Industrialized CRISPR Tools Enable RUO to GMP Quality Scale-Up
Introducing Halo™, an innovative platform offering industrialized CRISPR tools designed to expedite cell line generation. From Research Use Only (RUO) to Good Manufacturing Practice (GMP) reagents, Halo™ provides high-quality gene editing solutions tailored to diverse research needs. Whether you’re engaged in basic research or drug discovery endeavors, harness the power of genome engineering with Halo™ for seamless and efficient results.
Technology-Fueled Genome Engineering
Experience the power of standardized CRISPR technology with Halo. Our platform offers optimized CRISPR reagents designed, selected, and formatted by experts, ensuring efficiency and reliability in your research endeavors. Benefit from our continuous learning system, which refines synthesis processes for enhanced success rates.
Scale your research confidently with Halo’s innovative processes, seamlessly integrating chemistry, industrialization, and automation. Whether you’re scaling up or out, our platform provides precise volumes and varieties of CRISPR reagents without compromising on quality or efficacy.
Stay ahead with Halo’s continuous optimization approach. Built on engineering principles and chemistry, our system combines purpose-built hardware, microfluidic technology, and adaptive algorithms to continually improve and adapt to your evolving research needs.
Halo Platform Capabilities
Flexible Scale
HARDWARE + AUTOMATION
CRISPR reagents tailored to the variety and volume your experiment needs.
Closed-Loop Feedback
SOFTWARE
Iterative optimization of CRISPR components ensures intelligent guide design resulting in the best possible editing outcomes.
Synthetic RNA
CHEMISTRY
Reproducible and consistent editing, producing the best outcomes in any CRISPR methodology.
Therapeutic Reagents
GMP MANUFACTURING
GMP-grade factory enabling reagents of unparalleled quality for clinical-grade therapeutics and diagnostics.
Process Control
HARDWARE + AUTOMATION
Automated, precise manufacturing to ensure high quality, reproducible, and scalable reagents.