Imaging Optics
Objectives
The objective lens of VenusLab microscope is the core imaging component of an optical microscope. It is responsible for collecting the reflected/transmitted light from microscopic samples and converging it to form an image. Working in synergy with the microscope camera, it enables "high-magnification and high-definition microscopic observation".Different from other optical components, it directly determines the imaging resolution and clarity, and serves as a key element in microscopic analysis for biology, materials science, and industrial applications.
Cylindrical Lens
Optical Lens
K9 Plano-Convex Lens
Specifically designed for Infinite Conjugate Ratio applicationsSuperior MaterialMinimized Spherical AberrationExtensive SpecificationsBest Cost-Performance RatioCoating Options
SFS Plano-Convex Lens
UV-Grade Fused Silica (SFS) Plano-Convex LensesPremium SubstratePrecision Surface QualityHigh Damage ThresholdTight Tolerances
K9 Double-Convex Lens
General-purpose, cost-effective solution for visible light imaging and focusing.Premium Optical MaterialPrecision Optical SpecificationsRigorous Tolerance ControlVersatile SpecificationsProtective Design Details
SFS Double-Convex Lens
Versatile Focusing from UV to NIRPremium MaterialHigh PrecisionTight TolerancesStandard Design
K9 Plano-Concave Lens
The Standard Solution for Beam Expansion & DivergenceStandard MaterialPrecision GeometrySurface QualityWide Range
SFS Plano-Concave Lens
The Premier Choice for Deep UV & High-Energy DivergenceSuperior MaterialBroadband TransmissionHigh Damage ThresholdPrecision Specs
K9 Double-Concave Lens
The Economical Choice for Symmetrical DivergenceSymmetrical Negative PowerMaterial QualityAberration CorrectionPrecision Specs
SFS Double-Concave Lens
Symmetrical Divergence Experts for Deep UVPremium MaterialSymmetrical DesignHigh PrecisionBroadband Usage
Optical Mirrors
0-45° AOI High-Power Laser Mirror
A versatile beam-steering solution engineered for high-energy laser systemsWide Angle InsensitivityUltra-High ReflectivityHigh Laser Damage ThresholdSubstrate VersatilitySurface Processing
High-Performance Laser Line Mirrors
It is a critical-path solution designed specifically for high-power laser systemsExtreme Reflectivity (R > 99.9%)Market-Leading LIDTUniversal Angle Acceptance (0-45° AOI)Thermal Wavefront StabilityUltra-Low Scatter (10-5 S-D)
YAG Series High-Power Laser Mirrors
The Robust Defense for kW-Class LasersHigh Damage ThresholdQuartz SubstrateHigh ReflectivityPrecision Surface
Broadband Dielectric Mirrors
The Efficient Universal Solution for VIS to NIRSuperior ReflectivityHard Dielectric CoatingBroad RangesCost-Effective
Fiber Optics
Optical Fibers
Fiber Collimators
A fiber collimator is a core passive optical device, mainly used to realize bidirectional optical path conversion of "divergent light transmitted in optical fiber → parallel light" or "external parallel light → optical fiber coupled light". It is a key component in fields such as optical communication, laser applications, and spectral analysis to ensure the stability of optical paths and the efficiency of optical energy transmission.
Patchcords
Patchcords are standardized connectivity components designed for short-distance signal transmission between devices, serving as the "neural synapses" of optical and data networks. These pre-terminated cables enable rapid deployment and maintenance, bridging equipment such as switches, routers, spectrometers, and patch panels while minimizing signal loss. Their core value lies in balancing transmission efficiency, mechanical durability, and environmental adaptability across diverse industrial scenarios, from data centers to precision instrumentation.
Optical Prisms
Right-Angle Prism
Making it the ideal choice for constructing compact optical paths and imaging systemsHigh Efficiency Beam DeviatingPremium Optical MaterialPrecision ManufacturingVersatile Coating OptionsMultifunctional Application
Equilateral Prism
A classic dispersive element engineered for high-efficiency wavelength separation and spectroscopic analysisSuperior Dispersion CapabilityOptimized for Minimum DeviationVersatile Material OptionsPrecision Optical Surface
Corner Cube Prism
A precision retroreflector designed to reflect light exactly parallel to its source regardless of alignmentAlignment InsensitivityHigh Beam ParallelismWide Acceptance AngleTIR or Coated Options
Dove Prism
A precision image rotator designed for collimated lightUnique 2θ Image RotationZero Beam DeviationHigh Surface Quality & ParallelismOptimized for Collimated Light
Penta Prism
A precision 90° beam steering element defined by its optical invarianceConstant 90° DeviationNo Image Inversion or ReversionDual-Surface Metallic CoatingsSuperior Angular Accuracy
