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

FemtoLAB is a perfect choice for scientific laboratories and R&D centers requiring custom solutions for various tasks. This laser system offers a submicron resolution and can perform a variety of applications:
• Surface and volume micro- and nano- structuring
• Femtosecond laser ablation (FSLA)
• Laser grooving
• Multiphoton polymerization (MPP) | direct laser writing (DLW)
• Laser cutting & drilling
• Micromachining on optical fibers

Glass cutting and dicing workstation for industry

The FemtoGLASS is a new glass & sapphire laser dicing workstation ideal for research & development, and volume manufacturing. The technology outperforms other glass-cutting methods, thus is very well applicable in semiconductors, microfluidics, and micro-optics industries.
Features:
• Ultra-thin (30 µm to 2 mm in a single pass) cutting
• High process speed – up to 800 mm/s
• All shapes: circular, square, irregular

Laser workstation for fiber Bragg gratings writing

FemtoFBG is a perfect choice for scientific laboratories, R&D centers, and industrial clients working with telecommunications, distributed sensors, and Bragg Grating based devices development. Femtosecond FBG writing is a proven technology for universal Bragg Gratings writing in various optical fibers, including not UV-sensitized fibers.

Main features:
• Direct writing (point-by-point, line-by-line)
• Wide range Reflection/Transmission parameters control
• Variety of standard optical fibers

WOP solution offers definite advantages in optical fiber alignment array (1D, 2D micro-hole arrays) fabrication in terms of excellent precision, consistency, speed, material versatility, and cost-effectiveness.

Features:
• Ultra-high precision
• Tight tolerances
• Straight, flared, or with a cone for easier insertion
• Designed for standard SMF fibers, diameter 125/250 µm (not limited)
• High density, standard 0,25 mm pitch
• Straight or angled holes

Femtosecond laser micromachining of transparent materials provides many advantages over conventional methods and is ideally suited for the fabrication of microfluidic devices.
WOP offers in-house technologies for custom design glass microfluidic chips prototyping and manufacturing services.
• Materials – all types of glass
• Custom design: droplet-based microfluidics, microfluidics for point-of-care analysis, single-cell analysis, or any other custom application
• Ultra-high precision
• Cleanroom environment

WOP offer exceptional expertise in glass micromachining, including micro drilling, cutting and dicing. WOP glass services are very well applicable in the fabrication of glass spacers / interposers, micro drilled glass, microfluidic chips, packaging glass, carrier wafers, glass cutting, microwell plates and others. The company ensures ultra-high precision results, based on over 15 years of experience in glass processing.