Design smarter products to enable better clinical outcomes and enrich patient experience.
Leverage decades of experience in Medtech to ensure first-time-right design and manufacturing.
Utilize a low-cost country base to reduce program costs and implement value engineering to optimize product cost.
With more than 300 engineers and over 1,000 high-mix, low-volume manufacturing resources, we undertake end-to-end product development ownership. By leveraging our internal R&D facilities across a range of emerging domains, we help customers develop innovative products. With a state-of-the-art manufacturing infrastructure in compliance with ISO 13485:2016 we are able to deliver high-quality products in line with market needs.
From concept development to embedded electronics and mechanical design analysis, we provide strategic solutions aligned to our clients’ requirements.
With a design-led manufacturing approach, we provide smarter solutions that align with your design to build specifications.
Our medical equipment maintenance solutions include product sustenance, remediation, aftermarket support, and data analytics for ongoing product life cycle management.
Cyient has partnered with Molbio Diagnostics to manufacture COVID-19 testing devices and chips that will help diagnose the disease and enable faster prognosis. Molbio developed the world’s first portable real-time qPCR platform to detect infectious diseases.
By developing an algorithm for temporal pattern recognition across failures and creating a dashboard for visualization of failure events, we helped our customer accurately predict failures and reduce downtime, as well as optimize inventory holdings and maintenance scheduling at field service locations.
Through our value engineering services—mechanical teardown, electronics teardown, and LCC sourcing—we helped reduce overall costs by 24% for an endescope reprocesser without altering the look and feel of the device. We also maintained stringent delivery budget and timelines to ensure ROI within 2 years and ensured that all design changes were retained as reverse compatible, not requiring 510k resubmission.
By providing detailed drawings for manufacturing and assembly, using 12 NC numbering for CAD data, as well as creating BOM and release documents and a component library, we helped ensure a newly acquired set of products that were lacking in product documention were compliant with existing quality and regulatory standards.
By developing an algorithm for temporal pattern recognition across failures and creating a dashboard for visualization of failure events, we helped our customer accurately predict failures and reduce downtime, as well as optimize inventory holdings and maintenance scheduling at field service locations.
Through our value engineering services—mechanical teardown, electronics teardown, and LCC sourcing—we helped reduce overall costs by 24% for an endescope reprocesser without altering the look and feel of the device. We also maintained stringent delivery budget and timelines to ensure ROI within 2 years and ensured that all design changes were retained as reverse compatible, not requiring 510k resubmission.
By providing detailed drawings for manufacturing and assembly, using 12 NC numbering for CAD data, as well as creating BOM and release documents and a component library, we helped ensure a newly acquired set of products that were lacking in product documention were compliant with existing quality and regulatory standards.
We specialize in design and manufacturing of imaging systems and subsystems, peripherals, and accessories. Work also includes reliability engineering and complete box-build of diagnostic imaging systems.
In-depth expertise with designing and manufacturing of medical grade wearables, cardiac monitors, and remote monitoring devices.
Broad experience in development and contract manufacturing of point-of-care devices, clinical chemistry analyzers, and PCR-based laboratory equipment.
Sustaining engineering and life cycle management for toothbrushes, blood pressure monitors, and glucometers.
Remediation, and sterile, and non-sterile packaging development for cases and trays,implants, surgical tools. Building expertise in navigation tools for surgeries and additive manufacturing.
Cyient Recognized as a “Major Contender” in the Everest Group PEAK MatrixTM: Medical Devices Engineering Services Assessment 2019
Automated Testing Solutions for Medical Technology
Medical Technology and Healthcare Business Overview
Predictive Asset Maintenance Platform for Medical Industry
Medical Technology and Healthcare Overview
Medical Internet of Things – A Game Changer in the Healthcare Space
MedTech Product Documentation Services
Harnessing the Power of Value Engineering
UDI – Moving Beyond Identification, More a Practice than Compliance
Finding New Product Value in Medical Devices Through Functional Analysis
MedTech Remediation Solutions
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