At Genepoint, innovation is built on a proprietary cross-domain technology platform centered on cryogenic automation. By integrating precision engineering, intelligent software, advanced materials, and automation technologies, we develop reliable solutions for automated sample storage, cryogenic preservation, and laboratory workflow optimization.
Our vertically integrated R&D capabilities span everything from core components and control systems to complete product development, enabling continuous innovation and reliable performance in demanding laboratory environments. Supported by more than 250 patents, Genepoint continues to advance technologies that improve sample safety, operational efficiency, and long-term biospecimen preservation.
Reliable automation begins with reliable motion. Genepoint has developed proprietary motors and motion control technologies capable of stable operation in cryogenic environments as low as −200°C. Combined with adaptive calibration algorithms, these technologies enable precise sample handling while minimizing heat generation and energy consumption, helping protect valuable biospecimens throughout automated storage and retrieval.
Extreme low temperatures place unique demands on mechanical structures and materials. Through simulation, laboratory testing, and real-world measurements, Genepoint has established a proprietary cryogenic material database to better understand material behavior under cryogenic conditions. This data-driven approach improves structural reliability, minimizes thermal deformation, and supports the development of highly stable storage systems for long-term biospecimen preservation.
Genepoint combines computer vision with AI-powered recognition algorithms to enhance sample identification and positioning accuracy. Even when tube codes are partially obscured, distorted, or affected by frost, intelligent image processing and error-correction technologies help ensure reliable barcode decoding and accurate sample tracking, supporting efficient and dependable laboratory workflows.
Maintaining positioning accuracy in cryogenic environments requires more than mechanical precision. Genepoint's automatic calibration technology combines cryogenic material research, machine vision, and AI algorithms to compensate for thermal deformation and coordinate deviations. This enables batch-scale, hands-free calibration while ensuring long-term system stability and reliable automated operation.
Our technology platform integrates multiple engineering disciplines to deliver reliable laboratory automation solutions, including:
· Cryogenic Motion Control
· Intelligent Software & AI Algorithms
· Computer Vision Technology
· Modular Embedded Architecture
· High-Reliability System Design
· Automation-Optimized Mechanical Engineering
· Composite Insulation Technology
· Configurable Software Platform
Together, these technologies enable Genepoint to develop scalable, intelligent, and reliable biospecimen storage solutions for biobanks, hospitals, research institutions, and life science organizations.
