Microcontact Printer

Automated microplate labeling and coding system for sample identification in laboratory workflows. Supports traceability and organization in diagnostic and research environments.

Specialized microdispensing platform for high-precision protein microarray manufacturing. Delivers reproducible picoliter to microliter volumes with contact and non-contact options. Supports scalability from research to production-scale applications.

Tabletop inkjet printing platform for precision deposition of functional materials in biomedical and laboratory applications. Enables high-resolution patterning for biosensors, continuous glucose monitoring devices, microelectrodes, and lab-on-chip systems. Features piezoelectric jetting technology with sub-micron accuracy and supports volumes from femtoliter to nanoliter range.

Piezoelectric inkjet printing system for precise deposition of nanomaterials at micrometer and sub-micrometer scales. Utilized in biomedical applications including biosensor fabrication and medical device manufacturing.

Automated ultra-low-volume precision dispensing systems for creating microarrays on glass slides and silicon chips. Enables high-speed, accurate deposition of biomolecules for gene expression profiling, genotyping, and biomarker discovery applications.

An automated system for creating and analyzing microarrays in life science research. Enables precise dispensing of multiple liquid samples for studying cellular reactions, components, and DNA interactions.

Specialized microdispensing platform for DNA microarray manufacturing with picoliter to microliter precision. Features contact and non-contact dispensing technologies for diverse sample types. Enables consistent workflows from research development to production scale.

Precision micro-array biochip printing station utilizing inkjet and electrohydrodynamic jetting technologies for high-resolution deposition of functional materials. Designed for fabrication of biochips, biosensors, and microfluidic devices used in diagnostic and research applications. Enables sub-micron accuracy printing across multiple volume ranges for life science and medical device manufacturing.

Non-contact multi-channel microdispensing system for high-throughput applications. Enables simultaneous dispensing of multiple samples without contact, supporting picoliter to microliter volumes. Ideal for protein microarrays and biosensor manufacturing.

Platform for manufacturing microfluidic channels and biosensitive coatings in point-of-care diagnostic devices. Supports development of rapid diagnostic tests and portable medical monitoring systems.

Complete microdispensing technology platform for microarray spotting and manufacturing. Offers picoliter to microliter precision with multiple dispensing methods. Scales seamlessly from benchtop research to large production environments.

Automated microfluidic-based PCR system designed for high-throughput nucleic acid amplification and detection. Provides automated processing with high efficiency and cost-effective operation for molecular diagnostics and research applications.