Products

300 MHz NMR Spectroscopy Magnet

Building on our legacy of high-resolution dry NMR, HTS‐110 proudly introduces an all-new 300 MHz magnet that’s helium‐free, energy‐efficient, and purposefully designed to be more compact than ever before. A turnkey HTS spectrometer is in development.

HTS MAGNET AVAILABLE
Enquire today for a bespoke HTS system

ENQUIRE NOW

Features

Experience high-resolution NMR without the complexity of liquid helium. HTS-110’s 300 MHz magnet platform harnesses 2nd-generation HTS coils to deliver ~7 T of field strength at temperatures around 50 K—all while drawing under 1.2 kW from a single-phase outlet. The compact bore and integrated cryocooler design drastically reduce lab overhead, making advanced spectroscopy feasible for a broader range of research, industrial QA, and educational settings.

Builds Upon Proven 400 MHz Results
Refined design principles and in-house know-how from our successful high-resolution, cryogen-free 400 MHz magnet. This is a pre-release model. We welcome your feedback to help shape the final production system. We are accepting technical enquiries for bespoke projects and from instrumentation or integration partners.

Chemical & Pharmaceutical Research. Reaction monitoring, structure elucidation, and process control in industrial or academic labs.
Educational Institutions. A robust teaching tool for undergrad and graduate chemistry programs—no helium handling needed.
Mobile & Remote Testing. Potential for deployment on a movable cart or in remote labs, thanks to vibration‐tolerant construction and simpler site requirements.
Energy & Advanced Materials. Suitable for investigating novel materials, battery chemistry, and next‐gen fusion or fission projects where portability matters.

Easy to site
Cryocooler uses <1.2 kW from a normal wall outlet—no 3‑phase supply required.

Helium-Free Operation
Eliminates liquid helium shipments, transfers, and boil-off concerns.

Compact Bore
Increased efficiency, suitable for standard 5 mm tubes while minimising overall footprint.

Sealed Cryocooler
Minimal servicing, no cryogen training needed.

Preliminary Footprint
~774 x 456 mm, ~180 kg total mass.

Model Specifications

Operating Frequency

300 MHz (¹H)

Magnet Type

2nd‐generation HTS coils, fully cryogen‐free

Field Strength

~7.05 T at the coil (for 300 MHz ¹H resonance)

Bore Diameter

Non‐standard, compact bore (seeking user feedback)

Fringe Field

5 Gauss line within instrument enclosure

Power Requirements

Cryocooler < 1.2 kW (single-phase)

System Footprint

~774 x 456 mm (floor‐standing)

System Weight

~180 kg

System Components

Magnet Sub‐System. Fully integrated HTS magnet, self-shielded with an iron yoke and vacuum jacket, plus the miniature cryocooler assembly
Power Supply. High‐stability power supply designed for ramping, field maintenance, and integrated with quench protection
Monitoring Electronics. Monitor real‐time coil temperatures and voltages; active protection circuitry is built in to safeguard the magnet
Warranty. 1‐year standard warranty on all magnet sub‐systems

Potential/Optional Add‐Ons

Mobile trolley
Vacuum pump
Internal water chiller
Sample handling and automation
NMR console and software
Remote operation and web-based monitoring
Extended service agreements

Site and Operating Environment

Helium‐Free: no deliveries, dewars, transfers, or venting required
Power: single-phase AC <1.2 kW (suitable for standard outlets or a UPS)
Cooling: onboard sealed cryocooler with minimal servicing—no cryogen training required
Optional water chiller for the cryocooler if no facility water line is available
Installation: sits on the floor or can be adapted for caster-based mobility, no special vibration isolation needed
Safety: low fringe field due to integrated iron yoke; final anchoring method or seismic considerations may apply

Model Selection

Model

Bore size

Conductor

Peak Field

Operating Freq.

Power

Mass

300M-SP-NMR

Compact

2nd-gen HTS

7.05 T

300 MHz (¹H)

< 1.2 kW

~ 180 kg

MR-9T4-54

54 mm

1st-gen HTS

9.4 T

400 MHz (¹H)

~ 13 kW

~ 860 kg

Turnkey System Development Timeline

Feedback and Consultation. Contact us at info@hts‐110.com or fill out the online inquiry form to discuss your application needs or provide feedback
Prototype Evaluation (2025–2026). Early adopters can explore pre‐production prototypes, provide input on interface design, and test performance in real‐world conditions
Turnkey Commercial Release (2026). Once feedback is integrated, official production units will be shipped with an expected 6‐month lead time from order confirmation

Want to order today? This is our process for bespoke HTS projects. Throughout these steps, we maintain open communication, refining details as needed if requirements evolve.

Initial Discussion: We gather key specs to frame your project’s scope and performance goals
Feasibility Modeling: Preliminary EM calculations, quench risk analysis, mechanical assesments and conductor recommendation
Detailed Design: Finalise coil layout, design the cryostat, integrate quench electronics, and specify mechanical reinforcements for high-field stability
Manufacturing: We handle coil winding, lead fabrication, and subsystem testing in a controlled cryogenic environment, verifying that each element meets its operational specifications
Validation & Delivery: Following assembly, we conduct full-system acceptance tests, then ship and optionally assist with on-site installation.

Contact us today to explore feasibility for your application