The Karma Davenport Saddle Stool is a purpose-built ergonomic seating solution designed specifically for tattoo artists and precision-based professionals. It combines advanced posture support with practical mobility to enhance comfort during long, detailed sessions.
Engineered for extended use, the Davenport Stool features an adjustable saddle seat with forward and backward tilt functionality, allowing users to fine-tune their seating position for improved control and reduced physical strain throughout the day.
Unlike traditional stools, this design incorporates a front-positioned support bracket that provides enhanced spinal and lower back support. This unique configuration helps maintain better posture during long tattooing sessions, improving both comfort and workflow efficiency.
Built with a strong aluminium base and premium components, the stool delivers long-lasting durability while maintaining smooth mobility. Hair-free roller wheels with precision bearings ensure effortless movement, while rubber castors protect floors from marks and scratches.
Key Features
- Adjustable height: 50–65 cm for flexible working positions
- Tilting saddle seat: Forward and backward tilt for customised comfort
- Front support bracket: Designed to improve spinal and back support
- Sturdy aluminium base: Ensures stability and professional durability
- Hair-free wheels: Smooth roller bearings for effortless mobility
- Floor-safe castors: Rubber wheels prevent marking and scratching
- Ergonomic design: Optimised specifically for tattoo professionals
Dimensions
- Height: 50–65 cm
- Length: 31 cm
- Width: 31 cm
- Weight: 10.5 kg
Ideal For
Ideal for tattoo studios, beauty professionals, and precision-based work environments requiring enhanced posture support, mobility, and long-session comfort.
Why Choose the Karma Davenport Saddle Stool
The Karma Davenport Saddle Stool is designed specifically for salon & tattoo professionals who require superior posture support, adjustability, and durability. Its unique ergonomic structure helps reduce fatigue while maintaining precision and control during extended sessions.