Quentin Anatomical Model 18 cm TPR with Suction Base, Beige

Pretty Love Quentin Anatomical Model 18 cm – TPR System, Suction Base, Beige

Experience advanced design with the Pretty Love Quentin Anatomical Model, crafted for those who value realistic detail and engineering precision. Constructed from high-quality TPR material, this beige-toned model features a vertebrae-inspired core system, ensuring stability and flexibility to adapt to your individual requirements. The surface is carefully contoured, with a detailed structure and a generously shaped upper section, reflecting thoughtful anatomical design.

The integrated suction base allows for secure attachment to flat surfaces, providing hands-free operation and convenience during use. Fully waterproof, the model is easy to clean and maintain, ensuring durability and hygienic standards. The sliding surface mimics natural movement, supporting versatility and comfortable handling.

Product Features:
• Brand: Pretty Love
• Model: Quentin
• Material: TPR (thermoplastic rubber)
• Core: Flexible, vertebrae-inspired for adaptive positioning
• Surface: Anatomically contoured, sliding skin system
• Color: Beige
• Suction base for secure hands-free use
• Waterproof design
• Easy to clean and maintain

Advantages:
• High-quality, skin-friendly TPR material for realistic look and feel
• Flexible core allows for personalized positioning
• Stable suction base ensures reliable attachment
• Waterproof for versatile and hygienic usage
• Suitable for various applications and settings

Dimensions & Technical Data:
• Total length: 18 cm
• Insertable length: approx. 16 cm
• Diameter: approx. 3.5-4 cm
• Packaging size: 270 x 120 x 85 mm
• Material: TPR
• Color: Beige (flesh tone)

The Pretty Love Quentin Anatomical Model is designed for those who appreciate advanced engineering, anatomical accuracy, and durable materials. Its reliable suction base and waterproof build make it an excellent addition to your collection of technical and anatomical models for personal study or demonstration purposes.