Water & Mirror Surface Reflection Studio
Render realistic glass tabletop mirror reflections or tranquil water ripples beneath your product shots, typography, and logos. Instant client-side canvas generation.
Reflection Settings
Click or Drop Image Here
Transparent PNG logos or product photos
Reflection Preview
Awaiting ImageUpload a graphic or click "Sample Product" to generate reflections.
What is a Photo Surface Reflection Effect?
A Surface Reflection is an optical depth enhancement where an inverted, vertically mirrored duplicate of an object is rendered directly beneath it with an alpha fade gradient. Commercial product photographers commonly shoot electronic devices (smartphones, headphones, luxury watches) and footwear resting on polished black acrylic, glossy white glass, or calm water pools to establish physical spatial grounding.
The NexTools Photo Reflection Maker simulates these professional commercial darkroom setups inside your web browser. Choose between razor-sharp Glass Mirror Reflections (ideal for e-commerce catalog clean shots) or organic Water Rippling Reflections that mathematically displace horizontal pixel slices using sine-wave frequency algorithms.
Key Reflection Capabilities
- Glass Mirror Linear Fade: Recreates the sleek Apple-style gloss table reflection with customizable falloff gradients.
- Wave Ripple Displacement: Simulates serene water pool ripples with harmonic horizontal sine-wave shearing.
- Adjustable Reflection Height: Scale from subtle 20% floor accents to deep 100% full-body reflections.
- Custom Horizon Gap: Space floating items above the reflective plane with custom pixel offsets.
- 100% Client-Side Privacy: Your product shots and confidential branding are rendered in memory with zero cloud uploads.
Step-by-Step: How to Add Reflections
- Upload your product photo, cutout PNG logo, or typography.
- Choose between Glass Mirror or Water Pool surface styles.
- Tune reflection depth, initial opacity, and surface backdrop color.
- Click "Download Reflection Image" to save a high-resolution PNG or JPEG file.
Frequently Asked Questions
dx = sin(y * frequency) * amplitude, replicating authentic fluid surface optics.