Lab Custom Shapes

About Laboratory Custom Components

In advanced research, semiconductor processing, thermal engineering, and precision manufacturing, standard laboratory components often fall short of meeting specialised application requirements. Laboratory Custom Components provide tailored solutions for unique thermal, mechanical, electrical, and chemical environments. These components are precisely engineered from high-performance ceramics, composites, sapphire, quartz, PTFE, and specialty materials—designed to deliver maximum durability, purity, and dimensional accuracy.

From complex insulators and catalyst carriers to electrostatic chucks, sapphire mechanisms, and silicon carbide structural parts, custom-fabricated laboratory components play a crucial role in enabling innovative processes, enhancing performance, and ensuring long-term reliability.

Why Choose SAM for Laboratory Custom Components?

At Stanford Advanced Materials (SAM), customisation is at the heart of what we do. Backed by deep materials expertise, advanced machining capabilities, and strict quality standards, we deliver components that precisely match your application—whether you require high-temperature resistance, electrical insulation, chemical inertness, structural strength, or extreme purity.

Key Advantages

Wide Selection of High-Performance Materials
We offer custom components made from alumina, aluminium nitride, sapphire, quartz, boron nitride, silicon carbide, aluminium titanate, PTFE, and more—ensuring optimal compatibility across diverse industries.

Advanced Manufacturing & Precision Machining
With CNC machining, hot pressing, reaction bonding, recrystallisation, and other sophisticated fabrication methods, we create highly accurate, tight-tolerance components for demanding applications.

Application-Specific Engineering
From semiconductor wafer handling to analytical instrumentation, vacuum processing, thermal management, and mechanical support structures, SAM provides engineered solutions tailored to your process requirements.

High Purity & Exceptional Performance
Our materials offer superior stability, low contamination, thermal shock resistance, dielectric strength, and long service life—meeting the standards of semiconductor, aerospace, medical, and high-tech manufacturing environments.

Flexible Customisation
Whether you need a single prototype or large-scale production, SAM supports custom geometries, sizes, materials, coatings, and performance specifications.

Our Laboratory Custom Component Offerings

Alumina (Al₂O₃) Custom Components

Advanced Ceramic & Composite Structural Components

Boron Nitride Components

Silicon Carbide (SiC) Components

Sapphire & Spinel Components

Quartz Components

Specialty Components

Custom Engineered Solutions for Advanced Applications

At SAM, we believe that precision materials drive scientific and technological progress. Our custom-engineered laboratory components are designed to meet the most demanding performance requirements—ensuring stability, purity, and accuracy in every process.

Whether you’re developing new technologies, optimising production workflows, or building high-performance systems, SAM offers the materials expertise and manufacturing excellence to bring your designs to life.

Contact us today to discuss your custom component needs and discover how SAM can transform your ideas into engineered solutions.