NW
← Newsroom
Material ScienceOctober 21, 2026 · 1 min read

California Nanotechnologies Amends Santa Ana Lease to Add 15,500 Square Feet

Los Angeles, 21 October 2026. California Nanotechnologies Corp. has signed an amendment to its existing Santa Ana facility lease to support its manufacturing capacity expansion, the company announced on October 21, 2026.

The amendment adds 15,500 square feet of adjacent space, an approximate 80% increase to the company's existing 19,500 square feet footprint. It also provides access to increased electrical current capacity to power its core technologies and other equipment.

"This lease amendment is timely as we look to expand our production capacity for customers," said Eric Eyerman, CEO. "Earlier this month, we announced our largest single purchase order and a new development agreement with a Fortune 100 multinational, which will require resources to ensure we can successfully deliver. The larger floor and office space, loading docks, electrical capacity, and storage are all key logistical components of being able to scale up."

The new lease takes effect on November 1, 2026, and will cost approximately US$22,500 per month. The company said the amendment follows its consolidation of the Cerritos facility into Santa Ana earlier in the fiscal year, which provided approximately US$10,000 per month in savings.

California Nanotechnologies processes metallurgic powders into parts and operates two manufacturing facilities in Greater Los Angeles. Its customers include Fortune 500 companies and startups, with programs in aerospace, renewable energy, defense and semiconductors. The company's capabilities include multiple in-house spark plasma sintering systems, cryogenic mills, mechanical testing and tooling fabrication.

Source: California Nanotechnologies Corporation news

More news

Computing2 days ago · 4 min read

Beyond transistor limits: Hybrid magnetic-sound waves could boost computing speed and efficiency

University of Michigan and University of Wisconsin researchers, backed by up to $6M from DARPA, propose an alternative to the transistor that could make computing 100 to 1,000 times faster and more energy efficient. The M3BOLT device pairs ferroelectric PMN-PT with a magnetic iron-gallium alloy, using magnons and sound waves instead of moving electrons as bits. Magnetic states also persist without power, adding memory.

Quantum Tech6 days ago · 3 min read

A path toward larger quantum processors

Silicon spin qubits usually lose accuracy when many qubits are driven in parallel, a barrier to scalable quantum processors. Writing in Nature Physics, RIKEN researchers traced the main error source to AC Stark shifts from shared microwave control signals. Their pairwise phase calibration protocol restored gate fidelities above 99.99% for up to three simultaneous qubits, and about 99.9% across all five, near fault-tolerant requirements.

SemiconductorOct 15 · 3 min read

Turning single 2D crystal into a complete high-performance transistor

Researchers at the Institute for Basic Science converted a single tungsten diselenide crystal into a working transistor by selectively oxidizing and reacting its top atomic layers. The resulting tungsten oxide served as a sub-nanometer gate dielectric, while tungsten ditelluride contacts cut the charge injection barrier to about a third of that seen with platinum.