Markets we enable
Genomics & Spatial Biology
NGS Flow Cells • Biochips • Sequencing Platforms
Microfluidics & Diagnostics
Lab-on-Chip • Point-of-Care Devices • Fluid Control Systems
Optics & Sensors
AR/VR • Imaging Systems • Precision Components
Advanced Manufacturing
Medical Devices • Semiconductor Ecosystem • Advanced Materials
What we help engineers achieve
Improve Adhesion
Glass • Silicon • Polymers • Metals
Control Wettability
Hydrophilic • Hydrophobic • Oleophobic
Enable Functional Surfaces
Bioactive Interfaces • Surface Functionalization • Biomolecule Attachment
Scale Manufacturing
Process Transfer • Yield Improvement • Production Readiness
Why engineering teams choose Insurftech
Dry Process Platform
Plasma and vapor-phase technologies designed for precision, repeatability, and manufacturing compatibility.
Surface Science Expertise
Deep experience across genomics, microfluidics, optics, medical devices, and advanced materials.
AI-Driven Development
Using predictive models, process data, and digital twins to reduce experimentation and accelerate development.
Manufacturing Mindset
Solutions engineered for yield, reliability, and production scale.
Surface performance is often the hidden bottleneck
When surfaces fail, products fail.
Poor adhesion
Inconsistent wettability
Unstable biomolecule attachment
Optical degradation
Manufacturing variability
Integrated Surface Technology helps engineering teams identify, solve, and scale critical surface solutions before they become product failures.
Engineering Better Surfaces.
Accelerating Better Products.
Advanced dry-process surface engineering for genomics, microfluidics, optics, diagnostics, and advanced manufacturing.
We help R&D and process engineering teams solve critical surface-performance challenges using plasma, vapor-phase chemistry, CVD, and AI-driven process development.
Reduce development risk
Improve product performance
Accelerate manufacturing scale-up
Our coatings have gone to outer space in high-reliability applications like the James Webb telescope camera shutters.
Plasma
Oxidation, Hydroxylation, or Reduction
All of IST’s RPX systems employ the latest plasma technology for pre-cleaning and maximizing the number of reactive sites for modification.
Modification
Silanation, Atomic Layer Deposition
Alter the surface characteristics with the application of silane chemicals.
Create custom surfaces with the deposition of thin ALD metal oxide films.
Functionalize
Adhesion, Click, Bio-Polymers, Inert, Fluoro-Free
Terminate surfaces with the desired functionality : active adhesion (eg. amines, epoxies, azidos) or non-binding (eg. PEG’s, Perfluoronated, Akyl-groups) or bio-polymers.
Surface Engineering, Reinvented By AI
For decades, surface engineering has relied on trial-and-error experimentation. We are building an AI-powered Surface Engineering Platform designed to predict performance before fabrication.
Predict Contact Angle
Predict Surface Performance
Optimize Process Parameters
Build Digital Twins
Reduce Development Cycles
From months to weeks
From Surface Challenge To Manufacturing Solution
Analyze
Engineer
Predict
Validate
Scale
One integrated platform. One engineering partner.
Ready to accelerate your next product?
Whether you're developing a sequencing platform, diagnostic device, optical component, microfluidic cartridge, or advanced material, Insurftech can help reduce development risk and accelerate commercialization.