Congruence Medical Solutions
Designs, develops and supplies drug-delivery device platforms that adapt standard prefillable syringes to enable precise microliter dosing, multi-dosing, variable dosing, delivery of high-viscosity formulations, and vial-to-syringe transfer to reduce drug waste. Works with pharma and biotech partners and provides prototypes, samples for clinical/preclinical use, and human-factors and lab testing data.
Industries
N/A
Nr. of Employees
small (1-50)
Congruence Medical Solutions
Patents
Products
Microliter dosing syringe (single-dose, 5–150 µL)
Attachment-based or integrated syringe system that enables accurate single injections in the microliter range (5–150 µL) using standard prefillable syringes; demonstrated improved accuracy versus standard syringes and suitability for ophthalmic and other localized delivery.
Microliter multi-dosing syringe (multi-dose, 50–500 µL)
Manual syringe injector enabling delivery of multiple consistent microliter doses in a single procedure (50–500 µL per dose) using standard prefillable syringes; includes audible/visual dose indicators and options for pre-filled or user-filled workflows.
Flexible dosing syringe (user-selectable, 0.01 mL – multi-mL)
Manual syringe injector that enables point-of-use dose dialing across a wide volume range (examples: 0.01 mL to 2.25 mL; configurable up to syringe maximum) with passive needle safety and compatibility with multiple standard syringe formats.
Viscous dosing syringe (0.01 mL – 2.25 mL; up to 3000 cP)
Manual syringe platform engineered to reduce injection force and enable comfortable delivery of high-viscosity formulations (reported up to 3000 cP), with integrated passive needle safety and customization options.
Autoinjector (disposable, 0.3–2.25 mL typical; up to 5 mL option)
Disposable autoinjector platform using compressed-gas actuation, designed for home use and capable of delivering higher-viscosity or larger-volume doses than many legacy devices; includes pause-on-injection safety and dose-tracking indicators.
Vial-to-syringe transfer system (ELDO) for waste minimization
Transfer system configurable for single-use or multi-use per vial that extracts increased fraction of vial fill volume compared to conventional syringe/needle transfer to reduce overfill waste and increase doses per vial.
Microliter dosing syringe (single-dose, 5–150 µL)
Attachment-based or integrated syringe system that enables accurate single injections in the microliter range (5–150 µL) using standard prefillable syringes; demonstrated improved accuracy versus standard syringes and suitability for ophthalmic and other localized delivery.
Microliter multi-dosing syringe (multi-dose, 50–500 µL)
Manual syringe injector enabling delivery of multiple consistent microliter doses in a single procedure (50–500 µL per dose) using standard prefillable syringes; includes audible/visual dose indicators and options for pre-filled or user-filled workflows.
Flexible dosing syringe (user-selectable, 0.01 mL – multi-mL)
Manual syringe injector that enables point-of-use dose dialing across a wide volume range (examples: 0.01 mL to 2.25 mL; configurable up to syringe maximum) with passive needle safety and compatibility with multiple standard syringe formats.
Viscous dosing syringe (0.01 mL – 2.25 mL; up to 3000 cP)
Manual syringe platform engineered to reduce injection force and enable comfortable delivery of high-viscosity formulations (reported up to 3000 cP), with integrated passive needle safety and customization options.
Autoinjector (disposable, 0.3–2.25 mL typical; up to 5 mL option)
Disposable autoinjector platform using compressed-gas actuation, designed for home use and capable of delivering higher-viscosity or larger-volume doses than many legacy devices; includes pause-on-injection safety and dose-tracking indicators.
Vial-to-syringe transfer system (ELDO) for waste minimization
Transfer system configurable for single-use or multi-use per vial that extracts increased fraction of vial fill volume compared to conventional syringe/needle transfer to reduce overfill waste and increase doses per vial.
Services
Custom engineering and configuration of delivery platforms to accommodate syringe types, dose ranges, viscosities and user-interface requirements.
Provision of device samples and associated lab/usability data to support client evaluations and studies.
Custom engineering and configuration of delivery platforms to accommodate syringe types, dose ranges, viscosities and user-interface requirements.
Provision of device samples and associated lab/usability data to support client evaluations and studies.
Expertise Areas
- Drug delivery device design
- Microliter dosing and low-volume injection
- Viscous formulation delivery
- Autoinjector platform development
Key Technologies
- Microliter dosing modules for syringes
- Multi-dose microliter delivery mechanisms
- Variable-dose syringe platforms
- Viscous-flow-reduction injection mechanisms
News & Updates
Company exhibited at Pharmapack 2023 in Paris and entered autoinjector into the Pharmapack Innovation Awards.
Exhibited and presented at Partnership Opportunities in Drug Delivery (PODD) conference, including presentation on autoinjector technology for viscous formulations.
Participation in symposium highlighting partnerships with Children’s National Hospital and BARDA; company engagement with JLABS ecosystem.
Article co-authored by company staff on autoinjector history, unmet needs and emerging device features.
Article discussing the need for novel delivery approaches for viscous ophthalmic formulations and device implications.
Article on when a device makes sense for microliter dosing using prefillable syringes (authored by company personnel).
Company exhibited at Pharmapack 2023 in Paris and entered autoinjector into the Pharmapack Innovation Awards.
Exhibited and presented at Partnership Opportunities in Drug Delivery (PODD) conference, including presentation on autoinjector technology for viscous formulations.
Participation in symposium highlighting partnerships with Children’s National Hospital and BARDA; company engagement with JLABS ecosystem.
Article co-authored by company staff on autoinjector history, unmet needs and emerging device features.
Article discussing the need for novel delivery approaches for viscous ophthalmic formulations and device implications.
Article on when a device makes sense for microliter dosing using prefillable syringes (authored by company personnel).