Peeled Banana Luminaire, Cast Resin Body with Internal LED Diffuser

This fixture is a contemporary table lamp produced through cast resin fabrication and integrated LED illumination, associated with Studio Job’s licensed design line manufactured for Seletti. Production belongs to the early 21st century design-retail market where sculptural novelty lighting is fabricated through mold-based polymer casting rather than traditional metal or glass lamp construction. The lamp body functions simultaneously as sculpture and housing, with the banana form serving as the structural shell for the lighting system. Illumination is generated internally and transmitted through a translucent glass or acrylic diffuser element emerging from the peeled fruit form. Electrical architecture is based on a low-voltage LED system powered by an external transformer, reflecting modern safety and heat-management standards. Its significance lies not in material mass or industrial lighting performance but in controlled serial sculpture integrated with consumer-grade electrical hardware.

I. Primary Materials & Structural Integrity

The principal structural material is cast synthetic resin, likely a polyurethane or comparable polymer compound poured into a multipart mold and later finished with pigmented surface coating. Resin casting allows complex organic geometry without metal fabrication or glass blowing, enabling the peeled fruit configuration with thin projecting segments representing the banana peel. The projecting peel sections represent the most vulnerable structural points, as polymer castings in thin extensions can become brittle over time if subjected to stress or impact. The central banana body forms the main load-bearing section supporting the internal lighting chamber and diffuser aperture. The diffuser element appears to be frosted glass or molded acrylic, functioning as the primary luminous emitter. Structural stability depends largely on the thickness of the resin body around the internal cavity and the integrity of the molded peel arms, which are susceptible to fracture if improperly handled.

II. Fabrication Method & Assembly Logic

Manufacture relies on mold-based resin casting rather than machined or fabricated metal construction. The banana body and peel sections appear as a unified sculptural casting subsequently finished through paint application to simulate the coloration of a ripe banana and exposed interior fruit. Surface transitions between peel edges and fruit body suggest mold-defined geometry rather than hand-carved detailing. The lighting system is inserted after casting, requiring an internal cavity designed to house wiring and the LED light source. Assembly therefore follows a sequential process: resin casting, surface finishing, installation of diffuser element, insertion of LED module, and attachment of wiring harness exiting through the base or rear body surface. Alignment precision is determined by mold accuracy rather than mechanical machining tolerances. Production scale is consistent with repeated mold runs typical of branded design merchandise rather than limited studio fabrication.

III. Electrical System & Wiring Architecture

The electrical system operates through a low-voltage LED arrangement supplied by an external transformer converting standard mains input to approximately 36 volts output. This architecture eliminates the need for traditional incandescent sockets and reduces internal heat accumulation within the resin enclosure. The LED source is positioned behind the translucent diffuser element, producing a concentrated glow representing the interior of the peeled fruit form. Power is delivered through a fixed cable extending from the rear or underside of the sculpture, with dimming capability likely achieved either through an inline dimmer module or a compatible driver. Because resin is non-conductive, electrical grounding requirements are simplified relative to metal fixtures. Potential interventions over time will typically involve replacement of the LED driver or transformer rather than rewiring of sockets or conductors.

IV. Surface Treatment & Finish Stratigraphy

The surface finish consists of pigmented coating applied over the cured resin body. The outer peel is finished in bright yellow paint, while the exposed fruit interior and peel edges are finished in lighter cream tones with localized coloration at the peel tips simulating natural oxidation. This finish is decorative rather than protective and therefore vulnerable to abrasion, chipping, and gloss loss from repeated handling. Wear typically appears along projecting peel edges and contact points where the object rests on horizontal surfaces. Because the coloration is surface-applied rather than integral to the resin matrix, deep scratches may expose underlying casting material. Aging generally presents as minor surface dulling rather than metal oxidation or corrosion.

V. Optical Design & Light Distribution Logic

The optical program is intentionally localized rather than architectural. Illumination is concentrated within the diffuser emerging from the peeled banana interior, functioning as a small luminous column rather than a wide distribution light source. The diffuser material softens the LED output to avoid point-source glare while maintaining a recognizable form representing the fruit’s interior. Light emission is primarily upward and slightly outward, producing a limited ambient glow suitable for decorative accent rather than functional room illumination. The surrounding resin body acts as an opaque enclosure preventing lateral light leakage and maintaining the sculptural integrity of the object.

VI. Production Context & Market Position

This lamp belongs to the category of contemporary collectible design objects produced through collaborations between independent designers and retail-oriented design manufacturers. Studio Job is known for sculptural and symbolic objects translated into serially produced decorative lighting through Seletti’s distribution network. Production occurs in moderate industrial quantities using mold-based fabrication techniques common to contemporary design merchandise. The fixture’s intended environment is residential interiors, hospitality settings, or retail displays where sculptural novelty carries equal importance to illumination. Market position is therefore within branded design collectibles rather than architectural lighting equipment or traditional studio-crafted lamps.

VII. Preservation State & Intervention Evidence

Preservation concerns are centered on polymer stability and mechanical fragility of the peel extensions. Resin objects of this type generally remain structurally stable provided they are not subjected to direct heat sources or ultraviolet exposure that can accelerate surface degradation. The integrated LED system reduces internal thermal stress compared to incandescent lamps. Electrical interventions typically involve replacement of the external driver unit if failure occurs, which can be done without disturbing the resin body. Damage most frequently appears as chipped paint at peel edges or fractures in thin resin projections. Provided the internal LED remains functional and the resin body is intact, the lamp remains safe for continued operation under modern electrical standards.

VIII. Market Standing & Value Estimation

Typical resale value for this model falls within the range of approximately 120 to 300 USD depending on condition, completeness, and functioning electrical components. Higher figures are associated with unused examples retaining original packaging and transformer components. Lower values correspond to units exhibiting chipped paint, cracked resin sections, or replaced electrical hardware. Market liquidity is strongest within contemporary design resale markets and among collectors of branded Studio Job or Seletti objects. Value is determined primarily by design authorship and visual recognition rather than material rarity or fabrication complexity.