VSParticle Knowledge base
– Webinar –
High Throughput Synthesis of Nanoporous Thin Films
Join us for an engaging webinar as we explore…
– Webinar –
Spark Ablation as a Building Block for Nanostructured Multifunctional Devices
This webinar delves into the possibilities that spark ablation…
– Tech Note –
Clean and Tunable Model Catalyst Synthesis using Spark Ablation Technology
Heterogeneous catalysts are essential in today’s chemical industry and…
Product Brochure
Nanoparticle Generation
VSP-P1 NanoPrinter
The VSP-P1 NanoPrinter is the ultimate prototyping and R&D platform for material development and small-scale production testing. Based on impaction deposition of spark ablated material, the system employs additive manufacturing to simplify production of nanoporous thin films and layers with a high surface-to-volume ratio.
Thickness Control
Print layers from sparse agglomerates to continuous layers up to >100 microns thick
Patterning
Determine the desired printing pattern, or print multiple samples in series on the same substrate
Single-Step
Drastically reduce process complexity and accelerate development cycles
VSP-P1 Features
- Automated printing of nanoporous layers
- Choose from 30 conductive and semi-conductive pure elements or mix-and-match pure/alloyed electrodes for more possibilities
- Deposition rate up to 20 mg/hour
- 20×20 cm printing stage
- Layer thickness up to +100 µm
- Control over primary particle size and layer density
- Precise patterning with 10 µm positional accuracy
- Dry process: no ink or external solvent/ligand/surfactant
- Automated operation and data visualization
- Remote control through any WiFi-connected device
- Minimal maintenance and cleaning
- Possibility of integrating two VSP-G1’s into the VSP-P1 chamber