A quiet experimental space
lets you focus on results.
Eliminate the vibrational noise in your testing zone.
all the benefits of liquid helium flow
without the liquid.
Ultra-Low Vibration
ULV Q SERIES
eliminate vibrational interference,
keep the high-power cooling.
Delivers more than 5 Watts at 4.2K
with less than 10 nanometers displacement.
BROWSE BY APPLICATION
TRAPPED IONS
Trapped ion systems use electromagnetic fields to confine individual atoms, allowing researchers to study quantum states with exceptional precision.
ULTRA HIGH VACUUM (UHV)
Ultra high vacuum environments reach pressures low enough to remove nearly all gas molecules, creating clean conditions for sensitive experiments.
EPR / ESR
Electron paramagnetic resonance (or electron spin resonance) probes unpaired electron spins using resonant microwave fields, revealing local magnetic and electronic environments.
X-RAY DIFFRACTION
By analyzing the diffraction patterns of X-rays, scientists can determine crystal arrangements and molecular spacing with high accuracy. A powerful way to study the structure of solids – from minerals to advanced materials and proteins.
SEMICONDUCTOR PHYSICS
Semiconductor physics studies how electrical charge interacts in materials, shaping their electronic and optical behavior. This research supports technologies from classical electronics and detectors to advanced quantum devices.
ARPES
Angle-Resolved Photoemission Spectroscopy (ARPES) provides detailed insight into how electrons behave in solids. Electronic band structure is directly measured by ejecting electrons with light and analyzing their energy and momentum.
QUANTUM COMMUNICATION
Information encoded in quantum states exploits superposition and entanglement, ensuring that interception or copying causes measurable disturbance.
SUPERCONDUCTING QUANTUM INTERFERENCE DEVICES (SQUIDs)
These ultra-sensitive sensors measure extremely small magnetic fields using quantum interference in superconducting loops, enabling some of the most precise magnetometry available.
QUANTUM COMPUTING
Computation based on superposition and entanglement enables capabilities beyond classical systems. Qubits require stable cryogenic operation for study and use.
QUANTUM SENSING
Exploiting quantum states such as superposition and coherence allows physical quantity measurements with sensitivity beyond classical limits. Many quantum sensors rely on cryogenic operation to suppress thermal noise and maintain the stability required for high-precision measurements.
POWERING EXPERIMENTS FOR:
genuinely curious Collaboration
At ColdEdge Technologies, exploration and growth is a driving force.
Spanning 17 years and 80+ countries, our targeted innovations continue to change the way laboratories perform sensitive experiments. Strategic, customer-driven R&D efforts keep ColdEdge on the cutting edge of scientific demands – encouraging solutions that push the boundaries of extreme environmental control.
Working together with dedicated scientists of all backgrounds, ColdEdge hopes to equip every hardworking team with the most efficient and effective cryogenic technologies available.
Propelling your research benefits us all!
Ready to get started?
Contact our
Design & Sales Team
Via Email
This is the fastest way to schedule a no-pressure discussion meeting. If you’re unsure about equipment options, we’ll help clarify your needs and provide insight on best-use-case layout.
Contact us anytime at [email protected] with the details of your experimental setup!
By Phone
The ColdEdge office is open Monday-Friday, 9am-5pm EST
Please call +1 (610) 628 6363 to speak with our front desk.
In Person
ColdEdge exhibits at a large variety of physics, quantum, and science conferences over the year. We also host travel demonstrations at research labs around the globe, so users can see first-hand how our equipment performs.
To check when we’ll be in your area, visit the ABOUT page for ColdEdge’s 2026 calendar of events. We love to chat and sketch on napkins with fellow mad scientists.
Need Equipment Support?
Or, contact the ColdEdge Service team directly with the message box below – no account or login needed:
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