Category technology

Bengaluru,  Jan 23: Hexagon, the global leader in measurement technologies, today announced the India market launch of its next-generation metrology solution, the ATS800, at IMTEX Forming 2026, one of India’s premier manufacturing and machine tool exhibitions. While the ATS800 has been introduced in global markets earlier, this marks its official debut in the Indian manufacturing sector.

The launch ceremony was attended by Mr. Pramod Kaushik, President, Hexagon India, Mr. Manoj Sharma, Director – Marketing and Sales Excellence, Hexagon India, along with other Hexagon leaders and distinguished guests. The event is ongoing until 25 January 2026 at the Bangalore International Exhibition Centre (BIEC), Bengaluru, with Hexagon showcasing the ATS800 at Hall 3A, Booth A126.

The ATS800 is a high-precision laser tracking metrology solution that combines direct scanning and reflector tracking in a single portable system. It enables manufacturers to measure complex surfaces, fine features, and large structures from distances of up to 40 metres, improving precision, productivity, and workflow efficiency.

Speaking on the launch, Mr. Pramod Kaushik, President, Hexagon India, said:

“The introduction of the ATS800 in India reflects Hexagon’s continued commitment to supporting the country’s manufacturing transformation. As manufacturers move towards higher precision, larger assemblies, and digital quality workflows, the ATS800 offers a flexible and scalable solution to improve accuracy, productivity, and operational confidence.”

Mr. Manoj Sharma, Director – Marketing and Sales Excellence, Hexagon India, added:

“India’s manufacturing ecosystem is evolving rapidly, and the ATS800 reinforces Hexagon’s commitment to equipping Indian manufacturers with advanced metrology solutions that enhance quality, productivity, and competitiveness.”

The ATS800 caters to a wide range of sectors, including aerospace, automotive, energy, heavy engineering, and large-scale fabrication, delivering precise measurements, reduced inspection times, and improved traceability. Its design supports integration with automation systems, advanced workflows, and robotic platforms, enabling seamless connectivity with existing metrology software.

Hexagon’s participation at IMTEX Forming 2026 underscores its commitment to the Indian market, supporting manufacturers across industries with innovative metrology and digital solutions that enhance efficiency, quality,

Global digital health innovator Qure.ai today announced that it has received a multimillion-dollar grant from the Gates Foundation to advance health equity by improving access to timely, high-quality diagnostics for some of the world’s most preventable infectious diseases.

The grant will enable Qure.ai to develop a large, open-source, multi-modal global health database aimed at accelerating innovation in disease prevention and early detection. The initiative will support WHO-aligned lung health diagnostic pathways and incorporate non-identifiable clinical histories, medical imaging data—including Chest X-rays, Thoracic Ultrasound, and High-Resolution CT scans—as well as cough and lung sound recordings, and laboratory or biological markers. This comprehensive dataset will empower researchers and innovators worldwide to develop, validate, and refine next-generation AI models for global health impact.

As part of the initiative, Qure.ai will also develop AI-enabled point-of-care ultrasound (POCUS) algorithms to support the early detection of tuberculosis (TB) and pneumonia, two of the world’s deadliest yet preventable and treatable infectious diseases, particularly in under-resourced regions. TB claims approximately 1.23 million lives annually, while pneumonia causes nearly 2 million deaths each year, including 700,000 children under the age of five—despite both diseases being curable when diagnosed early.

Commenting on the development, Prashant Warier, Founder and CEO, Qure.ai, said,

“In our bid to reach the unreachable, we have spent the last decade deploying AI-enabled X-ray solutions in some of the most remote regions of the world—from sub-Saharan Africa to the heights of Everest and rural Southeast Asia—transforming TB detection and diagnosis. This work has reduced diagnosis timelines from 14 days to just 1–2 days, often without a clinician present. With this grant from the Gates Foundation, we are excited to build on this expertise and scale our impact to reach even more communities.”

Dr. Shibu Vijayan, Chief Medical Officer – Global Health, Qure.ai, added,

“By leveraging the latest advancements in digital health and artificial intelligence, Qure.ai is addressing healthcare’s blind spots—bringing high-quality diagnostics within reach of every clinic, health worker, and child, regardless of geography.”

Highlighting the urgency of the initiative, Dr. Justy Antony Chiramal, Project Lead and Clinical Director, Global Health Innovation, Qure.ai, said,

“This grant allows us to build on years of continuous innovation in public health and push the boundaries of what AI can do for global health. By bringing together tuberculosis, pneumonia, and broader lung health priorities—especially for children in low- and middle-income countries—we are addressing an urgent need. A child dies of pneumonia every 43 seconds, a loss that is both unacceptable and preventable, underscoring the critical need for better diagnostics and equitable access to care.”

Qure.ai is a global digital health leader with deployments across 105+ countries and over 4,800 healthcare sites worldwide, supporting the detection and management of tuberculosis, lung cancer, and neurocritical conditions such as stroke through AI-powered solutions.

Novopor Advanced Science expands US footprint with acquisition of FAR Chemical; Strengthens global specialty chemicals platform

Hyderabad & Palm Bay, Jan 23: Novopor Advanced Science Private Limited, a Bain Capital portfolio company and global performance chemicals and material science CDMO, today announced its acquisition of FAR Chemical, a US-based leader in custom and complex specialty chemical manufacturing focused on Electronics, Aerospace & Defense, Coatings & Adhesives and other Specialty Chemicals, from its US parent CPS Performance Materials Group.

The acquisition of FAR Chemical is a key milestone in Novopor’s strategy to build an integrated specialty chemical platform that delivers end-to-end solutions to customers ranging from early-stage process development to commercial scale manufacturing. Integrating FAR Chemical’s deep expertise in complex chemistries and attractive end markets complements Novopor’s existing capabilities and expands its US presence.

“FAR Chemical’s deep expertise in differentiated, complex chemistries and long track record of working with global performance chemical and material science companies make it a strategic fit with Novopor’s mission to drive innovation and deliver custom solutions. This acquisition enhances our ability to support a broader range of chemistries, accelerate time-to-market for new products, and strengthen our presence in key high-growth markets,” said Radhesh Welling, MD of Novopor Advanced Science Private Limited.

“FAR Chemical is a respected operator with a proven track record in complex specialty chemical manufacturing. The combination of FAR Chemical with Novopor strengthens the platform’s technical depth, geographic reach, and ability to support customers across the full product lifecycle. This investment underlines our continued commitment to building market-leading businesses through strategic acquisitions and operational excellence,” said Saahil Bhatia, Partner of Bain Capital.

“FAR Chemical and CPS Performance Materials have established a differentiated platform grounded in deep technical expertise, an uncompromising commitment to safety, and a strong track record of delivering innovative solutions for customers with unique and challenging development needs,” said Justin O’Connor, President of FAR Chemical. “This partnership strengthens our ability to invest in advanced capabilities while maintaining the highest standards of safety and operational discipline and enhances our ability to support customers seamlessly from development through commercial-scale manufacturing. We are proud to join Novopor in building a platform defined by technical excellence, a safety-first culture, and an unwavering commitment to our customers.”

Novopor Advanced Science, backed by Bain Capital, has been executing a strategy of targeted investments and acquisitions to expand its global footprint and technical portfolio. In 2025, Novopor acquired Pressure Chemical Company, a Pittsburgh-based specialty chemical and high-pressure chemistry expert, broadening its development-to-manufacturing capabilities and reinforcing its presence in the US market. Additionally, Novopor inaugurated a state-of-the-art Pilot Plant Facility in Visakhapatnam, designed to bridge early-stage R&D with commercial-scale production and accelerate innovation across agrochemicals, performance materials, and specialty chemicals.

KPMG served as financial advisors, Alvarez & Marsal served as technical advisors, and Honigman LLP, Khaitan & Co and Clifford Chance LLP served as legal advisors to Novopor. Raymond James, Forvis Mazars and Thompson Hine LLP served as advisors to FAR Chemical.

 Bengaluru, India, Jan 23: Samsung, India’s largest consumer electronics brand, today unveiled an early preview of its upcoming cooling innovations, marking a meaningful evolution in how comfort, intelligence and energy efficiency will define modern homes

With the message “The future of AI AC is coming,” the brand is setting expectations for an AC advancement that moves beyond conventional home cooling.

The teaser spotlights the Bespoke AI WindFree™ Air Conditioner lineup, combining advanced AI technology, premium design and smart connectivity to deliver a more refined home cooling experience for Indian conditions

The range will feature WindFree™ Cooling, along with AI Fast & WindFree™ Cooling+, AI Energy Mode, Preventive maintenance and SmartThings integration for optimized performance, better energy management and seamless control.

DSCI Inaugurates Operational Technology Cyber Security Lab in Collaboration with Rockwell Automation to Strengthen Cyber Security Resilience

New Delhi, Jan 22: Data Security Council of India (DSCI), in collaboration with Rockwell Automation, today inaugurated an Operational Technology (OT) Cyber Security Lab at the DSCI premises, Nasscom campus, Noida. The lab was formally inaugurated by Chief Guests Mr Sarit Maheshwari – CEO, NTPC Green Energy Limited and NTPC Renewable Energy Limited; Lt. Gen. Rakesh Kapoor, Former Deputy Chief of Army Staff and Dr R Ranjana, Director, Future Technologies, DRDO in the presence of Mr Stephen Ford, Global CISO, Rockwell Automation; Mr Dilip Sawhney, Managing Director – India, Rockwell Automation; and Mr Vinayak Godse, CEO, DSCI.

The initiative marks a significant step towards strengthening India’s cyber security posture for critical infrastructure, smart manufacturing, supply chain security and industrial environments amid the rapid digitalisation of operational systems.

The OT Cyber Security Lab has been established to address the cyber security risks arising from the increasing convergence of digital technologies and operational systems in industrial and infrastructure environments. The facility is intended to support focused research and experimentation on cyber security challenges specific to OT, with an emphasis on strengthening security practices in real-world industrial contexts.

Inaugurating the lab, Shri Sarit Maheshwari – CEO, NTPC Green Energy Limited and NTPC Renewable Energy Limited, said,

“As we are witnessing a digitally transformed ecosystem, isolated systems until now have converged to more connected systems and security must be incorporated right from the design stage. Am glad to see initiatives such as the OT Cyber Security Lab by DSCI and Rockwell Automation which will pave the way and open access to start-ups for strengthening the OT ecosystem.”

Envisioned as a national-level facility, the lab will enable industry and startups to test and validate cybersecurity solutions against real-world OT use cases in a controlled setting. It will also support training and capacity building by providing hands-on exposure to OT security tools, architectures, and scenarios for professionals working across critical sectors.

Vinayak Godse, CEO, DSCI, said:

“The augmentation of OT Cyber Security Lab reinforces our focus on securing operational technology environments that underpin critical infrastructure and smart manufacturing. The lab will facilitate startups to innovate, test, and validate cybersecurity solutions in real-world OT settings. By providing a controlled environment for experimentation and learning, the facility will help address complex security challenges and enhance national preparedness against cyber threats. I would like to thank Rockwell Automation for working with us and bringing their global expertise in industrial automation and security to support this initiative.”

“As India digitises critical operations, OT resilience becomes a strategic imperative. Securing OT demands visibility, discipline, and continuous validation, and above all, collective action. Cybersecurity is a shared responsibility, and it requires the commitment of companies, industry bodies, and the wider ecosystem to build truly secure and resilient operational environments. Our collaboration with DSCI translates global OT security expertise into actionable, India-ready capabilities, helping organizations assess risk, validate controls, and build resilient operations at scale. This facility advances rigorous testing and training so organisations can better anticipate threats and reduce risk across industries,” said, Dilip Sawhney, Managing Director, Rockwell Automation India 

The lab will bring together industry and startups to enable collaboration on emerging cyber threats affecting OT systems and critical infrastructure. Through this multi-stakeholder engagement, the facility aims to support practical approaches to securing industrial environments and improving national preparedness against OT-focused cyber risks.

Developed in cooperation with Rockwell Automation, the OT Cyber Security Lab has been successfully commissioned and tested, combining DSCI’s ecosystem-building approach with global expertise to deliver this capability for India.

New Delhi, Jan 22: Consistent Infosystems, one of India’s fastest-growing brands in IT hardware, networking, surveillance, and consumer electronics, has announced the launch of its latest innovation – Consistent Surge Protectors. Designed to offer dependable power safety and everyday convenience, the new range ensures enhanced protection for modern electronic devices across homes and workplaces.

The newly launched Consistent Surge Protectors are available in multiple variants to suit diverse user requirements. The range includes 4-port and 5-port models, offered with 1.5-meter and 3-meter cable lengths, providing flexibility for different installation setups and power access needs.

Engineered with advanced surge protection technology, the surge protectors are designed to safeguard sensitive electronic devices from power fluctuations, voltage spikes, and electrical surges. Their strong and durable build quality makes them suitable for daily usage, ensuring long-term reliability and safety.

Ideal for homes, offices, workstations, and commercial environments, the multi-socket configuration allows users to connect multiple devices simultaneously, such as computers, routers, printers, televisions, and other essential electronics  all while maintaining optimal power stability.

Speaking on the launch, Mr. Yogesh Aggarwal, CMD and Co-Founder, Consistent Infosystems, said,

“With the introduction of Consistent Surge Protectors, we aim to provide users with a reliable and efficient power safety solution that complements today’s growing dependence on electronic devices. This launch reinforces our commitment to delivering high-quality, practical products that enhance everyday digital experiences.”

With this launch, Consistent Infosystems continues to strengthen its portfolio of power and connectivity solutions, offering products that combine safety, durability, and performance for modern technology-driven environments.

Bangalore, Jan 22: Agora, Inc. (NASDAQ: API), a global leader in real-time engagement and conversational AI, today announced a strategic partnership with Sentino to create a new AI Agent Platform for Physical AI—designed to help AI brands and device makers build long-term, emotionally engaging AI companions.

Built using Agora’s Conversational AI Engine, the platform combines real-time conversation with memory, emotion, and multimodal expression—moving AI beyond simple chat and toward daily companionship.

“The next frontier of AI isn’t just about intelligence; it’s about presence. By combining Sentino’s expertise in emotional depth with Agora’s real-time Conversational AI Engine, we are enabling developers to move beyond transactional interactions. We’re building the infrastructure for AI that doesn’t just answer questions, but connects with people in a meaningful, long-term way,” said Tony Wang, Agora’s Co-founder and Chief Revenue Officer.

From Chatbots to Companions

Most AI agents are designed to respond. Few are designed to stay.

Agora and Sentino are addressing this gap by enabling AI agents to maintain presence, remember shared moments, and express emotion over time. The result is AI that users don’t just try once—but return to again and again.

A Simple, Scalable Ecosystem

• Agora provides the real-time AI infrastructure and overall platform design
• Sentino AI delivers agent personas and companion features on top of Agora’s conversational AI
• Customers can quickly launch AI-powered products without building core systems from scratch

This approach reduces complexity and speeds up time to market.

Four Core Features That Create Long-Term Engagement

1. Agent “OS” (Inner Thoughts): Always Present

AI agents automatically generate short, context-aware inner thoughts based on user interaction and idle time. These reflections give the agent a sense of ongoing presence—even when no conversation is happening.

Why it matters

• Agents feel alive, not silent
• Users form stronger emotional bonds and return more often

2. AI Diary: Remembering Shared Moments

AI Diary turns daily interactions into a short, persona-consistent diary entry—capturing meaningful events and emotions without any user effort.

Why it matters

• Builds a shared history between user and agent
• Encourages users to revisit past moments, increasing retention

3. Diary Illustration: Making Memories Visual

Each diary entry can include an automatically generated, crayon-style image that reflects the agent’s personality and the day’s story.

Why it matters

• Adds emotional depth without extra interaction
• Especially engaging for children, families, and lifestyle devices

4. Music Diary: Turning Memories into Sound

Music Diary transforms diary content into emotion-driven music that users can replay and revisit.

Why it matters

• Deepens emotional connection through sound
• Creates opportunities for premium content and subscriptions

Why Scenario-Based AI Works

Task-based AI solves problems. Scenario-based AI builds habits.

By focusing on daily experiences—memories, reflections, visuals, and music—the platform keeps AI agents emotionally relevant and continuously engaging.

Built for Real-World Use Cases

The platform supports a wide range of Physical AI applications, including:

• AI companions and lifestyle devices
• Education and language learning
• Fandom and brand avatars
• Meditation, reflection, and emotional guidance

Shared building blocks allow brands to expand their features quickly and easily.

Executive Perspective

“We are dedicated to building human-centric AI,” said Chris Chen, CEO of Sentino. “By transforming static characters into living assets, we are enabling IP holders to move beyond simple interactions and build sustainable, emotional economies with their fans.”

A Platform Designed to Grow Over Time

With ongoing updates and new companion scenarios, the Agora × Sentino platform is built to evolve—without disrupting existing products.

Shaping the Future of Physical AI

Together, Agora and Sentino are redefining Physical AI as AI that feels present, personal, and worth coming back to.

IIT Roorkee, Roorkee, Uttarakhand, India, Jan 22: Reinforcing its commitment to innovation-driven growth and global collaboration, the Indian Institute of Technology Roorkee has entered into a strategic Memorandum of Understanding (MoU) with AccelESG India Private Limited, a leading platform focused on accelerating technology commercialization, start-ups, and industry-academia partnerships.

The MoU aims to foster collaborative engagement in areas such as deep-tech innovation, start-up mentoring, technology transfer, capacity building, and market-oriented research. Facilitated under the guidance of Prof. Abhyanand Singh Maurya, IIT Roorkee, the partnership will enable IIT Roorkee and AccelESG India Private Limited to support early-stage ventures, facilitate industry-linked research outcomes, and strengthen pathways for translating academic innovation into scalable solutions with societal and economic impact.

The collaboration aligns closely with national initiatives such as Atmanirbhar Bharat, Startup India, Make in India, and Digital India, while also contributing to global priorities around sustainable innovation, entrepreneurship, and knowledge-based economic development.

Speaking on the occasion, Prof. K. K. Pant, Director, IIT Roorkee, said,

“This partnership with AccelESG reflects IIT Roorkee’s strategic focus on transforming cutting-edge research into real-world impact. By strengthening industry and start-up linkages, we aim to create an ecosystem where innovation seamlessly transitions from laboratories to society, contributing to national development and global technological progress.”

Mr. Sanjay Commera, Chief Executive Officer, AccelESG India Private Limited, said,

“The signing of this MoU with IIT Roorkee marks an important milestone in our mission to build strong, outcome-driven innovation ecosystems. Partnering with a premier academic institution enables us to accelerate the translation of research-led ideas into scalable technologies and startups. This collaboration will foster meaningful engagement between academia, industry, and entrepreneurs, aligned with India’s national priorities and the global innovation landscape.”

Under the agreement, joint activities may include start-up acceleration programs, innovation challenges, mentorship initiatives, collaborative research projects, and knowledge-exchange platforms. The partnership is also expected to provide IIT Roorkee students, researchers, and start-ups access to wider industry networks, global best practices, and commercialization support.

This strategic association further strengthens IIT Roorkee’s role as a leading institution driving innovation-led growth, supporting India’s transition towards a knowledge-based and globally integrated economy, and addressing complex societal challenges through technology and entrepreneurship.

Bangalore, India, Jan 22: ASUS, the Taiwanese tech giant, today announced robust performance in South India, achieving sustained growth over the last three years and reinforcing its position as one of the fastest-growing PC brands in the region. Between 2023 and 2025, ASUS recorded ~40% cumulative growth, maintaining a strong upward trajectory despite a challenging and volatile market environment.

In 2025 alone, ASUS delivered 25% year-on-year growth across South India, significantly outperforming the broader PC market. According to GfK, even as the overall market declined post-pandemic, ASUS strengthened its market share, reflecting strong brand pull, channel execution, and category leadership.

“Each region in India requires a tailored go-to-market strategy, but our vision remains unified: to make state-of-the-art technology accessible to more consumers. From AI PCs to premium gaming and consumer notebooks, our focused efforts have driven consistent growth in southern India, even in a volatile market. As we move into 2026, our priority will be scaling further, with a sharper focus on AI PCs and the premium segment,” said Arnold Su, Vice President, Consumer & Gaming PC, System Business Group, ASUS India.

Among southern states, Tamil Nadu led the growth, contributing 35% of the region’s expansion, driven by strong offline presence and exclusive store performance. Kerala followed with 25% YoY growth, supported by festive demand and channel execution, while Andhra Pradesh and Karnataka delivered steady gains of 23% and 8% YoY, respectively.

From a category perspective, consumer notebooks (NB) remained the primary growth driver, contributing 57% of total volumes, followed by gaming PCs (NR) at 40%. Gaming notebooks, in particular, performed strongly in Tamil Nadu and Kerala, reinforcing ASUS’ leadership in high-performance and enthusiast segments.

The quarter’s performance was further boosted by robust festive demand and ASUS’ extensive retail network, which helped capture higher share across regional markets. Recognizing the importance of experiential retail in India, ASUS also launched the ROG Labs gaming-first premium experience format in Bengaluru, enhancing brand engagement with consumers.

Despite a declining overall market, ASUS’ consistent outperformance demonstrates its ability to grow faster than the industry and strengthen market share, solidifying its position as one of South India’s fastest-growing PC brands.

Tokyo, India, Jan 22: TANAKA PRECIOUS METAL TECHNOLOGIES Co., Ltd., a leading global manufacturer of precious metal materials, will exhibit its Visi Fine  Series, a lineup of highly radiopaque precious metal materials and other precious metal-based materials for medical device components, at MD&M West 2026, to be held February 3–5, 2026, at the Anaheim Convention Center in Anaheim, California.

First unveiled at the 2025 event, the Visi Fine portfolio harnesses TANAKA’s deep expertise in materials development and advanced processing technologies including diverse melting methods, ultra-fine wire manufacturing, and laser processing to transform precious metals into highly reliable materials for medical device components. The Visi Fine brand name is a coined term combining “Visi”  and “Fine” It embodies the concept of delivering materials with excellent radiopacity, engineered through advanced processing technologies for use in highly reliable medical device components. By leveraging the high density, superior radiopacity, and strong resistance to oxidation and corrosion of precious metals such as gold and platinum, Visi Fine materials are particularly well suited for high-precision, minimally invasive medical devices. 

“Minimally invasive surgeries and treatments have become a cornerstone of modern clinical practice,” said Yasutaka IHARA, Director & Corporate Officer, TANAKA.

“Smaller devices such as catheters, implantable products, and diagnostic and therapeutic systems require meticulous precision while remaining clearly visible under X-ray imaging to ensure effective care. Already utilized globally, the Visi Fine series delivers exceptional reliability, customization, biocompatibility, radiopacity, and corrosion resistance, supporting the development of next-generation, high-precision medical devices.” 

To achieve these high standards, medical device manufacturers rely on premium materials from trusted suppliers. As the largest precious metals manufacturer in Asia, TANAKA combines regional leadership with a robust global presence, ensuring rapid support both domestically and internationally. With a 140-year history, TANAKA offers a comprehensive, end-to-end service model encompassing bullion procurement, materials processing and manufacturing, product sales, and recycling. This integrated approach enables medical device manufacturers to streamline supply chains, ensure material quality and traceability, and support sustainability initiatives through precious metal recovery and reuse.

Through its participation in MD&M West 2026, TANAKA reaffirms its commitment to supporting innovation in the medical and healthcare industries by supplying advanced precious metal materials backed by technical expertise, manufacturing excellence, and a resilient global supply network.

 Main Exhibited Products

The main products on display at MD&M West will include precious metal materials and precision-processed components used in a wide range of medical device applications, particularly catheter-based and implantable devices that require high reliability, biocompatibility, corrosion resistance, and radiopacity.

TANAKA offers the Visi Fine series, a lineup of highly reliable platinum-based fine wire materials that deliver excellent radiopacity, corrosion resistance, and mechanical stability, making them well suited for medical device components such as marker bands, electrodes, and implantable parts. By leveraging advanced wire drawing and processing technologies, TANAKA provides fine wires with tight dimensional control and consistent quality, supporting demanding medical applications.

Marker Bands and EP Bands

Marker bands are essential components for enhancing visibility under X-ray imaging in catheter-based medical devices, supporting accurate device positioning during medical procedures. TANAKA manufactures marker bands from smooth-surface tubing, produced through the careful selection of high-purity materials and optimized manufacturing processes to ensure excellent uniformity, durability, and radiopacity.

Solid marker bands are available in a range of materials, including Pt PtIr10, and other precious metal alloys, designed to meet stringent medical device performance requirements. In addition, split marker bands are offered to provide greater design flexibility, enabling customized configurations tailored to specific device architectures and functional needs. All marker bands are manufactured under an ISO 13485–certified quality management system, ensuring consistent quality, reliability, and regulatory compliance.

Micromachining components

TANAKA offers precious metal micromachined components for medical device applications, including cardiovascular and peripheral vascular treatments. By leveraging advanced processing technologies, such as precision machining, femtosecond laser processing, stamping, and welding, TANAKA produces complex-shaped components with excellent burr control and clean surface finishes. A broad range of precious metal materials including Pt, Pt-Ir, Pt-Ni, and Pt-W alloys supports high-precision designs that meet the stringent performance and reliability requirements of medical devices.

Rhodium sheets are specifically designed for mammography filter applications. With a controlled thickness of 0.05 mm, these rhodium sheets feature a smooth, crack-free surface and excellent thickness uniformity. By leveraging its expertise in high-purity precious metal refining and advanced materials processing, TANAKA delivers rhodium sheets with the quality and consistency required for reliable performance in mammography imaging systems.