work

Perhaps the most important page in our entire site.

It’s certainly our favorite one.

We hear it time and time again from our new clients. “We could tell you knew exactly what you were doing just by looking at your products page.”

That’s very high praise. But it’s something that just didn’t happen. It came from over 1,100 years of combined experience. It was earned by the countless hours that go into the design of more than 200 successful medical devices. And the proof is in the more than 75 patents our engineers hold.

They have no doubt we will help them succeed. Because we’ve done it before.

IVD/Life Sciences

The capabilities of clinical diagnostic systems are increasing every day. And while patients are seeing greater benefits, the field has become far more complex.

Our engineers are not just keeping up, they’re setting the pace. We participate in concept development, system level design and architecture, algorithm development, robotics, fluidics, micro-fluidics and imagining sub-system development for both clinical diagnostic systems and lab equipment.

Pathology

  • Full system use-case analysis

  • Automation concept development (micro-fluidics, slip-cover handling)

  • Electronics & Mechanical system level design

  • Embedded and Application software

  • Concept development for consumables integration

Microbial Characterization Systems

  • Mechanical system level design

  • System robotics

  • Micro-fluidics handling

  • Embedded and Application software

  • Disposables / Consumables design

Hematology

  • Controls systems for laser-based hematology

  • High Speed DSP Algorithm development

  • FPGA implementation

IVD/Life Sciences

The capabilities of clinical diagnostic systems are increasing every day. And while patients are seeing greater benefits, the field has become far more complex.

Our engineers are not just keeping up, they’re setting the pace. We participate in concept development, system level design and architecture, algorithm development, robotics, fluidics, micro-fluidics and imagining sub-system development for both clinical diagnostic systems and lab equipment.

Pathology

  • Full system use-case analysis

  • Automation concept development (micro-fluidics, slip-cover handling)

  • Electronics & Mechanical system level design

  • Embedded and Application software

  • Concept development for consumables integration

Microbial Characterization Systems

  • Mechanical system level design

  • System robotics

  • Micro-fluidics handling

  • Embedded and Application software

  • Disposables / Consumables design

Hematology

  • Controls systems for laser-based hematology

  • High Speed DSP Algorithm development

  • FPGA implementation

IVD/Life Sciences

The capabilities of clinical diagnostic systems are increasing every day. And while patients are seeing greater benefits, the field has become far more complex.

Our engineers are not just keeping up, they’re setting the pace. We participate in concept development, system level design and architecture, algorithm development, robotics, fluidics, micro-fluidics and imagining sub-system development for both clinical diagnostic systems and lab equipment.

Pathology

  • Full system use-case analysis

  • Automation concept development (micro-fluidics, slip-cover handling)

  • Electronics & Mechanical system level design

  • Embedded and Application software

  • Concept development for consumables integration

Microbial Characterization Systems

  • Mechanical system level design

  • System robotics

  • Micro-fluidics handling

  • Embedded and Application software

  • Disposables / Consumables design

Hematology

  • Controls systems for laser-based hematology

  • High Speed DSP Algorithm development

  • FPGA implementation

Diagnostics

No area in healthcare has seen stronger growth than In-Vivo and POC Diagnostics. Companies, scientists and clinicians are creating new technologies that are literally re-inventing science.

And the people they rely on to turn these new approaches into finished, commercial viable products are the engineers at Tensentric. From concepts and industrial design to full system development and data management, few can match our exceptional experience.

Consumer Glucose Meter

  • Industrial Design

  • Mechanical Engineering

  • Embedded SW (DSP)

Pulse Oximeter

  • Embedded SW Design

  • Application software

  • V&V

Multi-parameter Patient Monitor

  • Reusable C++ Framework Design

  • Multiple subsystem SW Design & Implementation

  • Multiple Subsystem SW V&V

Diagnostics

No area in healthcare has seen stronger growth than In-Vivo and POC Diagnostics. Companies, scientists and clinicians are creating new technologies that are literally re-inventing science.

And the people they rely on to turn these new approaches into finished, commercial viable products are the engineers at Tensentric. From concepts and industrial design to full system development and data management, few can match our exceptional experience.

Consumer Glucose Meter

  • Industrial Design

  • Mechanical Engineering

  • Embedded SW (DSP)

Pulse Oximeter

  • Embedded SW Design

  • Application software

  • V&V

Multi-parameter Patient Monitor

  • Reusable C++ Framework Design

  • Multiple subsystem SW Design & Implementation

  • Multiple Subsystem SW V&V

Diagnostics

No area in healthcare has seen stronger growth than In-Vivo and POC Diagnostics. Companies, scientists and clinicians are creating new technologies that are literally re-inventing science.

And the people they rely on to turn these new approaches into finished, commercial viable products are the engineers at Tensentric. From concepts and industrial design to full system development and data management, few can match our exceptional experience.

Consumer Glucose Meter

  • Industrial Design

  • Mechanical Engineering

  • Embedded SW (DSP)

Pulse Oximeter

  • Embedded SW Design

  • Application software

  • V&V

Multi-parameter Patient Monitor

  • Reusable C++ Framework Design

  • Multiple subsystem SW Design & Implementation

  • Multiple Subsystem SW V&V

Therapeutic

Therapeutic solutions are becoming more and more specific. But interestingly enough, we’re also seeing a significant increase in combination therapies.

Today, our team is participating in a wide variety of therapeutic areas including surgical systems, active and mechanical implantable systems, disposables for acute and chronic care, drug delivery, patient and device data management systems and more.

Surgical Systems and Instruments

  • Capital Equipment, Disposables, Reusables, Reposables

  • Extensive experience in electrosurgical, μ-wave, cryo, ultrasound system level design

  • Industrial Design, Mechanical, Electronics, Software

Urology Surgery System

  • Industrial Design

  • Mechanical Prototyping

Infusion & Peristaltic Pumps

  • Embedded Software

  • Mechanical Design

  • Electronics Design

Therapeutic

Therapeutic solutions are becoming more and more specific. But interestingly enough, we’re also seeing a significant increase in combination therapies.

Today, our team is participating in a wide variety of therapeutic areas including surgical systems, active and mechanical implantable systems, disposables for acute and chronic care, drug delivery, patient and device data management systems and more.

Surgical Systems and Instruments

  • Capital Equipment, Disposables, Reusables, Reposables

  • Extensive experience in electrosurgical, μ-wave, cryo, ultrasound system level design

  • Industrial Design, Mechanical, Electronics, Software

Urology Surgery System

  • Industrial Design

  • Mechanical Prototyping

Infusion & Peristaltic Pumps

  • Embedded Software

  • Mechanical Design

  • Electronics Design