Waidmann - Hirsch - 10/10, 2019 An Abstract, Mixed Technique, Painting
Waidmann - Hirsch - 10/10: A Harmonious Blend of Nature and History
The combination of this historic text and the bold linoprint technique creates a captivating dialogue between past and present.
The central figure, a majestic stag adorned with intricate antlers, is depicted with dynamic black-and-white linocut contrasts. Subtle washes of water-based colors and fine pencil detailing enrich the image, adding depth and vibrancy to the composition. Overlaying the antique text, the artwork invokes a sense of nostalgia while celebrating the eternal connection between humans and nature.
This piece is a testament to Reimann’s experimental approach to traditional techniques. By integrating historic materials, the artist bridges the gap between classic craftsmanship and modern creativity. The result is an evocative piece perfect for rustic interiors, art galleries, or study rooms, where its blend of history and nature can inspire reflection and conversation.
With a background in civil engineering and a passion for classic printing techniques, Reimann continues to explore the boundaries of art through innovation. "Waidmann - Hirsch - 10/10" is not only an artwork but also a historical artifact, offering a unique addition to any collection.
- Professional worldwide delivery, supervised by WeArt’s logistics team
- Shipping fees are included in the price
- Estimated delivery time: 10–14 business days from the date of order confirmation
- Items may be returned within 14 days from the date of receiving the artwork.
- Refunds will be issued to the original form of payment used for the purchase.
- Return shipping costs are the responsibility of the customer.
- Items must be returned in their original condition.
- Custom-made orders are final sale and cannot be returned.
Christian Reimann
Abstract | Expressionism | Figurative | Minimalism
Collective Exhibitions Participant
Awarded Artist
Biography
Christian Reimann – German Artist Fusing Classic Printmaking Techniques with Modern Experimental Flair
























