LabsCubed

Supports: Profile · operating context

FedDev Ontario documents public support for LabsCubed's automated materials-testing expansion; the source establishes a capacity and commercialization activity, not a defence contract.

Supports: Profile · operating context

FedDev Ontario’s July 2026 table identifies Kitchener-based LabsCubed, incorporated in 2016, and C$750,000 federal funding within a C$2,202,064 total project to redesign high-volume automated rubber/plastic testing and expand international markets. Project cost is not the grant amount.

Supports: Profile · current activity

FedDev Ontario's July 2026 backgrounder documents LabsCubed's plan to expand its automated high-volume materials-testing systems into global markets.

Supports: Profile · reviewed questions.labscubed-refresh-question-1.question

FedDev Ontario’s July 2026 table identifies Kitchener-based LabsCubed, incorporated in 2016, and C$750,000 federal funding within a C$2,202,064 total project to redesign high-volume automated rubber/plastic testing and expand international markets. Project cost is not the grant amount.

Supports: Profile · reviewed questions.labscubed-refresh-question-1.confidence

FedDev Ontario’s July 2026 table identifies Kitchener-based LabsCubed, incorporated in 2016, and C$750,000 federal funding within a C$2,202,064 total project to redesign high-volume automated rubber/plastic testing and expand international markets. Project cost is not the grant amount.

Supports: FedDev Ontario funding recipient relationship

Source location: relationships.0.publicSummary

FedDev Ontario documents public support for LabsCubed's automated materials-testing expansion; the source establishes a capacity and commercialization activity, not a defence contract.

Supports: Automated polymer and rubber materials testing · technology readiness level

CubeTen automatically handles up to 15 plastic specimens and supports ASTM D638/ISO 527 geometries plus stated DIN/JIS tensile and adhesive lap-shear/T-peel methods. A supplier example reports 10 polypropylene specimens with 0.25% yield-stress coefficient of variation; this is a specific sample run, not accuracy across all materials.

Supports: Automated polymer and rubber materials testing · technical tags

CubeTen automatically handles up to 15 plastic specimens and supports ASTM D638/ISO 527 geometries plus stated DIN/JIS tensile and adhesive lap-shear/T-peel methods. A supplier example reports 10 polypropylene specimens with 0.25% yield-stress coefficient of variation; this is a specific sample run, not accuracy across all materials.

Supports: Automated polymer and rubber materials testing · name

CubeTen automatically handles up to 15 plastic specimens and supports ASTM D638/ISO 527 geometries plus stated DIN/JIS tensile and adhesive lap-shear/T-peel methods. A supplier example reports 10 polypropylene specimens with 0.25% yield-stress coefficient of variation; this is a specific sample run, not accuracy across all materials.

Supports: Automated polymer and rubber materials testing · technical tags

CubeTen automatically handles up to 15 plastic specimens and supports ASTM D638/ISO 527 geometries plus stated DIN/JIS tensile and adhesive lap-shear/T-peel methods. A supplier example reports 10 polypropylene specimens with 0.25% yield-stress coefficient of variation; this is a specific sample run, not accuracy across all materials.

Supports: Automated polymer and rubber materials testing · defence applications

CubeTen automatically handles up to 15 plastic specimens and supports ASTM D638/ISO 527 geometries plus stated DIN/JIS tensile and adhesive lap-shear/T-peel methods. A supplier example reports 10 polypropylene specimens with 0.25% yield-stress coefficient of variation; this is a specific sample run, not accuracy across all materials.

Supports: Automated polymer and rubber materials testing · core features

CubeTen automatically handles up to 15 plastic specimens and supports ASTM D638/ISO 527 geometries plus stated DIN/JIS tensile and adhesive lap-shear/T-peel methods. A supplier example reports 10 polypropylene specimens with 0.25% yield-stress coefficient of variation; this is a specific sample run, not accuracy across all materials.

Supports: Automated polymer and rubber materials testing · maturity

CubeTen automatically handles up to 15 plastic specimens and supports ASTM D638/ISO 527 geometries plus stated DIN/JIS tensile and adhesive lap-shear/T-peel methods. A supplier example reports 10 polypropylene specimens with 0.25% yield-stress coefficient of variation; this is a specific sample run, not accuracy across all materials.

Supports: Automated polymer and rubber materials testing · defence applications

CubeTen automatically handles up to 15 plastic specimens and supports ASTM D638/ISO 527 geometries plus stated DIN/JIS tensile and adhesive lap-shear/T-peel methods. A supplier example reports 10 polypropylene specimens with 0.25% yield-stress coefficient of variation; this is a specific sample run, not accuracy across all materials.

Supports: Automated polymer and rubber materials testing · defence applications

CubeTen automatically handles up to 15 plastic specimens and supports ASTM D638/ISO 527 geometries plus stated DIN/JIS tensile and adhesive lap-shear/T-peel methods. A supplier example reports 10 polypropylene specimens with 0.25% yield-stress coefficient of variation; this is a specific sample run, not accuracy across all materials.

Supports: Automated polymer and rubber materials testing · technicaldomainslugs

CubeTen automatically handles up to 15 plastic specimens and supports ASTM D638/ISO 527 geometries plus stated DIN/JIS tensile and adhesive lap-shear/T-peel methods. A supplier example reports 10 polypropylene specimens with 0.25% yield-stress coefficient of variation; this is a specific sample run, not accuracy across all materials.

Supports: Automated polymer and rubber materials testing · summary

CubeTen automatically handles up to 15 plastic specimens and supports ASTM D638/ISO 527 geometries plus stated DIN/JIS tensile and adhesive lap-shear/T-peel methods. A supplier example reports 10 polypropylene specimens with 0.25% yield-stress coefficient of variation; this is a specific sample run, not accuracy across all materials.

Supports: Automated polymer and rubber materials testing · commercial availability

CubeTen automatically handles up to 15 plastic specimens and supports ASTM D638/ISO 527 geometries plus stated DIN/JIS tensile and adhesive lap-shear/T-peel methods. A supplier example reports 10 polypropylene specimens with 0.25% yield-stress coefficient of variation; this is a specific sample run, not accuracy across all materials.

Supports: Automated polymer and rubber materials testing · defence applications

CubeTen automatically handles up to 15 plastic specimens and supports ASTM D638/ISO 527 geometries plus stated DIN/JIS tensile and adhesive lap-shear/T-peel methods. A supplier example reports 10 polypropylene specimens with 0.25% yield-stress coefficient of variation; this is a specific sample run, not accuracy across all materials.

Supports: Automated polymer and rubber materials testing · capability type

CubeTen automatically handles up to 15 plastic specimens and supports ASTM D638/ISO 527 geometries plus stated DIN/JIS tensile and adhesive lap-shear/T-peel methods. A supplier example reports 10 polypropylene specimens with 0.25% yield-stress coefficient of variation; this is a specific sample run, not accuracy across all materials.

Supports: Automated polymer and rubber materials testing · technicaldomainslugs

CubeTen automatically handles up to 15 plastic specimens and supports ASTM D638/ISO 527 geometries plus stated DIN/JIS tensile and adhesive lap-shear/T-peel methods. A supplier example reports 10 polypropylene specimens with 0.25% yield-stress coefficient of variation; this is a specific sample run, not accuracy across all materials.

Supports: Automated polymer and rubber materials testing · technical tags

CubeTen automatically handles up to 15 plastic specimens and supports ASTM D638/ISO 527 geometries plus stated DIN/JIS tensile and adhesive lap-shear/T-peel methods. A supplier example reports 10 polypropylene specimens with 0.25% yield-stress coefficient of variation; this is a specific sample run, not accuracy across all materials.

Supports: Automated polymer and rubber materials testing · technical tags

CubeTen automatically handles up to 15 plastic specimens and supports ASTM D638/ISO 527 geometries plus stated DIN/JIS tensile and adhesive lap-shear/T-peel methods. A supplier example reports 10 polypropylene specimens with 0.25% yield-stress coefficient of variation; this is a specific sample run, not accuracy across all materials.

Supports: Automated polymer and rubber materials testing → Autonomous Patrol and Monitoring

CubeTen automatically handles up to 15 plastic specimens and supports ASTM D638/ISO 527 geometries plus stated DIN/JIS tensile and adhesive lap-shear/T-peel methods. A supplier example reports 10 polypropylene specimens with 0.25% yield-stress coefficient of variation; this is a specific sample run, not accuracy across all materials.

Supports: Automated polymer and rubber materials testing → Autonomous Patrol and Monitoring

CubeTen automatically handles up to 15 plastic specimens and supports ASTM D638/ISO 527 geometries plus stated DIN/JIS tensile and adhesive lap-shear/T-peel methods. A supplier example reports 10 polypropylene specimens with 0.25% yield-stress coefficient of variation; this is a specific sample run, not accuracy across all materials.

Supports: Automated polymer and rubber materials testing → Autonomous Patrol and Monitoring

CubeTen automatically handles up to 15 plastic specimens and supports ASTM D638/ISO 527 geometries plus stated DIN/JIS tensile and adhesive lap-shear/T-peel methods. A supplier example reports 10 polypropylene specimens with 0.25% yield-stress coefficient of variation; this is a specific sample run, not accuracy across all materials.

Supports: Automated polymer and rubber materials testing → Autonomous Patrol and Monitoring

CubeTen automatically handles up to 15 plastic specimens and supports ASTM D638/ISO 527 geometries plus stated DIN/JIS tensile and adhesive lap-shear/T-peel methods. A supplier example reports 10 polypropylene specimens with 0.25% yield-stress coefficient of variation; this is a specific sample run, not accuracy across all materials.

Supports: Profile · reviewed questions.labscubed-refresh-question-1.confidence

LabsCubed supplies automated tensile testing for polymer and rubber laboratories. CubeOne/CubeTen combine specimen handling, test execution and digital results, with a cloud Portal for review and export. The published specimen library covers ASTM D638/ISO 527 plastics and ASTM D412/D624/ISO 37 elastomers. The main site shows a 15-specimen carousel. Claimed labour savings and ROI are vendor estimates.

Supports: Profile · reviewed questions.labscubed-first-conversation.context

LabsCubed's public evidence establishes its current role and offering, but it does not answer every access, configuration, eligibility, maturity or buyer question needed for a first business-development conversation.

Supports: Profile · operating context

LabsCubed describes a 15-specimen automated carousel and CubeTen capacity up to 10 kN, with touchscreen/remote setup and a cloud Portal for review/export and requested system integrations. Displayed time savings and ROI are vendor estimates, not a guaranteed outcome for a particular laboratory.

Supports: Profile · description

LabsCubed is a Kitchener company developing automated materials-testing systems for polymer and rubber laboratories.

Supports: Profile · reviewed questions.labscubed-refresh-question-1.question

LabsCubed supplies automated tensile testing for polymer and rubber laboratories. CubeOne/CubeTen combine specimen handling, test execution and digital results, with a cloud Portal for review and export. The published specimen library covers ASTM D638/ISO 527 plastics and ASTM D412/D624/ISO 37 elastomers. The main site shows a 15-specimen carousel. Claimed labour savings and ROI are vendor estimates.

Supports: Profile · profileData.publicContact.contactPageUrl

The official public contact pathway for LabsCubed is https://labscubed.com/.

Supports: Profile · operating context

Automated tensile testing; Automated rubber tear testing; ASTM and ISO specimen support; Unattended specimen handling

Supports: Profile · reviewed questions.labscubed-refresh-question-1.id

LabsCubed supplies automated tensile testing for polymer and rubber laboratories. CubeOne/CubeTen combine specimen handling, test execution and digital results, with a cloud Portal for review and export. The published specimen library covers ASTM D638/ISO 527 plastics and ASTM D412/D624/ISO 37 elastomers. The main site shows a 15-specimen carousel. Claimed labour savings and ROI are vendor estimates.

Supports: Profile · reviewed questions.labscubed-first-conversation.question

True North Map derives this first-conversation question from the documented LabsCubed capability, current evidence and the decision gap that remains.

Supports: Automated polymer and rubber materials testing · summary

LabsCubed develops automated tensile and tear-testing systems for polymers and elastomers, with unattended specimen handling and support for ASTM and ISO test geometries.

Supports: Automated polymer and rubber materials testing · core features

LabsCubed describes a 15-specimen automated carousel and CubeTen capacity up to 10 kN, with touchscreen/remote setup and a cloud Portal for review/export and requested system integrations. Displayed time savings and ROI are vendor estimates, not a guaranteed outcome for a particular laboratory.

Supports: Automated polymer and rubber materials testing · commercial availability

LabsCubed describes a 15-specimen automated carousel and CubeTen capacity up to 10 kN, with touchscreen/remote setup and a cloud Portal for review/export and requested system integrations. Displayed time savings and ROI are vendor estimates, not a guaranteed outcome for a particular laboratory.

Supports: Automated polymer and rubber materials testing · maturity

LabsCubed describes a 15-specimen automated carousel and CubeTen capacity up to 10 kN, with touchscreen/remote setup and a cloud Portal for review/export and requested system integrations. Displayed time savings and ROI are vendor estimates, not a guaranteed outcome for a particular laboratory.

Supports: Automated polymer and rubber materials testing · summary

LabsCubed describes a 15-specimen automated carousel and CubeTen capacity up to 10 kN, with touchscreen/remote setup and a cloud Portal for review/export and requested system integrations. Displayed time savings and ROI are vendor estimates, not a guaranteed outcome for a particular laboratory.

Supports: Automated polymer and rubber materials testing · core features

LabsCubed describes a 15-specimen automated carousel and CubeTen capacity up to 10 kN, with touchscreen/remote setup and a cloud Portal for review/export and requested system integrations. Displayed time savings and ROI are vendor estimates, not a guaranteed outcome for a particular laboratory.

Supports: Automated polymer and rubber materials testing → Autonomous Patrol and Monitoring

Automated materials testing could support quality assurance for components used in autonomous systems; the mission relevance is derived and no program-specific application is asserted.

Supports: Automated polymer and rubber materials testing · summary

Japanese distributor Rheo-Labo lists CubeTen for plastics at 10 kN and up to 15 specimens, and CubeOne for rubber/elastomers at 1 kN and up to 12 specimens. Its dimensional and electrical options differ from the manufacturer homepage, so buyers should obtain the exact configuration and calibration documents rather than combine specifications across versions.

Supports: Automated polymer and rubber materials testing · core features

Japanese distributor Rheo-Labo lists CubeTen for plastics at 10 kN and up to 15 specimens, and CubeOne for rubber/elastomers at 1 kN and up to 12 specimens. Its dimensional and electrical options differ from the manufacturer homepage, so buyers should obtain the exact configuration and calibration documents rather than combine specifications across versions.