Offer a comprehensive catalogue of 3D printers specifically designed for biomedical applications, including desktop printers, industrial-grade printers, and bioprinters capable of printing with bioinks and biomaterials.
Provide a selection of biomedical-grade printing materials such as biocompatible resins, filaments, hydrogels, and bioinks suitable for printing tissue-engineered constructs, implants, and medical devices.
Offer specialised 3D printing software tailored for biomedical applications, including CAD software for designing anatomical models, medical devices, and patient-specific implants, as well as slicer software optimised for printing with biocompatible materials.
Allow customers to customise their printers with additional features, accessories, and upgrades tailored to their specific needs and applications, such as dual extruders for printing with multiple materials or heated build platforms for printing with high-temperature materials.
Provide educational resources, tutorials, and training materials to help users learn about the capabilities of 3D biomedical printing technology, understand best practices, and optimise their printing workflows.
Offer technical support services, troubleshooting assistance, and maintenance plans to ensure the smooth operation and longevity of customers' 3D printers, as well as on-site installation and training services for larger industrial-grade printers.
Ensure that all products and materials offered on the webshop comply with relevant regulatory standards and guidelines for medical devices and biocompatible materials, providing documentation and certification where applicable.
Provide integration with biomedical imaging software and DICOM (Digital Imaging and Communications in Medicine) files, allowing users to import patient-specific anatomical data for creating custom models and implants.
Foster a community of users and experts in biomedical 3D printing, offering forums, discussion groups, and collaboration platforms where users can share knowledge, exchange ideas, and collaborate on projects.
Showcase case studies, success stories, and examples of real-world applications of 3D biomedical printing technology, demonstrating its impact in healthcare, research, and medical education.
This web application is made for online sell of Biomed printers
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In this model, the project scope of work with its associated cost and timeline is predefined before the development takes place. It is a preferred model for longer periods of engagement. Clients always remain assured of the project cost & time frame as agreed. This model suits for a crystal clear project with regards to scope & timeframe. Term “ Fixed” is associated with a “Fix Budget” and “Fix Scope” with No additional cost.
This is a very classic and simple way of engagement wherein clients pay for the number of hours the app developer works on a project. Clients easily start the project as they don't have to walk in with detailed specifications. Dedicated developer model is a cost-effective way for companies to hire full or part-time IT professionals for websites, mobile apps, or software development. ideal for businesses seeking professionals It teams to effectively utilise time.
This Model is more preferred for the short term project & maintenance types of projects in which you pay for “the time invested” meaning pay for the hours used in specific assignments or projects. Time and Material hiring model offers flexibility, cost saving, access to expertise, scalability & time-saving for projects with dynamic requirements. Ideal for businesses needing future modifications into their systems.
E-424, Ganesh Glory-11, Jagatpur Rd, near BSNL Office, off Sarkhej - Gandhinagar Highway, Jagatpur, Ahmedabad, Gujarat 382470
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