108cm/3ft7 J-cup Silicone Torso – Betta.E (ZELEX SLE 2.0)

108cm/3ft7 J-cup Silicone Torso – Betta.E (ZELEX SLE 2.0)

Manufacturer list price; authorised retailers are often cheaper. Beware of offers far below this range: counterfeit warning.

Height
108 cm
Weight
33.8 kg
Cup size
J-cup
Material
Silicone
Type
Torso
Head code
ZXE216
Series
SLE 3.0
Brand
Zelex

Index data refreshed 2026-09-29 · spec completeness 67% · Image © rosemarydoll

How to buy the 108cm/3ft7 J-cup Silicone Torso – Betta.E (ZELEX SLE 2.0) safely

The 108cm/3ft7 J-cup Silicone Torso – Betta.E (ZELEX SLE 2.0) is indexed from the rosemarydoll catalogue. Before you order: compare the offers, confirm the seller is an authorised Zelex retailer, and check the model arrives with the options you selected - heads, bodies and skin tones are usually built to order.

Silicone is low-maintenance: wash, dry, done. It tolerates harsher cleaning agents than TPE. At 34kg this is on the lighter, easier-to-handle side.

Plan the delivery and the first cleaning session before the box arrives: the first-doll checklist walks through both, and the weight guide covers moving and posing a 34kg model.

How much does the 108cm/3ft7 J-cup Silicone Torso – Betta.E (ZELEX SLE 2.0) cost?
The current indexed offer is $989 at rosemarydoll; authorised retailers often price the same model differently.
Where should I buy the 108cm/3ft7 J-cup Silicone Torso – Betta.E (ZELEX SLE 2.0)?
Only from the manufacturer's own catalogue or an authorised retailer - the shops listed under "Where to buy" on this page. Marketplace resellers and prices far below list are the usual counterfeit signs; see the fake-shop guide.
What is the 108cm/3ft7 J-cup Silicone Torso – Betta.E (ZELEX SLE 2.0) made of?
Silicone is low-maintenance: wash, dry, done. It tolerates harsher cleaning agents than TPE. At 34kg this is on the lighter, easier-to-handle side.
How tall is the 108cm/3ft7 J-cup Silicone Torso – Betta.E (ZELEX SLE 2.0)?
108 cm and about 34 kg (this listing is a torso, not a full-size doll).

Alternative models to consider

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