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Grand Seiko Evolution 9 Moonlit Birch SLGW007

Photography: Exquisite Timepieces – © brand or retailer – shown for identification, see source

Grand Seiko watches

Grand SeikoEvolution 9 Moonlit Birch

Reference SLGW007

Lowest

€6,857

Median

€8,770

Highest

€8,770

Prices are indicative, taken from public retailer listings. Always confirm with the seller.

Specifications

BrandGrand Seiko
CollectionEvolution 9
ReferenceSLGW007
Case materialSteel
Diameter38.6 mm
MovementManual
Power reserve80 h
Water resistance30 m
Bracelet / strapLeather
DialRed
CrystalSapphire
TypeDress
ComplicationsSmall seconds
For whomMen

Market offers

4 sellers · updated 28/09/2026

SellerCountryRegionSeller typeStockLocal priceEUR
MontredoGermanyEuropeGrey marketIn stock€6,857€6,857View offer
Exquisite TimepiecesUnited StatesNorth AmericaAuthorized dealerIn stockUS$10,000€8,770View offer
Watches of Switzerland USUnited StatesNorth AmericaAuthorized dealerIn stockUS$10,000€8,770View offer
Topper Fine JewelersUnited StatesNorth AmericaAuthorized dealerIn stockUS$10,000€8,770View offer

Price history

Daily lowest and median price across active offers

From the retailer listing

Moonlight on the emblematic birch The noble birch tree has become a totem of Grand Seiko's symbiosis with nature, and this brooding reference carries that theme with a dial inspired by moonlight on this distinctive textured surface. This 10-beat, manual-winding mechanical watch is based on the “Evolution 9 Style,” a unique design grammar that takes the fusion of Grand Seiko’s spirit with the aesthetic sensibilities of Japan to a higher level. Its textured, navy-colored dial evokes the bark of a white birch tree illuminated by the moon. Featuring a slender stainless steel case that is a mere 9.95mm thick, the creation has an appearance worthy of a Grand Seiko dress watch. The bezel is refined, with a narrow profile that complements the lugs, whose clean lines are echoed on the dial by the indexes. The manual-winding movement is the Caliber 9SA4, which features a high number of vibrations,

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