Tensentric


Engineering and manufacturing services for medical devices, in‑vitro diagnostics, life sciences instruments, and cell & gene therapy systems. Offers end‑to‑end product development from Phase Zero concept and human factors through design, validation, New Product Introduction (NPI) and low-to-medium volume manufacturing under an ISO 13485 quality system.

Industries

manufacturing
medical-device

Nr. of Employees

small (1-50)


Patents

Systems, methods, and devices for automated nucleic acid and protein isolation

US-11994528-B2

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Testing device for a uroflowmeter

US-11534093-B2

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Uroflowmeter

US-D920502-S1

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Uroflowmeter

US-D919798-S1

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Uroflowmeter

US-D873995-S1

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Products

Turn-key System Design

Tensentric offers comprehensive system design services from initial concept through volume manufacturing, including prototyping and NPI.

Human Factors Engineering

Provides human factors engineering to optimize product usability and safety, ensuring compliance with US and OUS standards.

Custom Engineered Instruments and Consumables

Specializes in the development of custom engineered instruments and consumables for medical applications.

Manufacturing of Finished Products

Facilitates the manufacturing of finished products with a focus on complex system assembly during NPI and volume ramp-up.

Regulatory Compliance Support

Assists clients in meeting regulatory constraints for various medical devices and systems, ensuring safety and effectiveness.

Agile Product Development Under Design Controls

Utilizes a hybrid Agile development process tailored for medical device development, emphasizing rapid and efficient product realization.


Services

User research, risk analysis, formative and summative usability testing to produce HFE deliverables for regulatory submissions.

Cross‑disciplinary product development including Phase Zero risk reduction, industrial design, mechanical/electrical engineering and prototyping under design controls.

Secure product development, threat modeling, security requirement creation and secure firmware practices for regulated devices.

Controlled production runs, line validation, cleanroom assembly and ramp‑to‑volume manufacturing in a facility operating under ISO 13485.

In‑house biochemical testing, assay prototyping and high‑fidelity integration testing to reduce assay‑instrument interface risk.

Interdisciplinary design to meet reliability, EMC and test requirements, plus custom assembly and test fixture development for verification.

Expertise Areas

  • Medical device product development
  • In‑vitro diagnostic instrument and consumable development
  • Cell and gene therapy bioprocessing automation and scale‑up
  • Human factors engineering and usability
  • Show More (5)

Key Technologies

  • Fluidics and liquid handling
  • Optics and fluorescence detection
  • Embedded software and firmware
  • Human factors / UX research methods
  • Show More (8)

News & Updates

Industry networking event hosted at company office focused on advanced therapies.

Article describing sterilization considerations for complex medical consumables and materials interactions.

Overview of human factors engineering importance for medical devices and IVD systems.

Company operates under an ISO 13485 quality management system (certificate available online).

Announcement of new manufacturing facility to support NPI and volume manufacturing.


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