Japanese sentoku tiger tsuba, signed Hiroyoshi saku, Meiji period
Record status
Individual type · partial
Period
Meiji period
This Japanese tsuba, or sword guard, is crafted from sentoku, a traditional brass-like alloy, and dates to the Meiji period. It features detailed relief decoration depicting a tiger positioned before a rocky outcrop and set against a backdrop of bamboo.
The artistic execution is enhanced with gold accents applied to specific details, providing contrast against the metallic surface of the guard. The piece measures 6.9 cm in height and exhibits a refined sculptural quality characteristic of Japanese metalwork of the era. The obverse displays a clear signature reading Hiroyoshi saku, indicating the work of the artisan. The design incorporates openwork elements near the bamboo and rock formations, integrated with the central apertures required for the katana mounting.
Overall, the object represents a typical high-quality decorative sword guard intended for display or refined utility, reflecting the stylistic sensibilities and craftsmanship prominent in late nineteenth-century Japan.
Evidence at a glance
- Linked sources
- 1
- Photograph views
- 1
- Catalogue references
- 0
Counts describe this entry’s documentation, not authenticity, rarity or completeness. Photographs may show one specimen; check each caption and licence.
Physical characteristics
- Height
- 6.9 cm
- Material
- sentoku
Technical characteristics
- Accents
- gold
- Decoration
- relief
Design
- Motif
- tiger before a rock and bamboo
- Signature
- Hiroyoshi saku
Identification
- Source note
- Described from a single auction-house listing published on Invaluable (reproduced with Invaluable's permission). Details apply to that one example; other examples of the type may differ, and the listing is supplementary evidence, not authentication.
- Maker named in listing
- Hiroyoshi
Catalogue references
No catalogue numbers recorded. Numbers are only published once transcribed from a verified edition of a standard catalogue — they are never inferred.