Secure your plant start-up: zero maintenance OPEX for 12 months - Request it when you finalize your Controlled Environment project this half-year, and we will cover 100% of the first-year preventive maintenance plan. Guaranteed uptime and regulatory compliance.Secure your plant start-up: zero maintenance OPEX for 12 months - Request it when you finalize your Controlled Environment project this half-year, and we will cover 100% of the first-year preventive maintenance plan. Guaranteed uptime and regulatory compliance.
Enforced Group
Biobanks and Precision Medicine

Institucional y Patrimonio

Biobanks and Precision Medicine

The sample is irreplaceable. The storage system must be designed knowing that.

The market in detail

Cryogenic biobanks for the storage of biological material — cells, tissues, gametes, oncology samples, reference standards — operate under a constraint no other storage application shares: the material cannot be replaced if the system fails. We design cryogenic biobanks from −20°C chambers to liquid nitrogen systems, with N+1 redundancy on every critical refrigeration unit, UPS-backed multichannel temperature monitoring, documented emergency response protocols and GDP/GMP qualification where the material requires chain of custody documentation.

Growth markets: fertility medicine, precision oncology programmes, stem cell research and national reference biobank networks funded under precision medicine initiatives. Our Cryogenic Biobanks Controlled Environment covers the full scope — design, construction, IQ/OQ and the design of the continuous monitoring programme.

High Containment Rooms

High Containment Rooms

BSL-2/3 biological containment and HPAPI handling with dual product and operator protection.

See more →

Entornos controlados aplicables

Las soluciones que aplican a Biobanks and Precision Medicine

GDP Storage

GDP Storage

GDP-validated storage with qualification, continuous monitoring and auditable traceability.

See more →
Cryogenic Biobanks

Cryogenic Biobanks

Cryogenic biobanks from −80°C to −196°C with N+1 redundancy for irreplaceable material.

See more →