Bramantebio builds US‑designed laboratory instruments and reagents that are ready for robotic and AI‑driven workflows. Each unit ships with a native REST API, Python SDK, and MCP server for plug‑and‑play integration with scheduling and automation platforms, while offering sub‑$100 k pricing, local spare parts, and direct engineering support. The solution enables biotech labs and pharma manufacturers to replace legacy, costly bench equipment with modular, programmable hardware that scales with high‑throughput automation.
Funding
Funding not disclosed
Founders
Product
Problem
Life‑science laboratories and manufacturing facilities rely on legacy bench instruments that are costly, have long lead times, limited service support, and lack native integration with modern robotic and AI‑driven workflows. This hampers the speed and scalability of automated experiments and biomanufacturing processes.
Solution
Bramantebio offers a new line of laboratory instruments and reagents that are designed, machined, and assembled in the United States specifically for automated, AI‑orchestrated life‑science workflows. Each unit ships with a built‑in REST API, a Python SDK, and an MCP server, enabling immediate integration with scheduling software, robotic platforms, and custom agents. The hardware is priced under $100 k, with spare parts stocked locally and direct engineering support, reducing downtime and total cost of ownership. By providing API‑ready, modular equipment, Bramantebio enables labs to transition from manual, legacy setups to fully programmable, high‑throughput operations without extensive re‑engineering.
Target Audience
Primary customers are biotech research labs, pharmaceutical manufacturing sites, and life‑science companies adopting automated and AI‑driven experimental pipelines.
Features
- In‑house designed and US‑manufactured instruments optimized for robotic handling and AI control
- Native REST API and Python SDK included out‑of‑the‑box for seamless workflow integration
- MCP server for real‑time device management and data exchange with orchestration platforms
- Pricing below $100 k per unit, offering a cost‑effective alternative to legacy equipment
- Local inventory of spare parts and direct access to the original engineering team for rapid service
- Modular design compatible with standard lab automation standards and scheduling systems