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Telescope developing DirectInject-IC, DirectInject-ICP

By The Northwire Desk — AI Analysis Jan 20, 2026 · 18:09 TELI · 0.44 Telescope Innovations Corp
TELI · Price

Executive Summary

  • Telescope Innovations Corp. announced its 2026 technology development pipeline, focusing on expanding its DirectInject technology ecosystem to support autonomous chemistry research and the "Physical AI" revolution.
  • The company is developing two new advanced analytical versions of its flagship DirectInject-LC platform: DirectInject-IC (for ion chromatography) and DirectInject-ICP (for inductively coupled plasma).
  • These new platforms aim to integrate real-time analytical data with automated chemistry reactors, targeting industries such as hydrometallurgy, lithium extraction, and battery materials.

Key Details

  • DirectInject-IC (Ion Chromatography):
    • Designed for the determination of inorganic species.
    • Coupling this analytical tool to the DirectInject platform creates technology for process monitoring and feedback control.
    • Target applications include hydrometallurgy and lithium extraction.
  • DirectInject-ICP (Inductively Coupled Plasma):
    • Represents a strategic move into elemental analysis.
    • Critical for precise, autonomous monitoring of trace metals in energy and battery materials sectors.
    • Essential for process optimization in these industries.
  • Strategic Positioning:
    • The expansion addresses the global shift toward domain-specific artificial intelligence by providing specialized, quantitative, and representative data sets required to train AI models.
    • Telescope positions its integrated hardware as a primary engine for high-quality data generation.
  • Timeline:
    • New versions are expected to enter early adopter deployment and testing in the second half of 2026.
  • Current Status:
    • The DirectInject-LC platform remains the current commercial flagship, connecting chemical reactors with liquid chromatography for real-time analysis of organic chemistry.

Notable Quotes

  • "Telescope is not resting on the success of DirectInject-LC. We are building on that momentum to provide the full analytical eyes required for the automation age," said Henry Dubina, chief executive officer.
  • "By moving towards ion chromatography and inductively coupled plasma integrations, we are designing the infrastructure necessary for the industrial supercycle. These proposed technologies are intended to complement our existing commercial successes and allow us to offer more complete, integrated analytical solutions."
Read the original news release →

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