Microfabrication, Sensor Electronics & Advanced Measurement Systems

At Schnaiffer, we engineer sensing platforms, thin-film technology and sensing interface circuits for research and technology development.


Backed by decades of combined expertise, our team translates cutting-edge science into precision-engineered sensor chips, interdigitated elctrodes, sensor interface PCBs, VOC sensors and testing systems.


In-house development unites sensing materials, microdevices, electronics and instrumentation from concept to measurement.

Highlights

High-Precision Fabrication

We deliver interdigitated electrodes with tightly controlled geometries, uniform thin-film deposition, and exceptional repeatability—ensuring reliable performance. All devices are supported with detailed specifications and characterization data.

Engineered for Performance

Our VOC sensing solutions are built around real-world detection needs—whether for environmental monitoring, industrial safety, or research applications. Sensor architectures are optimized for sensitivity, stability, and repeatability.

Precision at Every Micron, Performance in Every Measurement

Reliable Technical Support

We work closely with researchers and engineers to ensure seamless integration. From device handling to measurement setup guidance, our team provides clear communication, practical insights, and ongoing technical assistance.

Our Products

Sensing Solutions by Schnaiffer

IDE Holder & Mounting PCBs

Design & Fabrication of IDEs Engineered for Precision Sensing

VOC Sensors

High Sensitivity. Low Limits. Real Insights

VOC Sensor Testing System

Your VOC Sensing Journey — Simplified and Supervised

Interdigitated Electrodes

Design & Fabrication of IDEs Engineered for Precision Sensing

Metal coated Substrates

Design & Fabrication of IDEs Engineered for Precision Sensing

Sensor Interface PCBs

Design & Fabrication of IDEs Engineered for Precision Sensing

One Engineering Chain. Fewer Interfaces.

Our technologies support gas and VOC sensing, biosensing, environmental monitoring, dielectric characterization, impedance spectroscopy, capacitive sensing, thin-film characterization, functional-material evaluation and temperature-dependent sensor studies.

From a new sensing material requiring its first electrode platform to an integrated sensor requiring dedicated electronics and a controlled test environment, Schnaiffer provides the engineering layers needed to move the experiment forward.

a man riding a skateboard down the side of a ramp
a man riding a skateboard down the side of a ramp

In-House Microfabrication

Controlled fabrication of thin-film electrodes and microdevices with application-specific geometries.

black blue and yellow textile
black blue and yellow textile

Device-to-Electronics Integration

Sensor chips, mounting interfaces and readout electronics developed with the complete signal path in view.

a man riding a skateboard down a street next to tall buildings
a man riding a skateboard down a street next to tall buildings
photo of white staircase
photo of white staircase

Multiple Material Platforms

Glass, quartz, alumina and Si/SiO₂ options support different electrical, optical and thermal requirements.

Research-Driven Development

Devices and systems designed around experimental requirements rather than forcing every study into one architecture

Sectors We Serve

man wearing medical mask and robe
man wearing medical mask and robe

Healthcare & Biotech Innovators

From non-invasive diagnostics to breath analysis, our VOC sensing platforms support biomedical research, early disease screening, and POC device development.

Scientist in lab coat conducts experiment with test tubes.
Scientist in lab coat conducts experiment with test tubes.
A man sitting at a desk in front of a computer
A man sitting at a desk in front of a computer

Sensor OEMs & Manufacturers

Our turnkey solutions are ideal for OEMs and manufacturers developing next-generation sensing devices for automotive, environmental, or industrial applications.

Academic Researchers

We support universities and R&D labs with customized IDEs, sensor readout systems, and nanomaterials to accelerate scientific discovery and prototype development

Excellence at Schnaiffer

Advanced Interdigitated Electrode Engineering

Patent-Backed, Research-Validated Innovation

Our sensing technologies are supported by patented architectures and validated through leading peer-reviewed publications—ensuring technical credibility, scientific depth, and proven performance

We design and fabricate high-precision IDEs with fully customizable geometries, substrates, and configurations—enabling applications across chemical sensing, biomedical systems, and environmental monitoring.

We develop advanced nanostructured materials with precise control over morphology and integration—powering high-performance sensing platforms and next-generation device architectures.

World’s First Methanol Sensor of its kind

Controlled Nanostructure Engineering Capability

We engineered a portable methanol detection system operating at room temperature using dielectric sensing—moving beyond conventional resistive approaches to deliver enhanced accuracy, selectivity, and real-world reliability.

Request your sensing assessment

Have a Specific Requirement? We Build It.

Whether you are:

  • Developing a new sensor

  • Scaling from lab to product

  • Testing a novel nanomaterial

We provide end-to-end customization.

Design → Fabrication → Testing → Integration

Our Office

Address

Rakesh Kapoor Innovation Center

BITS, Pilani-333031, Rajasthan

India

Contact Us

contact@schnaiffer.com

+91 9729 121 462

© 2026 Schnaiffer Sensing Technology Pvt Ltd All rights reserved.