ELECTRO OPTICAL COMPONENTS, Inc.

Diamond Detectors and UAI diamond-based industrial and scientific products including advanced optical and electronic diamond devices are distributed exclusively in North America by ELECTRO OPTICAL COMPONENTS, Inc.

Diamond Optics

General characteristics of diamond

Diamond has some of the most extreme physical properties of any material and is the best semiconductor material ever known. Such properties as its radiation and corrosion resistance, large bandgap, high electron and hole mobility make it an attractive semiconductor for ionizing radiation detectors. Diamond is chemically inert and has highest thermal conductivity (5 times higher than copper). Diamond has the highest radiation-damage level among radiation-detector semiconductor materials. Low carbon nucleus charge, Z=6, provides tissue equivalence of diamond detectors. Type IIa diamond is transparent over an extremely wide spectral range.

High Quality Low Nitrogen Electronic Grade Diamonds
Diamond Detectors Ltd. manufactures high quality, low in nitrogen electronic grade single crystal diamonds. They can be used in a variety of applications including quantum computing or spin measurements

Here are standard sizes available:
2.0 x 2.0 x 0.5 mm*
4.0 x 4.0 x 0.5 mm*
4.4 x 4.4 x 0.5 mm*

* Surface specification average Ra < 4nm measurement on an optical profiler over a ~1x1mm area

Detectors using diamond sensors

Diamond Detectors also manufactures diamond detectors for use in a variety of applications including:

  • Low UV & X-Ray detection

  • Fast detectors for neutron / fusion experiments

  • Detectors for high enrichment lithium 6 isotope coating

Applications

Windows:

  • High Vacuum Windows

  • RF Power Windows

  • CO2 Laser Exit Windows

  • Attenuated Total Reflection (ATR) Element

  • Process Control Windows

  • Infra Red Windows
Detectors:

  • UV

  • X-ray

  • Gamma

  • Neutron

  • Particle Accelerators

Non Optical:

 

  • Cleavers

  • Surgical blades

  • Anvils

Diamond Classification

Diamonds are classified depending on the amount of nitrogen contained within material and whether it is held as an interstitial or substitutional defect.

type Ia

Nitrogen present up to levels of 4000¸ 4500 ppm (0.3 wt %), incorporated in interstitial sites or aggregates.

type Ib

500 ppm of nitrogen (0.06 wt %). Incorporated as substitutional point defects. Most of synthetic diamonds are of this type.

type IIa

Effectively free of nitrogen impurity. Very rare in nature, these diamonds have enhanced optical and thermal properties.

type IIb

Extremely rare in nature; p-type semiconductor due to boron defects.

 

Synthetic Diamonds 
Diamond Detectors is a state of the art Synthetic Diamond Manufacturer. Let Diamond Detectors provide you with a synthetic diamond solution for your application. They will work to with you to develop the right specification for your needs. You will be able to view your product design in 3D before committing to manufacture. Email for more info.
Natural Type IIa Diamonds
UralAlmazInvest (UAI) is focused on development and small-batch production of components and devices based on IIa-type natural (ND) high-quality diamonds.

 

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ELECTRO OPTICAL COMPONENTS, Inc. is the exclusive North American  distributor for FEMTO, InfraTec, IFW Optronics GmbH, Laser Beam Products, LEYSOP, NOC, Frankfurt Laser Co., IMM Photonics GmbH, INTEX, SDS (Systems Development & Solutions), UralAlmazInvest, Oehler & Fischer AG and Wavelength Technology.