Annuncio • Jun 16
Canamera Energy Metals Corp Reports Assay Results From Southern Zone At Turvolândia Ionic Clay Rare Earth Project Canamera Energy Metals Corp. announced assay results from its Southern Zone, highlighting auger drill hole TUV-AUG-0036 at its Turvolândia Ionic Clay Rare Earth Project in Minas Gerais, Brazil. TUV-AUG-0036 returned rare earth mineralisation concentrated in the deepest 6 metres of the hole, with grades increasing toward the bottom and the hole terminating in mineralised material, remaining open at depth. Of the holes for which results have been received at the Southern Zone, TUV-AUG-0036 is the most promising result to date, returning rare earth enrichment concentrated below 16 metres depth and continuing through end of hole. Two additional holes - TUV-AUG-0033 (6 metres total depth) and TUV-AUG-0034 (7 metres total depth) - terminated in peak mineralisation, with the last metre of TUV-AUG-0033 returning 575 ppm MREO + Y2O3 and the last two metres of TUV-AUG-0034 returning 355 ppm MREO + Y2O3, indicating that magenetic REO mineralisation is present across multiple drill locations at the South Target. Hole TUV-AUG-0036 was drilled vertically to a total depth of 22.0 metres. Rare earth enrichment is concentrated below 16 metres depth, where grades increase substantially relative to the upper profile and continue to improve toward the base of the hole. The final 2-metre interval (19-21 m) represents the highest-grade zone drilled at the South Target to date, averaging 1,293.3 ppm MREO + Y2O3 and 2,793.8 ppm TREO. The hole terminated in mineralised material; the base of the weathered profile was not reached. All 22 samples returned Chemical Index of Alteration values above 93.8%, consistent with advanced weathering profiles characteristic of ionic adsorption clay-hosted REE deposits. The South Target demonstrates a strong radiometric signature, with total-count radiometric responses comparable to those observed at the Cordis, Linda, and Marita targets. Assay results for TUV-AUG-0036 are presented in Table 1. Analytical results from TUV-AUG-0036 identified gallium concentrations throughout the hole. Gallium values for 20 of the 22 one-metre intervals ranged from 17.4 to 44.3 ppm. The two remaining intervals (19-20 m and 20-21 m) returned an 'I.N.F.' result in the source data; the basis for this flag and its appropriate treatment in calculating a full-hole average are subject to final confirmation by the Company's QP. The full-hole average is stated as 29 ppm over 22 metres, pending that confirmation. Gallium is recognised as a critical mineral by Canada, the United States, and the European Union. The distribution of gallium is present throughout the full vertical profile, in contrast to the REE enrichment which is concentrated below 16 metres. The Company's primary exploration focus remains ionic adsorption clay-hosted rare earth mineralisation. The economic significance of the gallium values identified to date is unknown. No metallurgical studies have been completed to evaluate gallium recovery. The Company anticipates reporting assay results from the four additional holes drilled at the South Target upon receipt and validation. The Company is also evaluating follow-up exploration programmes to further define the South Target, including potential deeper drilling to evaluate mineralisation below the 22-metre depth of TUV-AUG-0036. There can be no assurance that future exploration programmes will define economically recoverable mineral resources. Auger drill samples were collected at one-metre intervals and submitted to SGS Geosol Laboratórios Ltda., Vespasiano, Minas Gerais, Brazil (ISO/IEC 17025 accredited), an independent laboratory, for multi-element analysis by ICP-OES/MS including all rare earth elements. The QA/QC programme included the regular insertion of certified reference materials, blank standards, and field duplicates. Elemental values were converted to rare earth oxide equivalents using standard conversion factors. The adjustments to the data were made as needed, converting the rare earth element values to the industry-standard rare earth format. Annuncio • Apr 10
Canamera Energy Metals Corp Identifies High-Priority Rare Earth Element Target At Garrow Project as Airborne Survey Reveals Broad Magnetic Anomaly Aligned with Elevated Rare Earth Lake Sediment Values Canamera Energy Metals Corp. has announced the completion of a 463.7 line-kilometre airborne magnetic survey over its Garrow rare earth element project located in eastern Ontario, approximately 16 kilometres west of Timiskaming. The survey has identified a broad magnetic anomaly on the western portion of the Property that is spatially coincident with elevated total rare earth element values reported in regional lake sediment sampling conducted by the Ontario Geological Survey. The Garrow Project is an REE and niobium exploration property situated within the Grenville Province, a geological terrane known to host alkaline and carbonatite-related mineralization across eastern Ontario. The airborne survey represents the first modern geophysical dataset acquired over the Property and provides the Company with a foundational tool for targeting ground-level exploration programs. The airborne magnetic survey was conducted by Rosor Explorations and comprised 463.7 line-kilometres of data acquisition flown at 100-metre line spacing and an average flight height of 50 metres. The magnetic data obtained displays a strong correlation between magnetic response and the metamorphic and plutonic rock units underlying the Property, providing a clear representation of the general structural fabric and lithological trends. Of particular significance is a broad magnetic high located on the western half of the Property and trending to the southeast. This magnetic high is interpreted to represent the extent of a gneissic granite mapped as Intermediate to Felsic Intrusive Rocks of the McDougal and Associated Plutons (circa 1250 Ma), as documented in published geological mapping by the Ontario Geological Survey. Lake sediment geochemistry is a widely used regional-scale exploration tool in which the chemical composition of lake-bottom sediments serves as an indicator of the mineralogy of surrounding and upstream bedrock. In REE-prospective terranes, elevated rare earth concentrations in lake sediments can reflect the weathering and transport of REE-bearing minerals from proximal bedrock sources. Coincident with the magnetic high is a series of lake sediment samples collected by the OGS in 2001 that yielded elevated total rare earth element values. The convergence of two independent datasets - a geophysical anomaly defining a distinct lithological unit and a geochemical signature indicating elevated rare earth concentrations - strengthens the interpretation that the western portion of the Property warrants priority follow-up investigation. The Company will integrate the airborne magnetic data and its structural interpretations with the regional lake sediment geochemical dataset to delineate priority target areas for ground follow-up. Planned activities include geological mapping, prospecting, and soil geochemistry designed to further define the distribution of rare earth element mineralization and identify host lithologies on the Property. Annuncio • Mar 27
Canamera Energy Metals Corp. announced that it has received CAD 4.613947 million in funding On March 26, 2026, Canamera Energy Metals Corp. closed the transaction. In connection with the LIFE Offering, the Company paid CAD 50,688.00 in cash finder's fees and issued 92,160 finder's warrants. In connection with the Concurrent Offering, the Company paid CAD 60,000.14 in cash finder's fees and issued 90,909 finder's warrants Annuncio • Mar 02
Canamera Energy Metals Corp. announced that it expects to receive CAD 1.5 million in funding Canamera Energy Metals Corp. announced a non-brokered private placement of up to 2,272,727 flow-through units at a price of CAD 0.66 per flow-through unit for aggregate proceeds of up to CAD 1,499,999.82 on February 28, 2026. Each flow-through unit consists of one flow-through common share and one-half of one common share purchase warrant. Each flow-through warrant will entitle the holder to acquire one common share at a price of CAD 0.75 per common share for a period of 24 months from the date of closing. The securities issued in connection with the concurrent offering will be subject to a statutory hold period of four months and one day. Annuncio • Jan 27
Canamera Energy Metals Corp. Confirms Up to 6,557 Pm Treo from Iron Hills Over-Limit Re-Assay Results Canamera Energy Metals Corp. reported that it has received from American Assay Laboratories the over-limit analysis for rock samples collected during the Company's prospecting program on the Iron Hills Project located in Gunnison County, Colorado, U.S.A. Five of the 48 samples collected returned values that exceeded the initial detection limits for cerium (Ce), neodymium (Nd), and yttrium (Y). Follow-up analysis using sodium peroxide fusion has now returned quantitative results for these over-limit samples. Sample 47 returned the highest total rare earth oxide ("TREO") value of 6,557 ppm (0.66% TREO), including 2,336 ppm Nd. Sample 09 returned the high heavy rare earth oxide ("HREO") value of 2,841 ppm, driven by 1,305 ppm Y. Factoring in these updated values, a total of six samples have now returned TREO values in excess of 3,000 ppm (0.3% TREO). The Company is currently reviewing options for an airborne magnetics, radiometrics, and EM survey over the Iron Hills Project. The Company plans to undertake follow-up sampling and analytical programs designed to accurately measure higher rare earth concentrations and evaluate the potential for REE mineralization. The samples collected during the prospecting phase were classified as grab, where the entire rock is taken, or as selective, where the geologist focuses on a small portion of outcrop or subcrop to retrieve a sample. In either case, the nature of sampling may not be representative of underlying mineralization, nor may it represent the true grade or style of mineralization across the property. The Company is of the opinion that the strength, frequency, and elemental diversity of the over-limit results strongly support continued exploration. Quality Assurance /QC) All samples were placed in labeled 3-mil polyethylene bags, sealed with cable ties, and stored under the direct supervision of Company personnel prior to delivery to American Assay Laboratories ("AAL") in Reno, Nevada. The original samples were analyzed using the IM-4AB61 analytical package, which includes a four-acid digestion followed by ICP analysis for 61 elements. Samples that exceeded the upper detection limit of 1,000 ppm for individual rare earth elements were reanalyzed using sodium peroxide fusion to obtain quantitative results. The Company implemented an industry-standard QA/QC program consisting of the regular insertion of certified reference standards, blanks, and field duplicates into the sample stream, in addition to the internal quality control procedures employed by AAL. AAL is an independent, ISO-accredited laboratory and has no known relationship with the Company. Annuncio • Jan 20
Canamera Energy Metals Corp. Provides Exploration Update on Schryburt Lake Rare Earths Project Canamera Energy Metals Corp. provided an exploration update on the Schryburt Lake Rare Earths Project ("Schryburt Lake" or the "Project") in northwestern Ontario, Canada, and to announce the engagement of Andrew Best as Manager of Indigenous Relations, to support the Company's Indigenous community engagement initiatives. Schryburt Lake presents indications of a multi-centre, carbonatite-hosted rare earth element ("REE") and niobium ("Nb") system with four priority targets-Blue Jay, Goldfinch, Blackbird and Starling-each defined by the coincidence of kilometre-scale thorium radiometric anomalies and deep three-dimensional magnetic bodies, supported by historical and recent exploration. Collectively, these prospects outline the potential for a vertically extensive REE-Nb system developed in multiple centres around the carbonatite complex. The Schryburt Lake Project comprises 255 mineral claims covering approximately 4,948 hectares in northwestern Ontario, Canada. The Project is located 52 km east of Orla Mining's Musselwhite Mine and approximately 136 km north-northeast of Pickle Lake, with road access to within 30 km of the property. Canamera holds an option to earn up to a 90% interest in the Project from Bindi Metals Limited ("Bindi"), subject to an underlying 1% net smelter returns royalty. The Project is underlain by a carbonatite-alkaline intrusive complex interpreted as a small plug emplaced in an extensional continental rift setting. It exhibits a multi-phase carbonatite body principally prospective for phosphorus, niobium and rare earth elements, with potential for iron, zirconium and copper. The Project exhibits potential for REE-Nb-P mineralization hosted in carbonatite and associated pink alteration veins, with rare earths occurring in minerals such as ancylite and related carbonate phases. Most recently, he has led Indigenous engagement initiatives for mining companies operating in Canada's Ring of Fire. Andrew is driven by a vision inherited from his grandfather-one of Canada's first Indigenous pilots to fly combat missions in World War II-that meaningful change comes from fighting for what believe in. The Company looks to re-engage in dialogue with the relevant First Nations groups and stakeholders as it works to advance the Project through permitting for a maiden drill program. Canamera is committed to conducting its exploration activities in a manner that respects Indigenous rights, fosters open communication, and creates opportunities for meaningful participation by local communities. The scientific and technical information in this news release has been reviewed and approved by Warren Robb, P.Geo. (British Columbia), Vice-President, Exploration of the Company and a "Qualified Person" as defined by National Instrument 43-101. 
