Team Shift Technologies

IP401

Next Generation Infusion Pump

A next-generation smart infusion pump designed for precision, safety, and future connectivity with intelligent healthcare systems

IP401 Infusion Intelligence

IVREADYFlow 25 ml/hDrop Counter SensorDetects drip rhythm under theserum bagAir-in-line SensorMonitors air bubbles insidethe pump pathOcclusion SensorDetects restricted flowProgrammed Infusion ControlRuns the infusion according tothe programmed therapy plan

Real Prototype

From engineering concept to working prototype

IP401 is not only a concept. The project includes real mechanical design, electronic control boards and a working prototype developed for hospital-grade infusion applications

01

Mechanical Design

02

Electronic Board

03

Sensor Integration

04

Infusion Control

IP401 CAD mechanism
IP401 electronic board
IP401 exploded mechanical view

IP401 Platform

Built for Precision, Safety and Connectivity

IP401 is designed as a medical infusion platform combining mechanical engineering, embedded electronics, safety monitoring and future-ready digital connectivity

01

Precision

Designed to deliver controlled infusion flow using a linear mechanical system and programmable control logic.

02

Safety

Multi-layer monitoring architecture for detecting abnormal conditions such as occlusion, air in line, door status and power issues.

03

Connectivity

Prepared for future integration with cloud services, hospital dashboards and AI-assisted infusion protocols.

Technical Highlights

Engineered as a medical technology platform.

IP401 combines mechanical design, embedded electronics, monitoring logic and future-ready software architecture to support the next phase of intelligent infusion systems

01

Linear Motion System

A mechanical architecture designed to support controlled and repeatable infusion movement.

02

Embedded Control Board

Custom electronic board developed for device control, user interaction and system monitoring.

03

Sensor-Based Monitoring

Integration of multiple sensors to support safety checks and abnormal condition detection.

04

Programmable Logic

Software-ready control layer designed for future updates and configurable infusion behavior.

05

Battery & Power Management

Power management concept prepared for clinical use, mobility and backup operation scenarios.

06

Future Software Expansion

Architecture prepared for future cloud connectivity, dashboards and AI-assisted medical workflows.

Our Story

Born from a real medical challenge

Team Shift was born from a personal experience with illness inside a family. That moment revealed how critical accurate, reliable and accessible medical devices can be during treatment

What started as a problem became a mission: to build medical technology that brings engineering, healthcare, data and future intelligence together

Healthcare Without Borders

Team Shift

Medical Technology · Embedded Systems · Intelligent Healthcare

How It Works

From infusion command to controlled delivery

The IP401 platform is designed to control infusion delivery through a coordinated interaction between user input, sensors, control logic and mechanical movement

01

User Input

A dedicated layer in the IP401 infusion workflow designed to support accuracy, monitoring and safe operation

02

Control Algorithm

A dedicated layer in the IP401 infusion workflow designed to support accuracy, monitoring and safe operation

03

Linear Mechanism

A dedicated layer in the IP401 infusion workflow designed to support accuracy, monitoring and safe operation

04

Patient Delivery

A dedicated layer in the IP401 infusion workflow designed to support accuracy, monitoring and safe operation

Sensors & Components

Multi-layer sensing for safer infusion control

IP401 combines mechanical, electronic and sensor-based subsystems to improve monitoring, safety and future expandability

IR Sensor

Designed to support optical detection for monitoring infusion path conditions.

Ultrasonic Sensor

Prepared for fluid-path monitoring and air-in-line detection scenarios.

Hall Sensor

Used for motion, position or occlusion-related mechanical feedback.

Linear Actuator

A controlled mechanical movement system designed for precise infusion delivery.

IP401 Training Simulator

A safer way to understand infusion decisions before real operation.

The IP401 simulator gives healthcare staff a guided training experience: patient data, protocol card, infusion-rate input, alarm response, and device safety feedback.

Educational simulation only. The values shown in the simulator are fictional training scenarios and must not be used for real medical decisions.

Training Mode

IP401 Simulator

Ready
Device ScreenSafe
PatientTraining Case B
DrugDopamine
Protocol5 - 18 ml/h
Alarm logicWarning / Critical

Example decision

12 ml/h

Safe infusion rate accepted.

Safety Alarms

Designed to detect critical conditions

The IP401 safety concept includes multiple alarm conditions to support safe operation in clinical environments and alert users when abnormal situations are detected

Air in Line

Occlusion

Door Open

Low Battery

End of Infusion

Flow Error

Power Failure

Sensor Error

Future AI Vision

From standalone infusion to intelligent treatment networks

The long-term vision for IP401 is to connect infusion devices to a secure medical server, enabling hospital dashboards, remote monitoring and AI-assisted infusion recommendations based on drug protocols, patient data and clinical knowledge

01

IP401 Device

Infusion device generating operational and treatment data.

02

Hospital Network

Secure connection layer for hospital environments.

03

Secure Cloud

Central medical data infrastructure for future analysis.

04

AI Engine

AI-assisted recommendation layer based on protocols and data.

05

Clinical Dashboard

Monitoring interface for hospitals, clinicians and partners.

Market

Built for healthcare environments

IP401 is designed for medical organizations that require reliable, safe and expandable infusion technology

Hospitals

Private Clinics

Home Care

Emergency Units

ICU Departments

Medical Research Centers

Investors & Strategic Partners

Building the next phase of IP401

Team Shift is seeking strategic partnerships with hospitals, medical device companies, research centers and investors to accelerate development, validation and commercialization of IP401

Start a Partnership

Medical device investors

Hospitals and clinics

Research centers

Industrial manufacturing partners

Regulatory and certification partners

AI and healthcare data partners

Contact

Interested in IP401?

Contact Team Shift for investment, hospital collaboration, scientific partnership or industrial cooperation