Bedford Metals Corp.

Bedford Metals is pleased to announce its Winter 2024/25 field program for the Ubiquity Lake Uranium Complex. The exploration program will be conducted in two distinct phases to further advance and define high-potential uranium targets within the project area. Phase 1 of the program will involve a comprehensive Magnetic and Electromagnetic survey to map key bedrock structures, faults, folds, and graphitic conductors [...]

Bedford Metals wishes to provide a corporate update. Bedford continues to focus on advancing its uranium exploration projects in the Athabasca region of northern Saskatchewan, Canada and has made meaningful progress with its exploration initiatives. As reported in previous news releases, the Company has been actively advancing its exploration projects, particularly the Ubiquity Lake Uranium Project. Bedford is pleased [...]

Bedford Metals Corp. is pleased to announce it has engaged Grander Exploration to assist in the planning of a fall exploration program at the Ubiquity Lake Uranium project. The Company believes its strategic focus on uranium exploration and development is exceptionally well-timed, as nuclear power is poised to play a crucial role in greening the global power grid and meeting the substantial energy demands of rapidly [...]

Bedford Metals Corp. is pleased to announce the Company has sent a total of 60 samples from its recent exploration program at the Ubiquity Lake Uranium Project, Athabasca, Canada for Inductively Coupled Plasma Mass Spectrometry analysis. This advanced analytical technique is considered the 'gold standard' for uranium analysis. It provides precise and sensitive measurements of trace elements across a wide range of samples [...]

Bedford Metals Corp. is pleased to announce the completion of its Phase 1 prospecting program at the Ubiquity Lake Uranium Project in Northern Saskatchewan. The purpose of the program was to map historic showings, as well as high-value target zones identified through historic prospecting and geophysical programs. As part of the survey, the entire claim block was surveyed with state-of-the-art RS100 scintillometers to [...]

Bedford Metals Corp. is pleased to announce the results of its VNIR and SWIR satellite investigation at its Sheppard Lake Uranium Project, which adjoins the Ubiquity Lake Uranium project, just south of the Athabasca Basin, Saskatchewan. The statistical analysis, conducted by Dr. Neil Pendock, PhD in Applied Mathematics, successfully identified several positive indicators. Of particular interest was the identification of [...]

Bedford Metals Corp. is pleased to announce the deployment of its field crew to the Ubiquity Lake Uranium Project in Northern Saskatchewan. Prospecting will be focused on mapping historic showings, as well as high-value target zones identified through historic prospecting and geophysical programs. As part of the survey, the entire claim block will be surveyed with state-of-the-art RS100 scintillometers to establish a [...]

Bedford Metals Corp. is pleased to announce that it has received the necessary exploration permit from the Ministry of Environment for its 2024 prospecting program at the Ubiquity Lake Uranium Project in Northern Saskatchewan. This permit marks a significant milestone, allowing the Company to advance its exploration activities as planned. The previously announced prospecting program at Ubiquity Lake will include [...]

Bedford Metals Corp. is pleased to announce its 2024 Phase I field program for the Close Lake Uranium Project, located on the west side of the Athabasca Basin. Results from this program will be integrated with historical datasets to further enhance the dataset for the project. The Phase I exploration program will include a comprehensive radon gas survey over the identified helium blooms , as well as a 1000m hematite [...]

Bedford Metals Corp. is pleased to announce the results of its VNIR and SWIR satellite investigation at the Close Lake Uranium Project in the Athabasca Basin, Saskatchewan. An analysis conducted by Dr. Neil Pendock, PhD, has successfully identified several positive indicators for uranium, including anomalous helium emissions and various subsurface features such as illite clays and magnetite. These findings are comparable [...]