




Mini Colettos, Thomas (Boy Doll without Hair Blue Eyes)
Introducing Thomas a delicate and lovable new born from the Mini Colettos family. With blue eyes and gentle new born features, Caesar is a beautifully handcrafted baby doll, designed to celebrate diversity and inspire nurturing, inclusive play from the earliest age.
Lovingly made in Spain, Thomas is a 34cm anatomically correct new born doll crafted from phthalate-free, fragrance-free vinyl. His realistic sculpting and peaceful expression encourage empathy, caregiving, and emotional development in young children.
Key Features:
- 34cm tall, full-vinyl body
- Moveable arms, legs, and head
- Soft non-toxic Phthalate-free Vinyl
- Designed and handmade in Spain
- Suitable for ages 3+
- Anatomically correct new born dolls
- Clothing not included
- Not suitable for bathing or water play
Doll complies with international toy safety standards (ASTM, CE). They are also fragrance-free, making them suitable for children with sensitivities.
Original: $40.61
-65%$40.61
$14.21Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Introducing Thomas a delicate and lovable new born from the Mini Colettos family. With blue eyes and gentle new born features, Caesar is a beautifully handcrafted baby doll, designed to celebrate diversity and inspire nurturing, inclusive play from the earliest age.
Lovingly made in Spain, Thomas is a 34cm anatomically correct new born doll crafted from phthalate-free, fragrance-free vinyl. His realistic sculpting and peaceful expression encourage empathy, caregiving, and emotional development in young children.
Key Features:
- 34cm tall, full-vinyl body
- Moveable arms, legs, and head
- Soft non-toxic Phthalate-free Vinyl
- Designed and handmade in Spain
- Suitable for ages 3+
- Anatomically correct new born dolls
- Clothing not included
- Not suitable for bathing or water play
Doll complies with international toy safety standards (ASTM, CE). They are also fragrance-free, making them suitable for children with sensitivities.























