Arto XP 2 / 126mm - Special Edition "BLACK"
- Order number: 1100 4170
Whether in Earth orbit or in the dental laboratory – precise guidance is what matters. The limited Black Series is fully compatible with the Carbon Series and available only in limited quantities.
The Arto XP 2 in the 126 mm Full version is optionally available with ISS – not the International Space Station, but Immediate Side Shift. With a 35° condylar path inclination and a Bennett angle adjustable from 0° to 20°, the XP 2 is the economical lunar base model.
In addition to the practical transport case and extra Connect mounting plates, the Full version is equipped with the robust micro-adjustable incisal guide pin, making it perfectly prepared for the demanding everyday conditions of the Space Lab. The XP Zero Pin reliably returns to its defined zero position at any time – as dependable as a fixed star.
Adesso Multisplit Junior – available for screw mounting or adhesive bonding for calibration with other articulators. Modular like a space station. The space-tested high-performance polymer condylar balls operate without lubrication, offer low wear and provide excellent gliding properties.
The Arto XP 2 in the 126 mm Full version is optionally available with ISS – not the International Space Station, but Immediate Side Shift. With a 35° condylar path inclination and a Bennett angle adjustable from 0° to 20°, the XP 2 is the economical lunar base model.
In addition to the practical transport case and extra Connect mounting plates, the Full version is equipped with the robust micro-adjustable incisal guide pin, making it perfectly prepared for the demanding everyday conditions of the Space Lab. The XP Zero Pin reliably returns to its defined zero position at any time – as dependable as a fixed star.
Adesso Multisplit Junior – available for screw mounting or adhesive bonding for calibration with other articulators. Modular like a space station. The space-tested high-performance polymer condylar balls operate without lubrication, offer low wear and provide excellent gliding properties.
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