10 Best Radiology Equipment Manufacturers in India

Are you searching for the most reliable, innovative, and cost-effective radiology equipment manufacturers in India? Whether you run a hospital, diagnostic center, or multispecialty clinic, choosing the right Indian manufacturer is crucial for quality diagnostics and imaging machines.

Healthcare providers now require X-ray, CT, C-arm, mammography, and digital radiography systems that are compliant with AERB, BIS, and ISO 13485 standards—while offering robust after-sales support, fast installation, and integration with digital record systems.

Indian radiology machine manufacturers such as Allengers, Trivitron, BPL Medical, and Skanray have emerged as market leaders with cutting-edge technology, competitive pricing, and pan-India service networks.

If you’re a decision-maker, clinician, or biomedical engineer aiming to upgrade your facility’s diagnostic capabilities or expand coverage to underserved areas, here you will find ten best Indian radiology equipment makers you can trust for quality, service, and value.

Let’s get into more details –

List of Best Radiology Equipment Manufacturers in India

Rank	Indian brand	Flagship products	Service reach
1	Allengers	32-slice CT, DR rooms, C-arms	100+ support hubs
2	Trivitron/Kiran	Digital RAD, C-arm, mammography	900 engineers
3	BPL Medical	HF DR, CT (JV)	140 service points
4	RMS	Mobile X-ray, C-arm	17 regional offices
5	Skanray	Low-scatter DR, battery mobiles	60-country export
6	Vision Medicaid	100-800 mA X-ray, mammography	15 branch offices
7	Sunmax	Budget 100 mA mobiles	Nationwide dealers
8	Alerio	Portable HF DC X-ray	24-hour toll-free line
9	Panacea	Radiotherapy sim, HF RAD	Oncology focus
10	Medirays	Refurb CT/MRI, DR kits	Remote QC center

1) Allengers Medical Systems

Chandigarh-based Allengers has shipped more than 30,000 imaging systems across 90 countries. The portfolio spans mobile and fixed X-ray, flat-panel C-arms, mammography and India’s first indigenously built 32-slice CT (in Canon tie-up). ISO 13485, BIS and AERB approvals back every line. Its in-house R&D centre regularly files patents and offers remote diagnostics to cut downtime.

A pan-India field force reaches most sites within 24 hours, a key edge for rural hospitals that cannot spare idle scanners.

• Address – S.C.O 212-214, Sector 34-A, Chandigarh 160022
• Phone – +91 172 661 8001
• Email – enquiries@allengersglobal.com

2) Trivitron Healthcare (Kiran Medical Systems)

Trivitron runs three imaging plants (Chennai, Pune, Mumbai) and exports to 180 countries. Under the Kiran label it manufactures high-frequency X-ray rooms, C-arms, DR retrofit kits, digital mammography and radiation-safety gear.

The group also co-develops ultrasound and CT with global partners.

A 900-strong service crew, 24×7 parts depots and AI-based dose-tracking software round out the customer offer.

• Address – #15, IV Street, Abhiramapuram, Chennai 600018
• Phone – +91 44 2498 5050
• Email – groupmarketing@trivitron.com

3) BPL Medical Technologies

BPL started making ECGs in 1967; today its Bengaluru facility builds digital radiography rooms, HF mobile X-ray and C-arms. It also assembles Siemens-licensed CT scanners for value segments. BIS, CE and ISO 13485 stamps apply. Cloud-based BPL Connect lets engineers pull error logs remotely, cutting average repair TAT to 36 hours.

• Address – 11th KM, Bannerghatta Rd, Arakere, Bengaluru 560076
• Phone – +91 80 2648 4350
• Email – support@bplmedical.com

4) RMS (Recorders & Medicare Systems)

RMS supplies 70% of EEG and 40% of ECG stress systems in India and has moved that R&D heft into X-ray. Its Panchkula plants roll out mobile, fixed and HF C-arm units that meet AERB and CE norms.

Seventeen regional offices and 150 service engineers back installations, making RMS a favoured vendor in government tenders.

• Address – Plot 11, HSIIDC IT Park, Sector 22, Panchkula 134114
• Phone – +91 172 256 4196
• Email – sales@rmsindia.com

5) Skanray Technologies

From Mysuru, Skanray designs HF mobile X-ray, DR rooms, surgical C-arms and veterinary systems. Its 36 patents cover low-scatter collimators and battery-powered portables. Products carry FDA, CE and AERB clearances. The firm exports to 60 countries and runs joint R&D with IIT-Mandi for AI-based dose optimisation.

• Address – #15-17, Hebbal Industrial Area, Mysuru 570016
• Phone – +91 821 241 5559
• Email – info@skanray.com

6) Vision Medicaid

Pune’s Vision Medicaid has built X-ray units since 1967 and was India’s first OEM exporter to Japan. Two ISO-certified plants supply 100 mA portables to 800 mA DR rooms, C-arms, mammography and baggage scanners. An in-house AI module flags tube-head over-heating, extending tube life by ~25%.

• Address – Plot A-102, H Block, MIDC, Morwadi Court, Pimpri, Pune 411018
• Phone – +91 20 2747 2323
• Email – sales@visionxray.com

7) Sunmax Electronics

Jaipur-based Sunmax focuses on affordable 100 mA mobile units, 300 mA HF rooms and flat-panel DR upgrades. All models carry AERB and BIS marks and use locally cast arm assemblies for easy spares.

OEM kits start at ₹3.9 lakh, making Sunmax popular with district hospitals starting radiology services.

• Address – H1-89, Road 5, RIICO Industrial Area, Bindayaka, Jaipur 302012
• Phone – 0807 193 0620
• Email – info@sunmaxray.in

8) Alerio (Iatome Electric)

Coimbatore’s Alerio builds fully digital, high-frequency portable X-ray units from 1.6 kW to 8 kW plus dental intra-oral systems. Design, PCB fabrication and tube-head assembly all happen in-house, letting Alerio pass on 15% lower lifecycle cost to buyers. Every model is AERB-, BIS- and ISO 13485-cleared and ships with a five-year detector warranty.

• Address – S.F 61/1B, Aadhavan Estate, Athipalayam Rd, Chinnavedampatti, Coimbatore 641049
• Phone – +91 99434 75551
• Email – sales@alerio.in

9) Panacea Medical Technologies

Panacea’s Bengaluru factory produces Bhabhatron cobalt tele-therapy, digital simulators and on-board imaging panels. Though oncology-focused, it also makes 25 kW HF X-ray rooms that share the same precision gantry mechanics. ISO 13485, CE and AERB licences apply, and the firm partners with Tata Memorial for clinical trials.

• Address – Plot 116, Shailendra Techno Park, Road 3, EPIP Phase 1, Whitefield, Bengaluru 560066
• Phone – +91 80 4242 8700
• Email – info@panaceamedical.com

10) Medirays

Mumbai-headquartered Medirays runs a 40,000 sq ft refurb facility that strips, re-tubes and re-clocks GE and Philips CT/MRI to OEM specs, then bundles them with new DR rooms, OPG and mammography kits built in India.

Over 250 refurbished CTs and 75 MRIs operate country-wide. ISO 13485:2016 certification and 40 engineers enable 4-hour remote diagnostics on most faults.

• Address – 1105-06, Lodha Supremus, i-Think Techno Campus, Kanjurmarg (E), Mumbai 400042
• Phone – +91 22 257 791 31
• Email – info@medirays.com

Which Certifications should a Buyer Ask About?

Choosing a radiology equipment manufacturer goes far beyond product features, you must ensure the devices meet stringent regulatory, safety, and quality standards required in India and for any intended export markets.

Medical imaging equipment is highly regulated due to its direct impact on patient health and the risks associated with radiation.

Acquiring the right certifications not only protects patients and users, but also shields your facility from regulatory complications, financial penalties, and reputational harm.

Below are the critical certifications every radiology machine buyer should demand from radiology equipment suppliers in India:

1) AERB Type Approval (Radiation Safety, India): All diagnostic radiology equipment used in India must have type approval from the Atomic Energy Regulatory Board (AERB). This certifies the equipment for safe radiation emission, correct installation, and ongoing compliance with Indian safety laws. AERB approval is legally mandatory for operation in any healthcare facility and includes periodic re-inspections for continued compliance.

2) ISO 13485 Certification (Medical Device Quality Systems): ISO 13485 is the globally recognized standard for quality management systems in medical device manufacturing. Certification under ISO 13485 ensures the equipment’s production, design, installation, and servicing all adhere to rigorous quality processes. Buyers should prioritize manufacturers with valid ISO 13485 certification to ensure reliability and traceability throughout the supply chain.

3) BIS Registration (Electrical Safety, India): Bureau of Indian Standards (BIS) registration confirms compliance with Indian electrical and product safety norms for medical devices. This includes validation against standards like IS 7620 and IS 23485 for X-ray and other diagnostic machines, covering electrical insulation, radiation safety, and mechanical stability. BIS certification is mandatory for selling or importing radiology devices in India.

4) CE Marking (Europe) / FDA Clearance (USA) for Exports:
For facilities planning to export or seeking global benchmarking, international certifications are essential:

• CE marking demonstrates compliance with all relevant European Union (EU) legislation for medical devices, opening access to the European market and validating adherence to strict safety and quality benchmarks.
• FDA clearance or approval is required for entry into the US market and demonstrates that the product satisfies the US Food & Drug Administration’s safety and effectiveness criteria.

By insisting on these certifications, buyers can be confident that the radiology equipment they procure is legally compliant, safe, high-performing, and globally competitive—protecting both patients and their organizations now and in the future.

How can you Shortlist the Right Radiology Equipment Supplier?

Selecting the wrong supplier for radiology equipment can be dangerous in terms of service and safety. Hence, you need to follow below steps to choose the right supplier for your healthcare facilities.

Step 1 – Does the supplier offer imaging modalities that match your patient volume?
Your choice begins with knowing exactly what you need. Busy urban hospitals often require high-throughput digital radiography (DR) rooms, CT scanners, or C-arms to handle a wide range of routine and emergency cases. Smaller clinics or rural centers may do better with compact, mobile X-ray units that fit staffing realities and lower patient volumes.

Evaluate each supplier’s product range and be sure systems are designed for your use case, not shoehorned to fit.

Step 2 – How robust are the supplier’s uptime warranties and their ability to supply spare parts locally?
Downtime reduces revenue and disrupts care. Best suppliers back up their hardware with written uptime guarantees and maintain spare parts depots within your region.

Ask about mean repair time and get clarity on whether parts are held in India or shipped from overseas.

Facilities with local engineering support almost always recover faster from faults, so don’t settle for vague “quick support” promises—insist on service-level agreements with specific metrics.

Step 3 – Do the systems feature integrated AI or automated quality control tools to reduce repeat scans?
Modern radiology equipment increasingly uses AI to detect errors, optimize dose, and flag scans needing clinical review. These features improve workflow, reduce unnecessary radiation to patients, and help maintain high image quality.

When discussing options, ask for demonstrations of dose management, smart workflow, or QC features. Such tools aren’t just for premium hospitals—affordable models often include them as standard to help smaller centers achieve similar quality gains.

Step 4 – What is the depth and style of operator training offered?
Effective hands-on training is vital. While some suppliers offer only a brief, one-day orientation, the most reputable brands deliver multi-day, in-depth training tailored to your staff’s background and learning curve.

Ensure if the program addresses real-world scenarios, ongoing education, and competence retention over time—not just system basics.

Invest in those who commit to building your team’s expertise, since operator error remains a leading cause of reduced image quality and equipment breakdown.

Conclusion

India’s leading medical imaging manufacturers offer a broad spectrum of solutions tailored for diverse clinical environments, from high-volume urban hospitals to resource-limited rural centers.

Invest in a manufacturer that understands your operational challenges and clinical aspirations, and you’ll lay the groundwork for lasting success in delivering modern, patient-centered radiology services.