Background

Leading the Future of Neutron Analysis

Leading the Future of Neutron Analysis

Welcome to India’s first privately owned Neutron R&D Centre. Based in Bhopal, our 7-acre campus features a dedicated neutron activation analysis laboratory designed to push the boundaries of advanced material testing and industrial technology.

Welcome to India’s first privately owned Neutron R&D Centre. Based in Bhopal, our 7-acre campus features a dedicated neutron activation analysis laboratory designed to push the boundaries of advanced material testing and industrial technology.

Building India's  Neutron Future 

We believe the future of technology must be built at home. Aligned with the "Make in India" vision, our mission is to introduce advanced neutron technology to the nation—revolutionizing security, elemental analysis, and industrial processes to foster true indigenous innovation.

“To lead globally, we must build locally. Recognized by the state government, our upcoming Bhopal campus will host India’s first advanced radiation laboratory and manufacturing facility.

We aren't just reducing reliance on imports; we are creating highly skilled jobs and positioning India as a global leader in neutron technology.”

Leadership Team

ACEDS Pvt. Ltd.

Inspired by Mars.
Built for Earth.

2015

The Spark of Innovation

Parv Kumar Choudhary encounters NASA's Curiosity Rover DAN instrument at Newcastle University, UK — and asks: if neutron technology can search for water on Mars, why isn't it being fully used on Earth?

2020

Prototyping & Strategy

The vision takes physical shape. As rigorous compliance modeling, technical iterations, and early prototyping commence, Ronak Choudhary joins the leadership team to drive commercial development and architect a scalable business framework.

2022

Foundation & Compliance

ACEDS Pvt. Ltd. is officially incorporated under the "Startup India" initiative. Demonstrating a strict commitment to safety and operational excellence, the company secures critical AERB authorization alongside ISO 9001:2015 and ISO/IEC 27001:2022 certifications.

2024

The Bhopal Campus Inauguration

Campus inaugurated by CM Dr. Mohan Yadav. India's first private neutron R&D centre now active — supporting neutron generator testing up to 14 MeV on a 7-acre campus.

2026

Scaling & Industrial Impact

Transitioning from dedicated R&D to active deployment, ACEDS begins integrating indigenous neutron analysis systems into the domestic manufacturing and advanced energy sectors—transforming the "Make in India" vision into a functional, everyday reality.

Background

Principles that guide our work.

We believe revenue should be engineered, not guessed.

Technology should solve real problems

Every system ACEDS builds must answer a specific industrial problem with measurable impact on yield, quality, energy, or safety. Innovation without application is not progress.

Safety and compliance are non-negotiable

AERB authorization, ISO certification, and continuous regulatory compliance are not boxes to check — they are the foundation of everything we deploy.

Make in India — for India and the world

India should not be permanently dependent on imported nuclear instrumentation. ACEDS builds indigenous neutron systems that meet global standards and can serve global industries.

Long-term scientific thinking wins

PGNAA technology has 40+ years of global validation. ACEDS builds on that foundation — deepening capability, refining accuracy, and extending neutron analysis into new domains.

The Team Behind India's Neutron Revolution

ANCHOR is led by operators, engineers, and revenue strategists who have built and scaled enterprise systems firsthand.

Executive Leadership
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Ronak Choudhary

Chief Technology Officer

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Parv Choudhary

Chief Revenue Officer

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Reetika Verma

VP of Engineering

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Andrew Dsilva

Head of Revenue Operations

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David Kim

Director of Data Intelligence

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Ethan Rodriguez

VP of Product

Scientific Advisory
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Dr. Iurii Olshansky

Chief Technology Officer

50+ years in Neutron Technology. Leading authority on neutron activation analysis globally.

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Dr. Debabrata Datta

Chief Technology Officer

40+ years in Nuclear Physics. Former Head of Bhabha Atomic Research Centre.

Awards & Recognition

Awards & Recognition

We don’t just aim for results—we’re honored when the industry takes notice.

Creative Thinkers & Strategists

Recognized for creative, impactful digital experiences.

Visionary Web Innovation Award

Awarded for standout design and smart functionality.

NEXTGEN Perfect UI/UX Award

Celebrated for clean, intuitive, user-focused design.

Decode Stratergy Market Impact Award

Honored for campaigns that delivered serious business growth.

Real results from real projects

  • Variation of Fluence for ²⁴¹Am-Be Neutron Spectrum with Different Thicknesses of HDPE

    Redesigned metal castings to reduce material use and maintain strength, optimizing cost and weight.

    Heavy-duty machinery

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    Case Study Image
  • Precision CNC milling for automotive components

    Improved machining process to achieve tighter tolerances and faster production cycles for car parts.

    Engine components

    Client Logo
    Case Study Image
  • Additive manufacturing for custom tooling

    Implemented 3D-printed tools to accelerate prototyping and reduce lead time in production.

    Traditional tooling

    Client Logo
    Case Study Image
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Variation of Fluence for ²⁴¹Am-Be Neutron Spectrum with Different Thicknesses of HDPE

Redesigned metal castings to reduce material use and maintain strength, optimizing cost and weight.

35%

Heavy-duty machinery

Client Logo
Case Study Image
Shadow

Precision CNC milling for automotive components

Improved machining process to achieve tighter tolerances and faster production cycles for car parts.

54%

Engine components

Client Logo
Case Study Image
Shadow

Additive manufacturing for custom tooling

Implemented 3D-printed tools to accelerate prototyping and reduce lead time in production.

50%

Traditional tooling

Client Logo
Case Study Image
Shadow

Variation of Fluence for ²⁴¹Am-Be Neutron Spectrum with Different Thicknesses of HDPE

Redesigned metal castings to reduce material use and maintain strength, optimizing cost and weight.

35%

Heavy-duty machinery

Client Logo
Case Study Image
Shadow

Precision CNC milling for automotive components

Improved machining process to achieve tighter tolerances and faster production cycles for car parts.

54%

Engine components

Client Logo
Case Study Image
Shadow

Additive manufacturing for custom tooling

Implemented 3D-printed tools to accelerate prototyping and reduce lead time in production.

50%

Traditional tooling

Client Logo
Case Study Image
Shadow

Variation of Fluence for ²⁴¹Am-Be Neutron Spectrum with Different Thicknesses of HDPE

Redesigned metal castings to reduce material use and maintain strength, optimizing cost and weight.

35%

Heavy-duty machinery

Client Logo
Case Study Image
Shadow

Precision CNC milling for automotive components

Improved machining process to achieve tighter tolerances and faster production cycles for car parts.

54%

Engine components

Client Logo
Case Study Image
Shadow

Additive manufacturing for custom tooling

Implemented 3D-printed tools to accelerate prototyping and reduce lead time in production.

50%

Traditional tooling

Client Logo
Case Study Image

"If neutron technology could help humanity search for water on Mars, why wasn't it being fully used to solve problems here on Earth?"

India should not only celebrate scientific achievement, it should apply it.

Nora A.

Frequently Asked Questions.

Simple answers to what most teams ask to understand ACEDs

What is ACEDS India?

ACEDS India is India's first neutron excellence centre, building advanced elemental detection systems for industrial and security applications. Our flagship TATVA® Analyzer delivers real-time material composition data — no lab, no delay.

What is the TATVA® Analyzer & how does it work?

TATVA® is an on-belt elemental analyser that uses neutron technology (PGNAA) to continuously measure material composition on a conveyor belt. Results are delivered every 30–60 seconds directly to your plant control system.

Can we integrate Probe with our existing tools?

TATVA® serves cement, coal, iron ore, limestone, bauxite, and mineral processing industries. Any bulk material on a conveyor belt requiring elemental monitoring can be analysed in real time.

How accurate is it vs lab analysis?

It achieves ±0.1% elemental accuracy — on par with laboratory XRF — but delivered continuously without sampling or lab turnaround. Full belt cross-section analysis makes results far more representative than grab samples.

Is it safe for plant environments?

Yes. The sealed electronic neutron generator produces radiation only when powered on, keeping exposure well within AERB-approved safety limits. Full radiological documentation, compliance support, and safety training are included with every installation.

How is ACEDS different from global manufacturers?

We are the only company designing and manufacturing PGNAA technology entirely in India, offering lower cost, faster support, and local customisation. Customers also benefit from Make in India procurement preferences and applicable government subsidies.

How long does installation take?

nstallation takes 3–7 working days, covering mounting, calibration, SCADA integration, and operator training. All units are supported by remote health monitoring, on-call assistance, and annual recalibration.

How do I request a demo or contact ACEDS?

we offer on-site demos and online technical briefings. Share your industry and site details and our team will respond within 48 hours.

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