Built-In Hob 3 Burner Steel+Glass SL78-314G/S

Premium 304 Stainless Steel Gas Cooktop

Designed for durability, performance, and modern kitchens, the artstationSL78-314S gas cooktop combines robust engineering with refined aesthetics. Built with high-grade materials and advanced burning technology, it delivers consistent heat, long-lasting reliability, and effortless cooking control.

Key Features

304 Stainless Steel Cooktop
Rust-resistant, hygienic, and built for long-term durability.

Strong Glass & Panel Construction
0.4mm stainless steel panel paired with 6mm toughened glass for enhanced strength and a sleek, premium finish.

NexaFlare Burning Technology
High-efficiency burners with an aluminium base and black coating ensure uniform flame distribution and improved fuel efficiency.

Heavy-Duty Cast Iron Pan Supports

1300g big pan support for large cookware

900g small pan support for daily cooking
Ensures superior stability and heat retention.

Front Control with Diamond-Cut Knobs
Precision-crafted aluminum alloy knobs for smooth control and a premium tactile feel.

Brass Auto Ignition (Battery Operated)
Reliable, quick ignition without the need for an external power source.

Enameled Base
Heat-resistant and easy to maintain for long-term performance.
3D Modeling & Rendering Challenges During Production

During the digital production of the artstationSL78-314S, several technical challenges were addressed to achieve a realistic and accurate visual outcome:

Material Accuracy
Replicating the reflective properties of 304 stainless steel and toughened glass required precise PBR material calibration to avoid over-reflection or unrealistic glare.

Surface Detailing
Achieving correct thickness representation for the 0.4mm panel and 6mm glass while maintaining clean topology was critical for realism in close-up renders.

Cast Iron Geometry Optimization
The complex structure of the heavy cast iron pan supports required high-detail modeling while balancing polygon count for efficient rendering.

Lighting & Reflection Control
Managing reflections on metallic surfaces and black-coated aluminium burners was challenging, especially under studio-style lighting setups.

Render Performance
High-resolution textures, glass refractions, and metal shaders increased render times, requiring optimization without compromising visual quality.

These challenges were successfully resolved to deliver a high-fidelity, production-ready 3D model and render that accurately represents the product’s real-world design and materials.