24/7 Over-the-Phone Interpreting Nationwide
Fast phone interpreter access across all 50 states for organizations that need immediate multilingual communication.
Metro Language provides over-the-phone interpreting (OPI) nationwide for organizations that need fast language access without waiting for an on-site interpreter. Eligible calls are available 24/7 in up to 300 languages and dialects, making OPI a practical option for healthcare, legal, government, customer service, insurance, education and business communication.
Because OPI is delivered remotely, the same access model can support teams in every U.S. state. This helps multi-location organizations standardize language access rather than maintaining a different vendor or interpreter pool for every office.
OPI is designed for speed: connect by phone, select the requested language and begin the interpreted conversation. Eligible requests typically connect in about 30 seconds. Organizations can discuss dedicated access numbers, simultaneous call capacity, voicemail and recurring usage options based on their workflow.
Need a different format? Compare VRI or in-person interpreting.
OPI works especially well for hospitals and clinics, insurers, call centers, government agencies, law offices, property managers, schools, nonprofits and multi-location organizations that need immediate access across multiple states.
Is phone interpreting available 24/7?
Yes, eligible OPI requests are available 24/7. Language availability can vary, especially for rare languages.
How quickly can I reach an interpreter?
Eligible calls typically connect in about 30 seconds, though actual connection time depends on language and current availability.
Can a company use one OPI setup across multiple states?
Yes. OPI is well suited to multi-location organizations because teams can use a centralized access workflow nationwide.
When is VRI or in-person interpreting better?
VRI can be better when visual communication matters, while in-person interpreting may be preferred for complex, lengthy or on-site interactions.