Human Dissected Torso by William Fairland Canvas Print

This anatomical canvas print features a detailed 1830s lithograph by William Fairland, depicting a standing male figure with the trunk dissected to reveal the intricate structure of the ribs and viscera. Originally created as a scientific illustration, this wall art captures the 19th-century intersection of empirical medical pedagogy and fine art printing. The detailed rendering of the internal human structure serves as a fascinating historical record of medical education before the era of photography. This striking piece is an ideal addition to a home office, study, or for collectors of medical history and scientific art.

Product Specifications

• Width: 16 inches
• Length: 23.5 inches
• Printed using museum-quality giclée printing
• Durable synthetic canvas designed for long-lasting display
• UV-resistant inks
• Ready to hang: includes light-weight magnetic wooden hanger

Giclée Canvas Print

This artwork is reproduced using high-resolution giclée printing, a museum-quality process that produces exceptional color depth and fine detail. The result is a vivid reproduction that captures the character of the original artwork.

Durable Synthetic Canvas

Vintage Banners prints use a premium synthetic canvas designed for superior durability and moisture resistance. The material maintains color vibrancy and resists fading, making it suitable for indoor spaces as well as protected outdoor areas such as screened porches.

Magnetic Hanger System

Each print includes a minimalist wooden magnetic hanger that securely holds the canvas while allowing it to hang naturally. The clean design provides a modern gallery-style display without requiring a traditional frame.

About the Artist

William Fairland was a 19th-century British lithographer recognized for his technical precision in scientific and anatomical subjects. Active during the 1830s, his work contributed to the advancement of surgical and physiological understanding through high-fidelity printmaking and reproductive lithography.