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Technology Development Board funds Puretronics to commercialise India's first contactless programmable load measurement system

The Technology Development Board, under the Department of Science & Technology, has approved funding for Puretronics India to commercialise the indigenous Load Magnetic Overload Sensor (LMO), India's first contactless programmable load measurement system. The initiative aims to replace imported load cells, support the Aatmanirbhar Bharat vision and boost India's industrial sensor manufacturing capabilities.
Technology Development Board backs Puretronics for indigenous contactless load sensor The TDB has approved financial assistance to M/s Puretronics India Private Limited, Mumbai for the project titled “LMO – Load Measurement Overload Sensor” . The project aims to commercialise India’s first fully contactless, programmable load‑measurement system for elevators, cranes, hoists and other safety‑critical industrial applications. Key Developments Funding approved by DST through its TDB . Project name: LMO . Target sectors: elevators, material‑handling systems, cable machinery, and other industrial automation applications. Technology replaces conventional strain‑gauge load cells with a non‑contact magnetic principle, offering higher accuracy, low maintenance and vibration resistance. System integrates with PLC , SCADA and IoT platforms. Important Facts The LMO platform is designed and developed entirely in India. It offers application‑specific customisation, easy installation and robust performance in harsh industrial environments. By establishing commercial‑scale manufacturing, Puretronics aims to reduce dependence on imported sensing solutions, thereby supporting the Aatmanirbhar Bharat vision and the policy of import substitution . During the launch, Shri Rajesh Kumar Pathak, Secretary, TDB highlighted that advanced sensor technologies are the backbone of modern industrial automation and smart manufacturing. He emphasized that indigenous innovations like the LMO system enhance industrial safety, improve manufacturing competitiveness and align with the self‑reliance agenda. UPSC Relevance Understanding this development helps aspirants in several GS papers: GS3 – Science & Technology & Economy: The role of TDB and DST in fostering indigenous R&D. GS3 – Industrial Policy: How contactless sensor technology can replace imported load cells, illustrating import substitution and boost Make‑in‑India. GS3 – Infrastructure & Urban Development: Application of LMO in elevators and material‑handling systems, critical for safe urban infrastructure. Way Forward Puretronics plans to set up a dedicated manufacturing unit, certify the product for industrial standards and promote it to domestic manufacturers of elevators, cranes and other heavy‑equipment. Wider adoption will depend on: Successful integration with existing PLC , SCADA and IoT ecosystems. Government incentives under the Aatmanirbhar Bharat programme. Industry acceptance through demonstration of reliability, cost‑effectiveness and reduced maintenance. If successful, the LMO system could position India as a global supplier of advanced industrial sensors, creating jobs and enhancing export potential.
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Key Insight

TDB backs Puretronics to launch India’s first indigenous contactless load sensor, boosting self‑reliance.

Key Facts

  1. 2026: Technology Development Board (TDB), under the Department of Science & Technology (DST), approved financial assistance to Puretronics India Pvt. Ltd.
  2. Project name: Load Measurement Overload (LMO) sensor – a contact‑less, magnetic‑based load‑measurement system.
  3. Target applications: elevators, cranes, hoists, material‑handling and other safety‑critical industrial equipment.
  4. LMO replaces conventional strain‑gauge load cells with magnetic sensing, offering higher accuracy, low maintenance and vibration resistance.
  5. The system is designed to integrate with PLCs, SCADA and IoT platforms for smart industrial automation.
  6. Goal: set up commercial‑scale manufacturing in India to reduce dependence on imported sensors and support the Aatmanirbhar Bharat and import‑substitution policies.

Background

The initiative reflects the government's push for indigenous R&D through bodies like TDB and DST. It aligns with the Make‑in‑India and Aatmanirbhar Bharat programmes, aiming to strengthen industrial safety, reduce imports and create export potential in advanced sensor technology.

UPSC Syllabus

  • Essay — Science, Technology and Society
  • GS3 — Developments in science and technology and their applications
  • Essay — Media, Communication and Information
  • GS2 — Government policies and interventions for development

Mains Angle

GS‑3 (Science & Technology, Industrial Policy) – Discuss how indigenous sensor development under TDB can drive import substitution and enhance India's manufacturing competitiveness.

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Overview

Full Article

Technology Development Board backs Puretronics for indigenous contactless load sensor

The TDB has approved financial assistance to M/s Puretronics India Private Limited, Mumbai for the project titled “LMO – Load Measurement Overload Sensor”. The project aims to commercialise India’s first fully contactless, programmable load‑measurement system for elevators, cranes, hoists and other safety‑critical industrial applications.

Key Developments

  • Funding approved by DST through its TDB.
  • Project name: LMO.
  • Target sectors: elevators, material‑handling systems, cable machinery, and other industrial automation applications.
  • Technology replaces conventional strain‑gauge load cells with a non‑contact magnetic principle, offering higher accuracy, low maintenance and vibration resistance.
  • System integrates with PLC, SCADA and IoT platforms.

Important Facts

The LMO platform is designed and developed entirely in India. It offers application‑specific customisation, easy installation and robust performance in harsh industrial environments. By establishing commercial‑scale manufacturing, Puretronics aims to reduce dependence on imported sensing solutions, thereby supporting the Aatmanirbhar Bharat vision and the policy of import substitution.

During the launch, Shri Rajesh Kumar Pathak, Secretary, TDB highlighted that advanced sensor technologies are the backbone of modern industrial automation and smart manufacturing. He emphasized that indigenous innovations like the LMO system enhance industrial safety, improve manufacturing competitiveness and align with the self‑reliance agenda.

Exam Relevance

Understanding this development helps aspirants in several GS papers:

  • GS3 – Science & Technology & Economy: The role of TDB and DST in fostering indigenous R&D.
  • GS3 – Industrial Policy: How contactless sensor technology can replace imported load cells, illustrating import substitution and boost Make‑in‑India.
  • GS3 – Infrastructure & Urban Development: Application of LMO in elevators and material‑handling systems, critical for safe urban infrastructure.

Way Forward

Puretronics plans to set up a dedicated manufacturing unit, certify the product for industrial standards and promote it to domestic manufacturers of elevators, cranes and other heavy‑equipment. Wider adoption will depend on:

  • Successful integration with existing PLC, SCADA and IoT ecosystems.
  • Government incentives under the Aatmanirbhar Bharat programme.
  • Industry acceptance through demonstration of reliability, cost‑effectiveness and reduced maintenance.

If successful, the LMO system could position India as a global supplier of advanced industrial sensors, creating jobs and enhancing export potential.

Read Original on pib

TDB backs Puretronics to launch India’s first indigenous contactless load sensor, boosting self‑reliance.

Key Facts

  1. 2026: Technology Development Board (TDB), under the Department of Science & Technology (DST), approved financial assistance to Puretronics India Pvt. Ltd.
  2. Project name: Load Measurement Overload (LMO) sensor – a contact‑less, magnetic‑based load‑measurement system.
  3. Target applications: elevators, cranes, hoists, material‑handling and other safety‑critical industrial equipment.
  4. LMO replaces conventional strain‑gauge load cells with magnetic sensing, offering higher accuracy, low maintenance and vibration resistance.
  5. The system is designed to integrate with PLCs, SCADA and IoT platforms for smart industrial automation.
  6. Goal: set up commercial‑scale manufacturing in India to reduce dependence on imported sensors and support the Aatmanirbhar Bharat and import‑substitution policies.

Background & Context

The initiative reflects the government's push for indigenous R&D through bodies like TDB and DST. It aligns with the Make‑in‑India and Aatmanirbhar Bharat programmes, aiming to strengthen industrial safety, reduce imports and create export potential in advanced sensor technology.

UPSC Syllabus Connections

Essay•Science, Technology and SocietyGS3•Developments in science and technology and their applicationsEssay•Media, Communication and InformationGS2•Government policies and interventions for development

Mains Answer Angle

GS‑3 (Science & Technology, Industrial Policy) – Discuss how indigenous sensor development under TDB can drive import substitution and enhance India's manufacturing competitiveness.

Analysis

Related PYQs

No related PYQs linked to this article yet.

Practice Questions

GS3
Easy
Prelims MCQ

Science & Technology – Institutional support

1 marks
4 keywords
GS3
Medium
Mains Short Answer

Industrial Policy – Import substitution

5 marks
4 keywords
GS3
Hard
Mains Essay

Science & Technology – Applications in infrastructure and trade

20 marks
5 keywords
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