Maybell Quantum Dilution Refrigerators Power the QUB on Open Quantum

Maybell Quantum is a quantum infrastructure company from Denver, Colorado. Every system it ships is designed and manufactured in the United States. Maybell is dedicated to making dilution refrigerator infrastructure reliable and accessible, removing cryogenics as the bottleneck to scaling quantum computing.

The Maybell product family covers a range of use cases. The Fridge offers a compact footprint with 360-degree access. The Fast Fridge is designed for affordability and rapid iteration. The Fridge+ delivers roughly four times the sample capacity and faster swap times. The Big Fridge scales to approximately two times the power and five times the sample capacity for production-scale deployments. All Maybell systems consistently achieve base temperatures below 10 mK, the threshold that superconducting quantum processors require.

The Quantum Utility Block (QUB) is a pre-validated, on-premises quantum computer jointly engineered by QuantWare , Qblox , and Q-CTRL . The stack consists of three interoperable layers: a QuantWare superconducting QPU, Qblox control electronics, and Q-CTRL's Boulder Opal autonomous software.

Elevate Quantum’s Q-PAC is the nation's first quantum open-architecture system and a flagship deployment of the QUB reference architecture. Maybell supplies the custom cryogenic wiring interconnect and dilution refrigeration unit for Q-PAC.

Superconducting qubits operate at temperatures near absolute zero, roughly 10 to 20 millikelvin, where thermal noise cannot destroy the quantum states they encode. Reaching and holding those temperatures requires a dilution refrigerator, and operating one reliably at scale requires infrastructure purpose-built for quantum computing. Maybell builds the cryogenic systems keeping the QUB cold and functional.