Experience modern living in one of Birmingham’s most iconic heritage conversions. This brand-new, unfurnished one-bedroom, one-bathroom apartment is located within The Gem Building, a beautifully restored former diamond cutting and polishing works in the heart of the Jewellery Quarter.
Originally built in 1913, The Gem Building stands as a testament to Birmingham’s rich jewellery-making past. Its distinctive architecture features numerous large windows, originally designed to flood the workshops with natural light and improve ventilation for craftsmen working on fine jewellery. Today, these characterful windows create an exceptionally bright and airy atmosphere throughout the apartments, blending historical charm with contemporary comfort.
Inside, the property offers a sleek, modern layout with high-quality fixtures and finishes throughout. The open-plan living and kitchen area benefits from generous natural light, creating a warm and inviting space. The bedroom is generously sized, and the stylish bathroom offers a fresh, modern feel.
Located in the highly sought-after Jewellery Quarter, the apartment is surrounded by independent cafés, bars, restaurants, and artisan businesses. With excellent transport links and walking distance to the city centre, it’s an ideal home for professionals seeking a blend of history, character, and modern living.
Brand-new 1-bedroom, 1-bathroom apartment
Set within the historic Gem Building (built 1913)
Former diamond cutting and polishing works with rich industrial heritage
Characteristic large windows providing exceptional natural light
High-end kitchen with:
Inbuilt Smeg oven
Separate microwave oven
Integrated dishwasher
Large fridge/freezer
Hotpoint washer/dryer
Modern interior with premium finishes
Unfurnished — ready to personalise
Prime Jewellery Quarter location
Close to shops, cafés, transport links and Birmingham City Centre
Deposit amount : £1,096.15
The Energy Performance Certificate (EPC) gives the building a standard energy and carbon emission efficiency grade from 'A' to 'G', where 'A' is the most efficient and 'D' being the average to date.