Contents

About Quality Problems with sizing catheters used in Angiography

Sizing catheters are intended for use in angiographic procedures by physicians trained and experienced in angiographic techniques. Quality problems with sizing catheters involve structural defects, calibration inaccuracies during quantitative Imaging, and handling limitations.

About why India could emerge as a Global MedTech Contract Manufacturing Hub by 2035

India’s MedTech contract development and manufacturing organization (CDMO) opportunity could scale to $6-7 billion by 2035 as global original equipment manufacturers (OEMs) look for alternative production bases.

About Recycling Solution for Lab Plastics: Successful Feasibility Study By BD & Envetec

About Recycling Solution for Lab Plastics: Successful Feasibility Study By BD & Envetec

About Bioabsorbable Polymers for Implantable Medical Devices

Bioabsorbable polymers degrade and disappear at predictable rates, making them an ideal material for parts of implantable devices that could otherwise impair healing or create an ongoing risk of injury or infection.

About Medical Plastics Micro Moulding

About Medical Plastics Micro Moulding Medical plastics micro-molding is a high-precision manufacturing process for creating tiny, intricate plastic components for medical devices, using specialized equipment to achieve micron-level tolerances, enabling miniaturization in areas like……..

About Innovations in Medical Polymers

About Innovations in Medical Polymers Highlights Innovations in Medical Polymers using different materials and the key developments including various biodegradable polymers

About Plastic Miro Injection Moldings For Medical Devices

About Plastic Miro Injection Moldings For Medical Devices

About Challenges facing injection moulding of micro sized parts for medical industry

A growth opportunity & technical challenge exists for injection moulders to manufacture micro sized plastic parts for medical industry as manufacturers increasingly design small devices such as hearing aids, ear canal implant devices, micro pumps, and micromanipulators.

About Ultra Engineered Polymers (UEP) for the Medical Device Industry

There has been a profound shift in the medical industry where procedures have aimed to become more minimally invasive, quicker, and more effective. Due to their unique performance attributes, UEPs can work in environments and applications in which common engineering polymers would fail.

Medical Plastic Tubings: Configurations, Applications and New Techniques for Manufacturing

Plastic tubing plays a pivotal role in many advanced medical procedures, such as vascular catheters, conduits for acquiring biopsy samples, and holders for stents being implanted into heart arteries. The growing adoption of high-performance polymers and adherence to international standards presents a favorable outlook for plastic tubing usage in the Asia Pacific region.

Event: Medical Manufacturing Industry Conference,. Dates: 17 - 19 September, 2026,. Bombay Exhibition Centre, Mumbai. More Details@ https://www.medicalfair-india.com/

Conference Theme  “From Design to Delivery : Strengthening India’s Medical Device Manufacturing Ecosystem”

Innovations In Medical Polymers for Implantable Medical Devices

The use of specialized polymers with metal-like performance is changing the landscape of medical implants, offering a wider range of options for manufacturers and healthcare professionals. These new materials can improve the surgery outcomes and quality of life.

Fluid Control Components: Small Parts, Big Impact in Medical Device Design

For manufacturers developing infusion systems, diagnostics equipment, drug delivery devices and other fluid-handling applications, selecting the right fluid control components is essential to achieving consistent performance and regulatory compliance. While often overlooked, fluid control components are fundamental to medical device performance.

FREE WEBINAR ON Accelerated Ageing and Stability Testing for Pharma & Medical Device Packaging: Jun 25, 2026, 02:30 PM

HIGHLIGHTS 1. Principles of accelerated ageing and testing methodologies 2. Correlation between accelerated and real-time ageing studies 3. Seal integrity and material compatibility assessments 4. Regulatory expectations aligned with ISO 11607. Contact: medicalplastics@gmail.com

Impact of Sterilization Methods on Polymer Biocompatibility

Sterilization of medical polymers often alters their physical, chemical, and structural properties, significantly affecting biocompatibility and in vivo performance. Common methods—autoclaving, gamma radiation, ethylene oxide (EtO), and H₂O₂ plasma—can cause chain scission, crosslinking, polymer degradation, or surface toxicity. Proper sterilization must balance microbial elimination with maintaining material structural integrity, surface morphology, and minimizing cytotoxic, leachable byproducts.

Ultra-high molecular weight polyethylene (UHMWPE) Used in Orthopaedic Prosthesis

Ultra-high molecular weight polyethylene (UHMWPE) is a biomaterial widely used as part of prostheses that require articulating surfaces, such as knee endoprostheses, for its excellent mechanical qualities. The Ultra-High Molecular Weight Polyethylene (UHMWPE) market for knee implants is experiencing robust growth, driven by an aging population, increased joint replacement surgeries, and........

Understanding Thermoplastic Polyurethane: An Adaptable Material for Medical Devices

Thermoplastic Polyurethane (TPU) is one of the most versatile material platforms used in modern medical devices. For long-term implantable application, a new thermoplastic material is designed exclusively for implanted medical devices. It delivers boosted biostability—superior tolerance to oxidative and hydrolytic attack—without sacrificing softness.

Polytetrafluoroethylene (PTFE) in Medical Applications: Properties, Developments, and Clinical Relevance

Polytetrafluoroethylene (PTFE) has played a foundational role in medical device engineering due to its biocompatibility, chemical inertness, and durability. Its clinical relevance has expanded from early vascular grafts to modern smart materials and drug eluting systems. Recent regulatory assessments…

Next-gen Circular Medtech Frontier : The Rise of Smart & Sustainable Plastics

The evolution of medical plastics from 1970 to the present has transitioned from simple, single-use disposables to high-performance, biocompatible polymers and 3D-printed solutions. This journey has been driven by the need for infection control, patient safety, and advanced surgical outcomes. Transitioning to a circular Medtech economy requires a commitment to high value, affordable healthcare.

Engineering Polymers & Ultra Engineered Polymers (UEP) for Medical Device Industry

These polymers have greater engineering properties than commodity materials but are more difficult to process. The end result is in terms of the quality and stability they bring to medical components.Key properties like biocompatibility, strength, durability, and resistance to sterilization make them suitable for these uses.

Understanding Medical Plastic Tube Manufacturing: Process, Applications & Innovations

The article explains from basics of medical plastic tubes manufacturing including various stages involved starting from material selection, key aspects involved, extrusion process challenges and ways to manage them. It also includes different medical tube configurations, their applications as well as innovations and emerging trends.

The Engineer’s Guide to Medical Device Luer Connection Selection- Qosina

Few components are as critical as luer connections in the world of Medical Device. Choosing. Choosing the right luer connector is a decision that impacts safety, usability, manufacturability and compliance. The article will give overview on connector types, standards and design considerations required to ensure optimal performance in the Medical Devices.

Defining Medical Grade Plastics Materials

Defining Medical Grade Plastics Materials Currently there is no regulatory definition of a medical grade polymer. However, regulatory norms do require certain essential qualities and testing needs for raw materials used in medical devices.The cover story article gives detailed explanation including major requirements as well as critical aspects related to end use.

IMDI 2025 — the 23rd National Conference and Technology Exhibition on the Medical Devices Industry

IMDI 2025 — the 23rd National Conference and Technology Exhibition on the Medical Devices Industry — held on August 29th and 30th at Chennai was organized under IMDI Conferences promoted by "MEDICAL PLASTICS DATA SERVICE' with the Association of Tamil Nadu Medical Device Industry (ATMED) as coorganizer along with SPE INDIA Medical Plastics Division. The event was a celebration of innovation, collaboration, and knowledge sharing by combining technical sessions, success stories, One-to-one interactions, technology Show Exhibition and field visits.

Global Medical Devices Outsourcing Market

Medical device outsourcing is contracting out the process of developing medical devices, manufacturing, and other associated processes to external organizations. It helps medical device companies enhance efficiency, reduce cost, and leverage specialist expertise in different stages of the product life cycle.

Medical Device Industry Clusters in India: Growth Dynamics

India's medical device industry is experiencing significant growth, with clusters and parks emerging across the country to support domestic manufacturing. In order to introduce one such cluster, detailed information on Tamil Nadu Medical Device Industry Ecosystem is given is in this issue.

Medical Device Industry Clusters in India: Growth Dynamics

India's medical device industry is experiencing significant growth, with clusters and parks emerging across the country to support domestic manufacturing. In order to introduce one such cluster, detailed information on Tamil Nadu Medical Device Industry Ecosystem is given is in this issue.

The Use of Radiopaque Fillers in Medical Material Manufacturing

By Joseph Wilson, Business Development Manager, PEAK Performance Compounding, LLC, USA Radiopaque fillers are mineral or metal powders incorporated into polymers to enhance their visibility under X-ray and fluoroscopy. The use of radiopaque fillers enables healthcare professionals to monitor the placement, movement, or functionality of a medical device inside the body to deliver lifesaving therapies. This is critical for minimally invasive medical procedures.

Polyurethanes as Biomaterials in Medical Devices

Dr. Ajay D. Padsalgikar, Ph.D., Technical Director, Boling Inc., USA. Polyurethanes are a class of polymers that are prominently used in various medical device applications. The use of polyurethane formulations in different areas of medical devices is well established. However, given the versatile nature of these materials combined with their inherent biocompatibility, newer application areas are emerging.

Plasticizers for Medical Grade PVC Applications: Safe Alternatives

As part of their commitment to innovation, continuous improvement of safety, performance, and cost-efficiency, companies within the medical PVC value chain have progressively made available a wide range of alternatives to DEHP plasticizer for medical applications, which are approved by the European Pharmacopeia.

Plastic Additives and Role of Plasticizers in Medical Devices

Plasticizers play a key role in sensitive applications such as medical tubing and other device components by imparting flexibility, durability, and elasticity required to resist kinking and failure in future modes. Plasticizers are selected for their ability to meet critical application requirements while maintaining biocompatibility and enhancing clarity.

Medical Grade Polymers: Importance of Change Management for Regulatory Compliance

In medical devices industries, a change management plan is crucial for maintaining regulatory compliance and ensuring product quality. The materials have to meet design needs such as mechanical, thermal, chemical, as well as biocompatibility requirements. It is also important to have safety of long-term supply with constant quality.

Advance Medical Grade Silicone Tubing

Designed for precision, reliability, and biocompatibility, the tubing solutions are engineered to meet the demanding requirements of critical medical appllcatlons whlle supporting OEMs with customized, application-specific products. Quality is integrated into every stage of manufacturing through a comprehensive four-stage verification process.

Precision Multilayer Tubing for Interventional Catheter Innovation

The company's tri-layer inner tubing pairs polyamide (nylon) or polyether block amide copolymer (PЕВА) outer layers with a high-density polyethylene (HDPE) inner layer, joined by an extremely thin adhesive tie layer. The HDPE inner layer reduces friction on the guldewire for smoother tracking and navigation.

Advancing India's Medtech Ecosystem Through Local Manufacturing of Medical Device Components

The Company hasexpanded its investment in India through a new advanced medical component manufacturing facility in Chennai, developed in collaboration with Polyhose, a leading manufacturer in fluid conveyance systems. The company now manufactures precision striped tubing in India with integrated 3-, 4-, and 6-stripe configurations.

Qosina Expands Beyond Components with Launch of Regulatory Services

Qosina Expands Beyond Components with Launch of Regulatory Services

Bry-Air Plastic Drying Equipment

Bry-Air Plastic Drying Equipment

Bry-Air Plastic Drying Equipment

Bry-Air Plastic Drying Equipment

Bry-Air Enhances Medical Plastics: Advanced Solution for Medical Polymer Treatment

PFAS in Single-Use Systems for Blopharmaceutical Manufacturing

Per- and polyfluoroalkyl substances (PFAS) have emerged as one of the most consequential chemical classes facing the biopharmaceutical industry today. PFAS are widely used in the form of fluoropolymers and fluorinated processing aids within single-use systems (SUS), including bioprocess bags, tubing, filter assemblles, connectors, gaskets, dlaphragms, seals, and membrane technologies.

Manufacturing Multi-Layer Extruded Tubing for Medical Devices

Manufacturing Multi-Layer Extruded Tubing for Medical Devices Co-extruded multilayer medical tubing uses a process where multiple polymer layers are simultaneously extruded into a single tube, creating a composite structure with distinct functions for each layer, like inner lubricity for drug flow and outer strength for handling. This advanced tubing is crucial for modern medical devices, enabling complex medical devices better performance, biocompatibility, and specific properties not possible with single-layer tubes. The article describes key features & benefits, applications, material combination as well as processing challenges.

Precision Begins at the Mold: The Next Leap for India's MedTech Industry

Behind every life-saving plastic component lies a silent enabler that rarely makes headlines: the mold. While startups and manufacturers focus on design and materials, the lack of local, high-precision tooling continues to delay launches, inflate costs, and stifle scale. Dr Teja Maganti explains why India needs a network of precision tool rooms located within medical manufacturing clusters.

Innovation For Medical Plastics Injection Molding

The medical device industry demands precision, safety, and reliability, Injection molding continues to rise to the challenge. With rapid advancements in technology, today’s medical injection molding processes are more intelligent, efficient, and capable than ever before. Here’s a closer look at some of the most exciting innovations shaping the future of this vital field.

ABC of Performance Plastics & Their Applications in Food Pharmaceuticals and Medical Devices

This is in continuation to my last writeup published in MPDS magazine volume 33 (Jan-Feb 2025). Introduces few more Important performance plastics whlch are In use In the field of Food, Pharmaceutical & Medical Devices.

Silicone Tubing: The Silent Enabler of Modern Biopharmaceutical Manufacturing.

Biopharmaceutical silicone tubing is far more than a passive conduit. It is a precisely engineered, chemically sophisticated, and rigorously validated component that directly impacts product quality, patient safety, and manufacturing reliability.

Importance of Medical - Grade PVC in Modern Healthcare

Medical-grade PVC remains one of the most important materials used in the healthcare industry. Its combination of flexibility, durability, transparency, chemical resistance, sterilization compatibility, and cost effectiveness makes it suitable for a broad range of medical applications.

Compounding Of Non-toxic PVC, PVC In Medical Tubing and Blood Bags, Safety and Biocompatibility Concerns

Compounding Of Non-toxic PVC, PVC In Medical Tubing and Blood Bags, Safety and Biocompatibility Concerns - PVC is compounded along with various additives before converted into injection moulded parts, extruded tubes etc required as components for Medical Devices. The article explains various applications along with safety and biocompatibility concerns for using PVC Compounds and also various quality standards to be followed.

Emerging Trends for Use of Medical Plastics in IVD Industry : Opportunities & Challenges

Emerging Trends for Use of Medical Plastics in IVD Industry : Opportunities & Challenges - In Vitro Diagnostics (IVD) refers to tests done on samples such as blood or tissue that have been taken from the human body. It is essential for disease detection, monitoring & treatment decisions. The article explains how Medical Plastic Materials are integral to the advancement of IVD industry, offering versatility, efficiency and innovation.

Performance Plastics & Their Applications In Food Pharmaceuticals and Medical Devices

The article is in continuation to the one published in MPDS, volume 33 ( Jan-Feb 2025). It explores few more important performance plastics which are in use in the field of Food, Pharmaceutical & Medical devices.

Decoding Thermoplastic Polyurethane (TPU)

Thermoplastic polyurethanes (TPUs) are some of the most adaptable materials for medical devices, offering a balance between rigid polymers and elastomers. TPl_Js can be processed via extrusion, molding and thermal bonding techniques. When selecting a TPU for your medical device, evaluate

The ASPIEL Syringe: Innovation Born in the Operating Room

High risk injections are performed every day in operating rooms, emergency departments, pain clinics and many other healthcare settings. One of these safety practices is aspiration. The Aspiel Syringe is a novel syringe designed to simplify aspiration during high-risk injections while allowing the clinician to maintain better control of the device.

Building India's Integrated Medical Device Innovation Ecosystem

Innovation begins long before manufacturing. Recognizing this, AMTZ has established a comprehensive support framework that assists innovators throughout their product development journey. The ecosystem includes specialized support cells for technology transfer, product realization, market intelligence, trade facilitation, certification services, and health technology assessment.

Advances in Micro-extrusions and Importance of Catheter Liners

Miniaturization is an ongoing trend in medical technology, and one of the enabling manufacturing processes Is micro-extrusion, which is used to produce ultra-thin, precision tubing. Advances in this technology, the materials that can be processed, and surface treatment techniques continue to push the boundaries of medical technology.

Biocompatible Coatings for Polymeric and Other Medical Devices: Global Trends

Biocompatible coatings for medical devices enhance tissue integration, prevent thrombosis, and minimize immune reactions by tailoring the surface chemistry of implants and instruments.The biocompatible coating market was valued at $13.4 billion in 2023, and is estimated to reach $41.4 billion by 2033, growing at a CAGR of 12% from 2024 to 2033.

Shape Memory Polymer Market Trends

Due to the shape memory effect, the medical devices based on SMP can be implanted into body through minimally invasive surgery in contraction or folded state and recovered to their requisite original shapes at target position. The global shape memory polymer (SMP) market for medical devices is experiencing rapid growth, projected to exceed…..

Global Medical Injection Moulding Market Size

A Global Medical Injection Moulding Market Size. The medical injection moilding market id driven by the increasing demand for high-end medical devices .The Asis Pacific region plays a dominant role in the market. The article highlights major endues sctors.

• Bioabsorbable Polymer Based Medical Devices • Circularity For Hospital Plastic Waste

• Bioabsorbable Polymer Based Medical Devices Bioabsorbable polymer-based medical devices are implantable materials that degrade and are safely assimilated by the body over time, eliminating the need for a second surgery for removal, thus reducing patient discomfort and healthcare costs. • Circularity For Hospital Plastic Waste Explains how potential of circular plastic innovations when leading actors from across the medical ecosystem closely collaborate.

• Global Medical Elastomer Market

• Global Medical Elastomer Market The Medical Elastomer Market is witnessing strong growth driven by demand for flexible, durable, and biocompatible materials in medical devices, implants, and packaging. • Single-Use Plastics In Healthcare : Circularity And Decarbonisation Strategies Protecting patient health is non-negotiable — but many plastics pose their own risks. Information on five practical, evidence-based circular economy strategies are highlighted

Healthcare Plastic Waste Management Challenges & Opportunities: Case Study

Most of the hospital waste is being disposed of in landfills or incinerated. However, 85% of the hospital waste generated is non-hazardous, meaning it is free from contaminants and biological risks. This, combined with the high quality of the plastic waste, results in strong potential for recycling as explained in the case study detailed in the article.

European Union Medical Devices Market

Close to 30% of India's medical device export of India is to the European market, and this export has a growth rate of approximately 7.5%. This makes the European market important. The European Union, with 27 countries act as a single economic and political block for the policies related to these areas.

EXPORT OF MEDICAL PLASTIC COMPONENTS - INTERNATIONAL MARKET EXPLORATIO

The strengths in favour of this opportunity are a growing market and “Advantage India” for high quality and low cost. The challenges would be to find the right buyer with price and volume, followed by robust supply chain management

Cambodia and Laos Medical Devices Market

Highlights: Very large medical devices imports, smaller market size, Product approval takes longer, Highlights of laos, A smaller market, An Opportunity, just opening up.

Malaysia Medical Devices Market

More than 90% requirement of Malaysia's medical device market is catered by Imports and thus the export opportunity for medical devices is huge. The government’s centralised procurement system is also a big opportunity. As a rubber manufacturer, Malaysia supplies 60% of the world’s medical gloves and 80% of the world's rubber catheters.

Indonesia Medical Devices Market

Indonesia Medical Devices Market • Large existing and future market for medical devices, large imports, country with no inclination towards local manufacturing

Vietnam Medical Devices Market

Vietnam Medical Devices Market Highlights: • High-growth market • Low-cost registrations Very high imports and imports encouraged

Exploring Intemational Markets for Medical Devices : A Strategic Perspective

Highlights: How To Select A Market For The Export Plan - Market Scanning As Well As Market Selection Based On The Regulatory Aspect

Argentina Medical Devices Market

Mr. Amit Dave - M. Pharm, MBA, Former CEO – Brazil Operations/Vice President Export – Zydus Cadila Lifesciences Argentina Highlights: Heavy dependence on imports, very high healthcare spending by the country, easy regulatory regimen, high future growth expectations.

Eleven Associations Seek Urgent Re-examination Of The

Eleven Associations Seek Urgent Re-examination Of The "Draft Drugs, Medical Devices And Cosmetics Bill, 2026". • Parliamentary Panel's Report On MedTech Roadmap to Shape Indian Industry

AiMeD hails appointment of 22 drug inspectors for medical devices, calls for stronger regulatory capacity • ICMR launches Innovator-Industry platform, transfers 41 public health technologies for development

• AiMeD hails appointment of 22 drug inspectors for medical devices, calls for stronger regulatory capacity • ICMR launches Innovator-Industry platform, transfers 41 public health technologies for development

India's Medical Device Sector Gets Its First Standardised Testing Fee Framework

India's Medical Device Sector Gets Its First Standardised Testing Fee Framework

Dr Rajeev Singh Raghuvanshi’s Reappointment As Drugs Controller (India)

Dr Rajeev Singh Raghuvanshi’s Reappointment As Drugs Controller (India) • AiMeD Welcomes CDSCO's Initiative To Boost Drug Factory Inspections via QCI-NABCB Accredited Bodies • ICMR Launches "Medical Innovations Patent Mitra" to Support Biomedical Innovations • Medical Devices Sector Hopes India-EU FTA To Be Beneficial To The Industry

Parliamentary Panel Recommends Measures To Expedite Approvals And Innovation In Medical Devices Sector

Parliamentary Panel Recommends Measures To Expedite Approvals And Innovation In Medical Devices Sector • Licenses For Manufacturing And Importing Medical Devices Will No Longer Lapse After Five Years • AiMed Welcomes Comprehensive Economic Partnership Agreement (CEPA) with the Sultanate of Oman.

• ICMR Opens Opportunities For Start-ups And MSMEs In Medical Devices Sector

• ICMR Opens Opportunities For Start-ups And MSMEs In Medical Devices Sector • India EFTA TEPA Excludes Medical Devices • Industry Bodies Welcome CDSCO's Draft Guidance On Medical Device Software • Dop Rolls Out Sensitisation Programmes to Guide Pharma, Medtech Industry on Amended PRIP Scheme

• AiMeD Welcomes Government's GST Rate Cut and MRP Implementation Relief for Medical Devices

• AiMeD Welcomes Government's GST Rate Cut and MRP Implementation Relief for Medical Devices • NPPA Directs Drug Makers To Reduce Medicine Prices Following GST Rate Cut • India-UK Trade Deal: Med Device Firms Cautious About Country Of Origin

DoP Modifies Guidelines On Capacity Building Scheme For Medical Devices

DoP releases operational guidelines for strengthening of the medical device industry scheme. Government’s new MedTech scheme will help domestic players give up pseudo-manufacturing & restart real production: AiMeD. India is the fourth-largest medical devices market after Japan, China, and South Korea: Union Minister Anupriya Patel.

Inauguration of SPE INDIA Student Chapter@CIPET:IPT Chennal

Inauguration of SPE INDIA Student Chapter@CIPET:IPT Chennal

Poly Medicure Bets on New Facilities, Products to Double Int'l Business: Himanshu Baid.

Poly Medicure Bets on New Facilities, Products to Double Int'l Business: Himanshu Baid

MedTech in India-Poised for Take-off

The MedTech ecosystem is evolving toward the delivery of world class, patient safe, internationally benchmarked medical technology from India to the world. The sector is witnessing momentum: modern factories, advanced R&D labs, expanding exports, and Indian enterprises steadily moving up the value chain.

Panel asks DoP to monitor progress of medical devices parks

Panel asks DoP to monitor progress of medical devices parks

AMTZ Expands Additive Manufacturing CoE to Boost India's MedTech Sector

AMTZ Expands Additive Manufacturing CoE to Boost India's MedTech Sector

MedArtha & WTC–AMTZ: Building India’s First Operator-Led MedTech Ecosystem

MedArtha & WTC–AMTZ: Building India’s First Operator-Led MedTech Ecosystem

“MEDICAL PLASTICS DATA SERVICE” RECEIVES 16 TH MT INDIA HEALTHCARE AWARD 2026 AS “MOST PROMISING COMPANY IN TRAINING & CAPACITY BUILDING”

“MEDICAL PLASTICS DATA SERVICE” RECEIVES 16 TH MT INDIA HEALTHCARE AWARD 2026 AS “MOST PROMISING COMPANY IN TRAINING & CAPACITY BUILDING” • Fake ISO Certificates Claiming Safety And Quality Of Medical Devices Need To Be Verified: Experts • Shape-Memory Polymers Redefine Heart Valve Implants

When Global Healthcare Innovation Met Science of Smart Materials World Health Innovation Forum 2025 at AMTZ With Special Session By SPE INDIA Medical Plastics Division

NDUSTRY NEWS • When Global Healthcare Innovation Met Science of Smart Materials World Health Innovation Forum 2025 at AMTZ With Special Session By SPE INDIA Medical Plastics Division • Andhra Set To Become The ‘Medical Device Capital Of The World’ With Massive 500-Acre Expansion • Odisha Unveils Pharmaceutical And Medical Devices Policy To Bring Rs 25,000 Crore Investment By 2030 • Manufacturing And Innovation Of Medical Devices In India

• Terumo India Expands Interventional Cardiology Portfolio With The Launch Of FineCross’

• Terumo India Expands Interventional Cardiology Portfolio With The Launch Of FineCross’" M3 Mico-Guide Catheter • Gamma Radiation Centre To Come Up At Medical Device Park • SITRA, Coimbatore Introduces “Meditex Chronicle” A Quarterly Newsletter

Medical Plastics Data Service

• Medical Plastics Data Service" to be the Knowledge Partner for Skill Development Certificate Course for Plastics in Medical and Healthcare Industry by AlPMA's AMTEC • India Set To Drive Affordable Innovative Healthcare Solutions :

Covestro Launches Production Of Medical-grade TPU In Asia Pacific

Medical Manufacturing Industry Conference

Conference Theme  “From Design to Delivery : Strengthening India’s Medical Device Manufacturing Ecosystem” Dates: 17 th , 18 th & 19 th September, 2026 Hall 4, Bombay Exhibition Centre, Goregaon (E), Mumbai, India

Medical Kolkata 2025: East India's Largest & No.1 Medical Equipment Exhibition

Plastic Drying As a Medical Device Imperative - Bry Air

Plastic Drying As a Medical Device Imperative - Bry Air

Qosina and Informa Markets Launch Student Education Initiative to Empower the Next Generation of MedTech Engineers

Qosina and Informa Markets Launch Student Education Initiative to Empower the Next Generation of MedTech Engineers

Qosina Announces Strategic Partnership with Zenius to Expand Global Medical Device Development Support

Qosina Announces Strategic Partnership with Zenius to Expand Global Medical Device Development Support

Qosina Debuts Interactive Vending Machines for Engineering Samples

Qosina Debuts Interactive Vending Machines for Engineering Samples

Qosina Announces Distribution Partnership with Sealed Air to Offer NEXCEL® BIO1250 Bioprocessing Bag Film . Bry-Air Plastic Drying Equipment

Qosina Announces Distribution Partnership with Sealed Air to Offer NEXCEL® BIO1250 Bioprocessing Bag Film Bry-Air Plastic Drying Equipment

Lee Pochter Appointed CEO of Qosina as Scott Herskovitz Becomes President

Also appointed as Chairperson of the Board.

The Strategic and Regulatory Implications of Cost-Based Selection of Contract Laboratories in Regulated Industries

In regulated product development, laboratory studies constitute critical evidence supporting safety and performance claims. The integrity of this evidence depends on ompliance infrastructure, scientific rigor, documentation quality, and sustained technical engagement. While cost containment remains a legitimate operational objective, disproportionate emphasis on low pricing may introduce systemic vulnerabilities. Short-term financial savings can translate into long-term regulatory, economic, and reputational risk.

Test Your Personal Protective Equipment (PPE): Ensure Quality And Safety

Test Your Personal Protective Equipment (PPE): Ensure Quality And Safety The article describes various quality and testing requirements for Personal Protective Equipment (PPE). Non-woven PP is the most commonly used raw material for the development of medical PPE fabrics, such as gowns, coveralls, surgical masks, and air/water filters. The article describes quality requirements as well as methods to test important quality parameters.

Recent Updates to ISO/FDIS 10993-1:2025 and Their Implications for Medical Device Manufacturers

ISO/FDIS 10993-1:2025 represents a significant turning point in the regulation of biological safety for medical devices. Among the many updates introduced in the 2025 revision, several stand out for their immediate impact on manufacturers. The message for manufacturers is clear: adaptation is not optional. Companies that act early, invest in updating their processes, and engage proactively with regulators will be best position

Materiovigilance in India: Strengthening Safety Surveillance for Medical Devices

Materiovigilance aims to identify and address adverse events, malfunctions, or safety concerns early on. Timely action not only enhances patient safety but also helps maintain public trust in healthcare systems. Post-market surveillance is a critical component of medical device regulation.

Ensuring the safety and performance of latex medical examination gloves

Dr. Gijo Raj, Scientist, Division of Polymeric Medical Devices, Biomedical Technology Wing, SCTIMST, Trivandrum The quality of latex medical examination gloves is critical in delivering safe and effective healthcare in hospitals. They not only help ensure patient safety but also help protect healthcare workers from diseases that spread through cross-contamination. The article explains actual methods to ensure testing and performance of examination gloves.

High-performing Pens and Autoinjectors in India: What Today’s Market Demands from Manufacturers

India’s autoinjector market is shaped by four key pressures: demand, cost, time to market, and manufacturing capability. The rapid growth of biosimilars and generics means manufacturers must operate at lower margins, while still meeting global quality standards. At the same time, being first to market is critical—particularly as patents expire and competition increases.

The EU Medical Device Proposed Changes and their interpretation

The proposals provide an overhaul of current requirements under the MDR and IVDR, aimed at streamlining regulatory processes, reducing administrative burden, and enhancing predictability, while maintaining patient safety and public health. For manufacturers, healthcare institutions, innovators, and industry stakeholders, the proposals signal a shift toward a more proportionate, risk-based system that supports timely access to critical technologies without compromising quality.

Navigating the Regulatory Landscape: A Comprehensive Overview of MedTech Regulations in India

Dr. Nagpal, Kin Solutions, New Delhi The Medical Devices Rules, 2017, serve as the cornerstone of the regulatory framework for the MedTech industry in India. The licensing process entails the submission of detailed technical documentation, testing reports, and evidence of compliance with quality management system (QMS) standards such as ISO 13485 or the 7th Schedule of MDR 2017.

A Definitive Treatise on Medical Device Clinical Research in the Era of Medical Technology

the need for a rigorous, structured, and comprehensive understanding of Medical Device Clinical Research has never been more urgent. Addressing this critical gap with remarkable clarity and depth, Essentials of Medical Device Clinical Research by Dr Ashish Indani emerges as a seminal contribution to the evolving body of knowledge in Medical Technology Clinical Research.

Application of Artificial Intelligence (AI) and Machine Learning (ML) In Contract Manufacturing & Medical Device Industry

Application of Artificial Intelligence(AI) and Machine Learning (ML) in Contract Manufacturing & Medical Device Industry- The article explains how contract manufacturing works and its benefits for OEMs, how AI and ML are transforming Medical Device Manufacturing as well as future of AL in Medical Device manufacturing.

SMC Medical Manufacturing Pvt Ltd Receives CII Industrial Innovation Award 2024

Medical Device Sector Needs Government Support

Himanshu Baid, Chairman, National Medical Technology Forum, CII Highlights of views expressed by Mr. Himanshu Baid on how exports of India's med-tech industry could reach USD 29 billion by 2030.