Tokyo Bouon Ultima Turntable Made In Haneite Rubber DENON Vibration Vibration Vibration Sound Quality High Noise Record Player Mat Mat, Japan,

【Important Notice for International Buyers – Tomoayax Premium Audio Hi-Fi Japan】

■ Voltage Compatibility This product is designed exclusively for use in Japan (AC 100V, 50/60Hz).

Many regions use 120V or 220–240V. Using this product without a proper transformer in such voltage environments may result in malfunction, overheating, or serious and irreversible damage.

■ Plug Type This product uses a Japanese plug (Type A or B). A plug adapter may be required depending on your region.

■ Transformer Requirement (Very Important) A transformer is required for safe use.

A plug adapter only changes the plug shape and DOES NOT convert voltage. Using this product without a transformer may cause serious and irreversible damage.

■ Buyer Responsibility As this is high-end audio equipment, the buyer is fully responsible for confirming compatibility with their local voltage (100V / 120V / 220–240V) and usage environment before purchase.

■ No Return / No Refund Policy We do NOT accept returns or refunds for: ・Voltage mismatch (including 120V and 220–240V environments) ・Use without a transformer ・Plug incompatibility ・Damage caused by improper setup or usage

■ Liability We are not responsible for any damage, malfunction, or performance issues caused by improper use or incorrect voltage conditions.

■ Final Notice Please ensure full understanding of the above before purchasing. Use only under the correct voltage environment. Reduce unwanted vibrations from your record player for the ideal music experience. Featuring "Hanenite Rubber," which excels at vibration absorption, it effectively absorbs unwanted vibrations in the frequency range crucial for music playback. It also boasts excellent durability, ensuring long-term use. An ideal coefficient of friction for tightly integrating the record and turntable. It exhibits a far superior vibration damping effect compared to other materials at ambient temperatures.