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PRECISION CERAMIC LASER MACHINING

Fast turnaround, no minimum order size

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Aluminium nitride spacers

CUSTOM DESIGNS

ceramic spacers, heat sinks, washers, ...




STANDARD PRODUCTS

ceramic substrates, components, ...




3D FEATURES

Cavities, Staircases, slopes, pins, ...





QUICK TURNAROUND

Always a large raw material selection on stock

PROTOTYPE TO PRODUCTION

helping you every step of the way

CERAMICS EXPERT

Ceramics is all we do.

FROM 2D to 3D

and from mini to maxi designs

WHY WORK WITH CERcuits?

CUSTOMERS WE WORKED WITH

You are in good company.

OUR CERAMIC MATERIALS

Alumina (AL2O3)

  • the most popular ceramic 
  • excellent heat resistance
  • high mechanical strength 
    & abrasion resistance
  • small dielectric loss 

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Aluminum Nitride (AlN)

  • Best thermally conductive material (170 W/mK)
  • Strong electric isolator  
  • Low thermal expansion
     

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Silicon Nitride (Si3N4)

  • Combining High flexural strength with high thermal conductivity and low thermal expansion 
  • Great thermal shock resistance

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Zirconia (ZrO2)

  • High Strength and Toughness
  • Excellent Thermal Stability 
  • High density 
  • Fine grain structure

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WHY CERAMICS

Hardness and strong wear resistance



  • Strong rigid material with high hardness
  • Excellent wear and scratch resistance
  • Invulnerable to most chemical hazards and radiation
  • Hermetic and 0% water absorption


High dielectric strength

 

 

  • Strong dielectric properties
  • Great substrate material for hot, cold, vacuum, and sensitive circuits
  • Many metallization processes possible (printing, sputtering, plating)
  • Ceramics are widely used in electronics today


Low thermal resistance & high operating temperature
  • High thermal conductivity while being electrically isolating
  • Can withstand high operating temperatures and are nonflammable
  • Low thermal expansion coefficients, reduced thermo-mechanical effects
  • Perfect for heat spreading, cooling, temperature shielding


Excellent permittivity and permeability




  • Low dielectric loss
  • Relatively stable properties under various operating conditions