Empower Students with Affordable, Hands-On Science Tools — Designed for Teaching Surface Science

Simplify Surface Science Education with Ready-to-Use Tools for Labs and Classrooms



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Why Droplet Lab's Educational Kit?

Turnkey Teaching

POGIL-certified experiments included for seamless classroom integration.

Built to Last

Engineered to withstand the rigorous use of active undergraduate labs.

Effortless Sharing

Integrated with Dropbox, Google Drive and OneDrive for easy result sharing and collaboration.

Engaging & Intuitive

Visual UI captivates students, turning learning into an interactive experience.

Classroom Mobility

Easily share the instruments across labs, maximizing utility and reducing costs.

Affordable Learning

At just $1000, empower every student with hands-on tools for success.

Comparison

DL Teaching Kits Kruss Educational K6 Device DIY + ImageJ Software
Price $1,000 $5,000 $200
Ease of Assembly Easy, <5 minutes Training or professional installation required; lengthy installation time Very complex requires significant DIY skills and experience
Usability User-friendly and ideal for students Requires training and time Varies depending on DIY skills, but far less intuitive
Educational Content Ready-made experiments for teachers to deploy Limited. Requires creation, design, and presentation by user None at all. All educational material must be created
Software Integration Pre-integrated with Dropbox, and One Drive. Further choices can be added as needed Proprietary, advanced Manual integration required
Accuracy High High, lab-grade Variable depending on the DIY skill level and user design
Support & Training Comprehensive support, easy to use Available, but requires significant training Limited - relies on community forum support
Maintenance Low, minimal maintenance required Moderate High & DIY dependent; when it breaks, you fix it

Simple, Cost Effective and Convenient for Teachers

The best way to learn is hands-on. Educate students on surface science using experiential learning with cutting-edge technology

See Product Specs
Products specifications Sessile Pendant
MEASUREMENT
Range 10° to 175° Up to 100mN/m
Resolution 0.01° 0.01mN/m
Accuracy 5 mN/m
Model Young-Laplace & polynomial Young-Laplace
Drop type Sessile static, receding and static Pendant static and dynamic
TILTING PLATE AND DOSING
Control Manual and Automatic
Range 0° to 60°
Dosing system Manual
Minimum Drop Volume with Automatic Dosing 0.05μL
Drop Volume with Manual Dropper 1 rotation is 5.29μL
SOFTWARE
Application Windows and Chrome OS (soon)
Security Multiple user account per device
Data sharing Email and cloud (Google drive, Dropbox, MS One drive and Box)
Interfaces Bluetooth, wifi, usb, cellular
CAMERA
Performace 10fps
Zoom Zoom
Focus 50x -1000X
Auto Focus Manual
Sensor Trigger control based on camera level
ILLUMINATION
Type High power LED
Size 68 by 51mm
ENVIROMENT
Temperature 10° to 45°
Humidity Without condensation
INSTRUMENT DIMENSION
Footprint 15(H) x 10(W) x 20(L) cm
Weight 0.4kg
POWER
Voltage 5V battery only operation*
Battery time Up to 8h

Take a Closer Look

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Surface Science Hub

Measurements

WHAT YOU'LL LEARN

Gain a comprehensive understanding of each measurement we can do including basic concepts, Measurement Techniques, industry applications, and more.

RESOURCES

Educational

WHAT YOU'LL LEARN

Gain a comprehensive understanding of each measurement we can do including basic concepts, Measurement Techniques, industry applications, and more.

RESOURCES

Download Experiment