Solutions
for Your µ Tasks

We deliver fully integrated services from feasibility and prototyping to actual solutions – micromachining services and tailor-made laser workstations.

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Have a µ challenge?
Why work with us?
  • 20+ years of expertise
    in femtosecond laser micromachining with a high focus on glass
  • Patent family of 13 in-house and 2 licensed patents
  • 50+ professionals
    4 Ph.D. and 45 M.S. and B.S.
  • Continuous R&D studies
    with academic and research partners
More about us
Discover our products & services
Microfluidic Chips and Devices Manufacturing

Custom design glass microfluidic chips and devices manufacturing. Ultra-high precision results.

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Through Glass Via Wafers | TGV

Glass wafers for TGV production. Microholes for your specification. Suitable for the metallization process.

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FemtoGLASS

Glass & sapphire cutting and dicing workstation for industry, that outperforms other glass cutting methods.

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Fiber Alignment Arrays Fabrication

1D, 2D arrays, designed to reach ultra-precise alignment and positioning, enabling high-speed data transmission with…

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FemtoFBG

Laser micromachining workstation optimized for fiber Bragg gratings (FBG) writing.

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S-Waveplate

Converts linear polarization to radial or azimuthal polarization and circular polarization to an optical vortex

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Glass Spacers | Interposers

Suitable for 2.5D / 3D integration and wafer-level bonding with semiconductor substrates for MEMS, sensors,…

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FemtoLAB

All-in-one R&D platform for femtosecond laser micromachining.

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Glass Laser Cutting & Dicing

We ensure ultra-high precision and quality tempered and non-tempered glass laser cutting and dicing –…

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Guide Plates for Probe Cards

Ceramic plates and glass plates for the probe cards industry – an essential component for…

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Ceramics Drilling

High processing speed Ultra-high accuracy Minimal heat-affected zone Various shapes holes No melting or micro-cracks…

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Optical Fibers Drilling

Precise process control, high processing speed, lower costs, and higher accuracy.  

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Metal Drilling | Foil Processing

Laser drilling of metal alloys brings high quality and precision for many applications – filters,…

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Sapphire Drilling

We use a unique processing technique enabling no cracks in hole peripheries, accurate taper control,…

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Polymer Micro Cutting

We offer high-quality laser micro-cutting and drilling services for various polymers and engineering plastics.

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Multiwell Plates | Microwells on Glass

Glass multiwell plates designed to exact cell culture application. Circular wells, square wells, hexagon wells,…

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Glass Micro Drilling

We offer ultra-high precision laser glass micro drilling. Highest quality in the market.

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Glass Carrier Wafers

We offer price effective carrier wafers for convenient handling and release processes.

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Fiber Tip Processing

Our fiber processing expertise allows us to produce specially designed shaped tip fibers. We manage…

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Mesh Filters Manufacturing

Mesh filters manufacturing – custom design, diverse materials, µm sizes, rapid prototyping.

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Sapphire Laser Cutting & Dicing

High accuracy, straight and round cuts, smooth edges, no cracks. The process is optimized for each…

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Ruby Drilling

We use a unique processing technique enabling no cracks in hole peripheries, accurate taper control,…

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FemtoMPP

Laser micromachining workstation optimized for multiphoton polymerization (MPP) technology.

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FemtoLAB KIT

Solution for scientific and industrial customers, who already have a laser source.

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Flat-Top Converter | Top Hat

Acts as a space-variant transmission filter and transforms Gaussian beam to a flat-top beam.

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Circular Grating | Flat Axicon

Transforms Gaussian beam into a Bessel-Gauss beam

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Customer stories
"We found WOP while looking for high precision laser machining of tungsten wires. We needed to fabricate structures with a diameter below 20 µm for the biomedical R&D project. WOP met our challenging requirements and worked with us to meet all our specifications.
I was particularly impressed by the fast and efficient communications and technical expertise of WOP. They quickly fabricated samples and the result was beyond our expectations – they have provided smoothly finished needles, reaching even up to 5 µm diameters. It left no doubt to move forward with the order!"
Pavlo Zolotavin, PhD
Research Scientist, Neuroengineering
Rice University, Houston, Texas
“After 10 years of experience, working with your femtosecond system, my honest opinion is more than positive and we are satisfied with the product. Compared to other systems, ours “full optional facility” allows us to explore valuable processing on many different materials. This is an added value for the research in IIT!”
Luigino Criante
Technology Researcher
Istituto Italiano di Tecnologia Genoa, Italy
"While looking for an anti-reflection wafer micromachining, we quoted WOP to perform this crystal quartz ablation with thousands of blind holes. After a thorough inspection, we were pleased with the quality of WOP’s wafers micromachining job. Also, their fast communication and patience. Would definitely quote them for future tasks."
Avni Alptekin
M.S. Engineering
AGS-TECH, Inc.
“In search of new ways in embryology, we have designed a GeneSearch Embryo Cradle - a new embryo manipulation tool allowing embryo penetration and biopsy at all stages right up to the time for implantation in the uterus.
One of the main components – glass biopsy probes - was drilled by WOP. Our cooperation lasted for 7 years, and WOP did great work drilling these biopsy probes during the project development. Probe diameters can vary from 12µm to more than 20µm, and the biopsy ports vary in diameter from 5µm to more than 10µm. The biopsy port is a clean, sharp-edged, laser-drilled hole through the near sidewall of the probe, located near its’ tip. ”
Dr. Paul Taylor
President
GeneSearch, Inc.
"We found WOP while looking for high precision laser machining of tungsten wires. We needed to fabricate structures with a diameter below 20 µm for the biomedical R&D project. WOP met our challenging requirements and worked with us to meet all our specifications.
I was particularly impressed by the fast and efficient communications and technical expertise of WOP. They quickly fabricated samples and the result was beyond our expectations – they have provided smoothly finished needles, reaching even up to 5 µm diameters. It left no doubt to move forward with the order!"
Pavlo Zolotavin, PhD
Research Scientist, Neuroengineering
Rice University, Houston, Texas
“After 10 years of experience, working with your femtosecond system, my honest opinion is more than positive and we are satisfied with the product. Compared to other systems, ours “full optional facility” allows us to explore valuable processing on many different materials. This is an added value for the research in IIT!”
Luigino Criante
Technology Researcher
Istituto Italiano di Tecnologia Genoa, Italy
"While looking for an anti-reflection wafer micromachining, we quoted WOP to perform this crystal quartz ablation with thousands of blind holes. After a thorough inspection, we were pleased with the quality of WOP’s wafers micromachining job. Also, their fast communication and patience. Would definitely quote them for future tasks."
Avni Alptekin
M.S. Engineering
AGS-TECH, Inc.
“In search of new ways in embryology, we have designed a GeneSearch Embryo Cradle - a new embryo manipulation tool allowing embryo penetration and biopsy at all stages right up to the time for implantation in the uterus.
One of the main components – glass biopsy probes - was drilled by WOP. Our cooperation lasted for 7 years, and WOP did great work drilling these biopsy probes during the project development. Probe diameters can vary from 12µm to more than 20µm, and the biopsy ports vary in diameter from 5µm to more than 10µm. The biopsy port is a clean, sharp-edged, laser-drilled hole through the near sidewall of the probe, located near its’ tip. ”
Dr. Paul Taylor
President
GeneSearch, Inc.
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