: 200–250 VAC single-phase, 50/60 Hz; nitrogen: 50 psi at 28 SLPM (max); dimensions: 1168 × 1525 × 2185 mm (46 × 60 × 86 inches); weight: 1250 lbs (567 kg); floor load capacity: 4 in (102 mm) continuous padding thickness.

Aerosol Jet Printing AJ 5X

The Aerosol Jet 5X system is a modular, conformal printing solution for electronic products that meets evolving R&D and manufacturing needs. Driven by both R&D and production requirements, the system addresses increasing demands for advanced product functionality while enabling smaller form factors and reduced weight. With capabilities ranging from planar to multi-axis deposition, it supports rapid prototyping and facilitates small-batch production.

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