Optical Components by Zolix

Overview

Zolix optical components are precision-engineered passive elements designed for integration into advanced optical systems used in research laboratories, industrial metrology, spectroscopic instrumentation, and laser-based applications. These components operate on fundamental principles of geometric and physical optics—including refraction, reflection, polarization control, spectral filtering, and wavefront manipulation—to enable accurate light conditioning, beam steering, spectral separation, and signal detection. Manufactured to stringent surface quality (λ/10–λ/20), transmission uniformity, and coating durability specifications, Zolix optical components support demanding requirements across UV–VIS–NIR spectral ranges (190–2500 nm). Each component undergoes rigorous metrological validation—including spectral transmittance/reflectance mapping, surface flatness interferometry, and environmental stability testing—to ensure consistency under controlled laboratory conditions and long-term operational reliability.

Key Features

• Material diversity: High-purity fused silica, BK7/K9 borosilicate glass, CaF₂, and UV-grade quartz substrates optimized for specific wavelength bands and thermal expansion profiles.
• Advanced thin-film coatings: Ion-assisted e-beam evaporated dielectric stacks with >99.8% reflectivity (R) for laser mirrors; ultra-low absorption (6 at blocking wavelengths.
• Precision mechanical tolerances: Centering error <1 arcmin, surface irregularity ≤λ/20 @ 633 nm, scratch-dig compliance per MIL-PRF-13830B (40–20 or better).
• Polarization control fidelity: Glan-Taylor, Glan-Laser, and Wollaston prisms with extinction ratios >10⁵:1; zero-order quartz waveplates with retardation accuracy ±λ/300 across specified bandwidths.
• Laser damage threshold (LDT) certified: >5 J/cm² @ 1064 nm, 10 ns pulse width, 10 Hz repetition rate (tested per ISO 21254-1).

Sample Compatibility & Compliance

Zolix optical components are compatible with standard optomechanical mounting interfaces (e.g., SM1, SM2, RMS threads) and integrate seamlessly with commercial optical tables, cage systems, and OEM instrument platforms. All components comply with ISO 10110 optical drawing standards for specification documentation and dimensional reporting. Coating performance adheres to ISO 9211-3 (optical coatings – environmental durability) and ISO 13665 (spectral measurement uncertainty). For regulated environments—such as pharmaceutical QC labs or clinical instrumentation—Zolix components can be supplied with full traceable calibration certificates, material certifications (RoHS, REACH), and optional GLP-compliant manufacturing records upon request.

Software & Data Management

While inherently passive, Zolix optical components are supported by comprehensive technical documentation packages including spectral performance curves (transmittance, reflectance, phase delay), coating design reports, and substrate refractive index dispersion data (Sellmeier coefficients). Customers may access downloadable optical simulation files (.zmx, .fco) compatible with Zemax OpticStudio and CODE V for system-level modeling. Zolix also provides custom spectral characterization reports (CIE-compliant, NIST-traceable spectrophotometer data) and batch-specific test logs for audit readiness in FDA 21 CFR Part 11–governed workflows.

Applications

• Spectroscopy: Interference filters and cuvettes for UV-Vis absorption, fluorescence, and Raman systems; high-efficiency gratings and collimating optics for monochromators and spectrometers.
• Laser Systems: Harmonic separators and HR/OC mirrors for DPSS lasers; ND filters and beam samplers for power monitoring; polarizing cubes for Q-switching and cavity dumping.
• Microscopy: Achromatic objectives, dichroic beamsplitters, and emission filters for widefield, confocal, and super-resolution platforms.
• Sensing & Metrology: Precision windows for environmental chambers; polarization-sensitive optics for ellipsometers and stress analyzers; calibrated reference mirrors for interferometric displacement sensors.
• Defense & Aerospace: Ruggedized prisms and coated substrates qualified per MIL-STD-810G for vibration, thermal cycling, and humidity exposure.

FAQ

Are Zolix optical components suitable for ultrafast laser applications?
Yes—fused silica and CaF₂ substrates with chirped mirror designs and low group delay dispersion (GDD) coatings are available for femtosecond pulse compression and dispersion compensation.
Can custom coating specifications be provided for non-standard wavelengths?
Yes—Zolix offers bespoke thin-film design and deposition services, including multi-band AR, edge filters, and polarization-dependent coatings, with full spectral verification reports.
Do you provide mounting hardware or kinematic adapters?
Standard SM-threaded mounts and kinematic mirror cells are available as optional accessories; OEM integration kits (including alignment jigs and torque-controlled fasteners) can be quoted separately.
What is the typical lead time for custom optical components?
Standard catalog items ship within 5–7 business days; custom-coated or shaped optics require 4–6 weeks, subject to substrate availability and coating run scheduling.
Is ISO 17025 calibration available for individual components?
Spectral transmittance/reflectance calibration against NIST-traceable standards is offered as an add-on service with accredited test reports.