Reshape Biotech

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Automates lab experiments with AI-driven robotic imaging system.

About

Reshape Biotech provides a cutting-edge automated imaging system tailored for use in modern laboratories. By integrating high-precision robotics and advanced artificial intelligence, the system is capable of handling assay imaging tasks with minimal human intervention. Laboratories can rely on its continuous operation, enabling around-the-clock data collection that improves both workflow efficiency and the consistency of experimental results.

A significant advantage of this platform lies in its AI-driven analysis, allowing research staff to obtain more accurate and reproducible data from their experiments. The imaging modules are designed to accommodate fluctuations in research demand, and scalability ensures laboratories can expand throughput as their needs grow.

The system also prioritizes secure and collaborative access to experiment data through a browser-based portal. While the initial setup may require specialized knowledge and investment, the long-term benefits are considerable, especially for organizations wanting to standardize and modernize their laboratory operations.

Who is Reshape Biotech made for?

CTO / Head of Engineering Operations Manager Data Analyst / BI Specialist
Growing startup (11-25 people) Small company (26-50 people) Mid-sized company (51-100 people)

This solution is ideal for laboratory managers, heads of R&D, and operations leaders within large research-driven organizations. Pharmaceutical companies can use it to accelerate drug screening and compound analysis cycles. Agricultural, food, and beverage companies dealing with biological assays and quality control will find its automated throughput valuable for tasks like ingredient verification or product stability testing.

It is also relevant for academic and institutional research teams seeking to boost experiment reproducibility and data accuracy in high-volume laboratory environments. Additionally, environmental scientists and cosmetic product developers can adopt it to automate complex microbial or stability tests. Users typically require robust experimental workflows, large sample volumes, and a strong emphasis on data security and collaborative analysis.