Biorocks provides a globally patented, fully automated high‑throughput platform for embryo vitrification and thawing that uses micro‑fluidic technology to eliminate manual micromanipulation and microscope dependence. The system processes up to twelve cryo‑cartridges in parallel across four channels, standardizing workflows to reduce operator error and labor while achieving embryo survival rates comparable to expert manual techniques. It is compatible with existing vitrification protocols and is suited for IVF clinics, animal breeding operations, and research laboratories.
Funding
Funding not disclosed
Founders
Product
Problem
Embryo vitrification and thawing in assisted reproduction require skilled manual handling, specialized equipment, and are limited by low throughput and variability, leading to reduced success rates and high labor costs.
Solution
Biorocks offers a globally patented, fully automated high‑throughput vitrification and thawing platform that integrates micro‑fluidic technology to perform embryo freezing and recovery without manual micromanipulation. The system standardizes the entire workflow, minimizing operator error and dependence on microscope‑based procedures. It supports parallel processing of up to twelve cryo‑cartridges across four channels, enabling continuous, high‑volume cycles for both research and commercial breeding programs. Compatibility with existing manual vitrification protocols allows seamless transition from current practices while preserving reliability. Clinical and laboratory users benefit from documented reductions in embryo damage and improved implantation outcomes comparable to expert manual techniques.
Target Audience
Primary customers are IVF clinics, animal breeding and livestock farms, and research laboratories that perform mouse, primate, bovine, ovine, equine, or porcine embryo cryopreservation and transfer.
Features
- Fully automated vitrification and thawing workflow using proprietary micro‑fluidic modules
- Four‑channel parallel processing capable of handling twelve cryo‑cartridges simultaneously for high‑throughput operation
- Standardized, software‑controlled protocols that eliminate microscope dependence and reduce human error
- Seamless integration with existing manual vitrification methods and storage formats for easy adoption
- Documented embryo survival rates exceeding 99% for 2‑cell mouse embryos and comparable success to expert embryologists in livestock applications
- Compact, GMP‑compliant design suitable for laboratory benches or on‑site use in animal breeding facilities