Professional Groomers Teddy Simulation Model

Master the art of pet styling with this Professional Teddy Simulation Hair & Model Set. Designed specifically for student groomers and professional stylists, this high-fidelity mannequin serves as the perfect "patient" for practicing complex scissor work, standard Teddy bear cuts, and creative styling techniques. Unlike practicing on a live animal, this model allows you to repeat movements, perfect your symmetry, and experiment with different lengths without any time pressure or safety risks.

The set features a removable simulation hair coat that mimics the density and texture of a real Teddy/Poodle coat, paired with a durable anatomical skeleton frame. The hair is specially treated to respond to grooming shears and clippers just like a real dog's fur, making it an indispensable tool for preparing for grooming competitions or certification exams. Whether you are practicing a full-body trim or focusing on the intricate details of a "round head" cut, this model provides the realistic feedback you need to refine your craft.

Key Specifications

• Realistic Hair Texture: Simulation fur is designed to replicate the crimp and volume of a Poodle-cross coat, allowing for clean scissoring and clipper work.

• Full-Body Skeletal Frame: Durable internal model provides a sturdy base and correct anatomical proportions for a "Standard Teddy" look.

• Practice Without Pressure: Perfect for beginners to learn hand-eye coordination and for pros to test new styles or tools.

• Interchangeable Hair Packs: The hair is replaceable, allowing the core skeleton to be used indefinitely for multiple practice sessions.

• Anatomically Accurate: Correct head shape and body proportions help you learn where to leave volume and where to taper for a balanced "show" look.

• Durable Construction: Made from high-quality materials that stand up to repeated styling and handling.

• Ideal for Competitions: Use it to storyboard your next competitive grooming design or to demonstrate techniques to students.

📏 Technical Details