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Projector Fresnel Lens Projector Fresnel Lens

Industrial Projection Fresnel Lens | 3 Inch

Specification

[Product Name] Industrial Projection Fresnel Lens

[Manufacturer] Shandong Yuying Optical Instrument Co., Ltd
[Available Sizes] Optical-grade PMMA (Acrylic)

[Optical Position] Front-Side Configuration
[Surface Design] Concentric Ring Groove Pattern

[Dimension] 85x50mm (3 inch class)

[Focal Length] 63mm

[Groove Pitch] 0.3mm

[Optical Design] Precision Compression Molding

Industrial Projection Fresnel Lens | 3 Inch Front-Side PMMA Panel | 63mm Focal Distance for Diverging Beam Alignment


This 3-inch Fresnel lens is designed for front-side placement, enabling directional alignment of diverging light before it enters the projection path.


  • Front-position optical elements are used to shape light before projection begins.
  • Beam alignment is essential when working with diverging light sources.


What does a front-position Fresnel lens do in a projection system?
A front-position Fresnel lens shapes the outgoing light before projection, helping align diverging beams into a controlled direction.

Customization Services

Yuying provides customized Fresnel lenses for projectors, tailored in terms of focal length, dimensions, and groove design.


  • Custom Fresnel lenses available in varied sizes, shapes and focal lengths
  • Optimized thread pitch/tooth profile: Enhances resolution, clarity and brightness
  • Eccentric condenser lens technology: Expands keystone correction range for optimal viewing in both desktop/ceiling installations
  • Front-rear lens configuration improves light utilization efficiency


Q1: What is the role of a front-side Fresnel lens?
A: It modifies light direction before projection begins.

Q2: How does it affect diverging beams?
A: It reduces dispersion by guiding rays into a more unified direction.

Q3: Where is it placed in a system?
A: Between the light source and projection path.

Q4: Is it suitable for industrial setups?
A: Yes, especially where beam direction needs adjustment.




Advantages


Functional Behavior:

  • Positioned in front of the light source to guide outgoing beam direction
  • Adjusts diverging rays into a more organized propagation path
  • Ring-based groove pattern supports gradual angular transition
  • PMMA sheet allows consistent light passage under continuous use
  • Applicable in systems requiring pre-projection beam conditioning

Application Contexts:

  • Industrial projection equipment
  • Optical beam shaping modules
  • Engineering visualization tools
  • Light path alignment systems

Production Profile:

  • Established Fresnel optics manufacturing line
  • Internal tooling and replication capability
  • Stable structural consistency in production
  • Engineering-level customization supported

Functions

Fresnel lenses perform beam collimation and focusing:

1. Convert point sources into parallel light, significantly enhancing edge brightness of display panels while eliminating sunspot effects and improving overall brightness uniformity
2. Typically used with other optical components (e.g. cylindrical lenses)
3. Removing collimation lenses causes substantial light loss through panels, resulting in noticeable hotspots and reduced edge brightness
4. On the reverse side of LCD screens, light must be converged from panels to projection lenses



Application Examples

  • Portable Projectors: Ultra-thin Fresnel lenses enable compact optical engines as small as the palm of your hand.
  • Rear-Projection TVs: Large-format Fresnel screens are used for light diffusion and viewing angle control.
  • 3LCD/DLP Projection Technology: Both rely on Fresnel lenses as key optical components for light collimation and concentration.

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