White Oval Freestanding Bathtub – Raised Pedestal Base 3D Model

Specifications

Brand

Laruus

Style

Modern

Material

Ceramic

Suitable spaces

Bathroom, Commercial

Color

White

File types

3D's MaxCorona Rendererfbxmtl3dsMapjpegobj

Soft Oval Form, Raised Base 3D Model 3D's Max Corona Renderer

Description

The White Oval Freestanding Bathtub – Raised Pedestal Base is a modern bathroom fixture defined by its bright white finish, elongated oval opening, and softly rounded body supported by a distinct raised base. The most recognizable visual feature is the continuous curved silhouette: the upper rim follows a generous oval outline, while the exterior walls sweep smoothly downward toward a narrower lower section. A recessed pedestal-like base lifts the main body slightly above floor level and creates a subtle shadow line beneath the tub. This combination of rounded geometry, clean white coloration, and visible base treatment distinguishes the model from conventional rectangular or fully floor-mounted bathtubs while maintaining a calm contemporary appearance. Ceramic is specified as the primary material and appears in the render with a smooth, uniform white finish and controlled glossy reflections. The upper rim is comparatively substantial and softly rounded, forming a continuous border around the bathing cavity. The outer shell transitions through broad curved surfaces without visible panel joints, decorative moldings, or sharp corners. The inner basin appears deep and follows the same elongated oval direction as the exterior profile. The pedestal base is also rounded and visually integrated with the main form, although its exact structural relationship to the tub cannot be confirmed. Ceramic composition, glazing method, wall thickness, manufacturing process, reinforcement, weight, thermal performance, water capacity, drain construction, and overflow system are not visible and should not be inferred. This freestanding bathtub is suitable for contemporary residential bathrooms, master suites, spa-inspired interiors, hotel bathrooms, wellness areas, and selected Commercial hospitality environments. Its neutral white finish pairs naturally with Marble, Stone, Ceramic wall and floor finishes, pale or warm Wood cabinetry, black or silver Metal fixtures, and transparent Glass partitions. The oval footprint works especially well in spacious bathrooms where the tub can be viewed from multiple directions. It can be positioned against a feature wall, near a window, within an open wet-room zone, or as a central focal element where circulation space permits. The softened shape also helps it integrate into minimalist and contemporary interiors without appearing overly rigid. For Archviz and CGI workflows, the model offers useful opportunities to study smooth Ceramic shading, curved reflections, edge highlights, and contact shadows. Close camera angles can emphasize the thick rounded rim, the transition between the upper body and pedestal base, and the continuous curvature along the ends. Wider compositions can use the bathtub as a clean visual anchor within bathrooms containing contrasting wall finishes or darker flooring. Soft directional lighting is effective for revealing the subtle curvature of the white surfaces, while carefully controlled reflections help retain the Ceramic character without making the tub look unnaturally glossy. Within interior design, the strongest quality of this bathtub is the balance between sculptural softness and architectural simplicity. The oval profile provides a more organic presence than a rectangular bath, while the raised base gives the object additional visual definition at floor level. Against darker Stone or gray tile, the white tub can form a strong contrast; in light monochrome schemes, it can blend into a calm and continuous palette. Its restrained detailing makes it adaptable to minimalist, contemporary, spa-inspired, and hotel-style bathroom concepts where form and material take priority over ornament. The supplied technical information identifies this asset as a 3D model intended for 3D's Max and Corona Renderer. No downloadable file formats are specified, so file_types remains empty. Polygon count, topology, UV layout, texture resolution, exact scene scale, object hierarchy, Ceramic shader values, drain setup, plumbing connections, pedestal construction, and installation mechanics cannot be verified from the render alone. Before Production Rendering, users should review scene scale, Ceramic gloss, surface roughness, edge bevels, smoothing, reflections, contact shadows, and Corona Renderer settings according to the intended camera distance and lighting environment.