NanoScience Lab
AnuVrat Outside
At Medic Tech Pvt Ltd, we are advancing nanotechnology with a platform that automates synthesis, maintains reproducibility, and captures every parameter in real time. NanoScience Lab blends automation, versatility, and scalability so researchers can move from discovery to production without rebuilding their infrastructure.
- Indian Patent obtained: NanoScience Lab (AnuVrat Outside) carries an Indian patent with IP protection across 50+ countries including the USA, Japan, Europe, Russia, Australia, Brazil, and Canada.
- Real-time insight: Monitor and record synthesis conditions to create data-driven, repeatable workflows.
- Completely modular: Researchers can select the exact modules required for their materials, safety envelopes, and experimental needs.
Automation Stack
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Programmable synthesis chambers with closed-loop gas management.
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Integrated Real-Time recording and sensors data acquisition.
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AI-assisted recipes, audit trails, and remote diagnostics.
Automation Built for Researchers
NanoScience Lab automates the synthesis process, eliminates manual intervention, and keeps every cycle consistent—exactly as outlined on medic.net.in. Researchers gain reproducible outcomes, streamlined workflows, and the ability to scale breakthroughs faster.
Automation & Repeatability
Hands-free synthesis with audit-ready logs accelerates discovery while maintaining compliance.
Data-Ready Monitoring
Every parameter can be recorded for analysis, optimization, and documentation.
Custom Safety Envelopes
Design the right containment, filtration, and interlocks for each precursor or end-use.
Modules & Instrumentation
Key Highlights
Full Automation
Hands-free synthesis cycles with audit-ready logs.
Real-Time Monitoring
Capture critical parameters for optimization and QA.
Modular Scalability
Add or remove modules as research priorities shift.
Advanced Custom Software
Tailored workflow control, visualization, and data capture for each lab.
Reproducible Runs
Preserve parameters, timing, and run context for repeatable experimental cycles.
Protocol-To-Hardware Flow
Move structured Protoly workflows toward managed NanoScience Lab execution.
Remote Diagnostics
Support diagnostics, troubleshooting, and upgrades without disrupting lab operations.
Scalable Deployment
Support R&D validation first, then expand toward larger lab or production needs.
Supported Workflow Modules
These are the structured NanoScience Lab actions currently supported for automation-aware workflow design. Exact hardware support may expand as connected systems are upgraded.
Heater
Temperature control module for heating processes
Sonicator
Ultrasonic processing module
Stirrer
Magnetic stirrer control module
Sonicator Bath Heater
Sonicator bath temperature control module
Reservoir Dispense
Liquid dispensing from a calibrated reservoir channel
Liquid Transfer
Liquid pick-and-drop transfer between defined source and destination locations
Wait
Delay or hold step
Pause Process
Pause all running process outputs for a fixed duration
LED Illumination
Visible LED illumination control
UV Illumination
UV illumination control
IR Illumination
IR illumination control
Sterilization UV
Timed UV sterilization cycle
Exhaust
Timed exhaust or airflow control
Camera
Camera data acquisition with video and interval snapshots
Environment Sensors
General environmental sensing module
Manual Step
Manual operator action recorded inside the automation-aware workflow.
Cyclic Voltammetry
Cyclic Voltammetry electrochemical method
Linear Sweep Voltammetry
Linear Sweep Voltammetry electrochemical method
Constant Voltage Voltammetry
Constant Voltage Voltammetry electrochemical method
Chronoamperometry
Chronoamperometry electrochemical method
Multistep Voltammetry
Multistep Voltammetry electrochemical method
Sinusoidal Voltammetry
Sinusoidal Voltammetry electrochemical method
Square Wave Voltammetry
Square Wave Voltammetry electrochemical method
Electrochemical Module
Voltage or current controlled electrochemical workflow step.
Microplate Endpoint
Endpoint colorimetric microplate method supported in the Medic app.
Microplate Kinetic
Kinetic colorimetric microplate method supported in the Medic app.
Microplate Absorbance
Absorbance read for supported microplate assay workflows.
Deploy NanoScience Lab in Your Facility
From site readiness and utilities to AMC support, Medic Tech handles every milestone. Remote diagnostics, upgrade paths, and partner programs keep your installation future-ready.
Protocol Builder
Design & Share Nanomaterial Synthesis Protocols
Create, manage, and share detailed nanomaterial synthesis protocols with our integrated Protocol Builder. Document reagents, synthesis steps, parameters, and conditions in a structured format that can be directly integrated with NanoScience Lab automation systems.
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Structured Protocol Design
Define reagents, steps, parameters, and safety conditions in a standardized format -
Collaborate & Share
Share protocols with team members or make them public for the research community -
Fork & Customize Templates
Start with proven protocols and adapt them to your specific research needs -
NanoScience Lab Integration
Seamlessly transfer protocols to automated synthesis systems
Explore Synthesis Protocols
Join researchers worldwide in creating reproducible, shareable synthesis protocols. Whether you're synthesizing gold nanoparticles, metal oxides, or carbon-based nanomaterials, our Protocol Builder helps you document every detail.
Join the community of researchers building the future of nanomaterial synthesis
We are inviting a limited number of researchers/Institutions for collaboration, to work upon the machine system and explore new automated nanomaterials synthesis possibilities.
Inviting Nanotechnologist
