Summer heat spikes drive urgent demand for low-temperature sample/reagent storage.
Traditional ice makers suffer from inefficiency and large footprints, creating "ice shortages" in labs. We recommend Shanghai Zhixin’s ZX-50X/80X flake ice makers, evaluated for spatial efficiency, ice production performance, and functional versatility to deliver professional lab solutions.
Spatial Optimization
Lab equipment layout directly impacts research efficiency through space utilization and workflow ergonomics. The ZX-50X (benchtop) and ZX-80X (floor-standing) models optimize lab spaces via differentiated designs.
ZX-50X Benchtop Model
Compact dimensions integrate seamlessly into small lab workstations. Front-access ice bin enables one-handed operation; flat top surface accommodates micro pipettes or tube racks for enhanced space utilization.

ZX-80X Floor-Standing Model
Mobility-focused design includes universal casters and push handles, combining ice production/storage with transport capabilities. Large 26kg ice capacity reduces refill frequency.


Ice Production Performance
Testing under real lab conditions confirmed stable outputs:
ZX-50X: 70kg/24h at 15°C (maintains 48kg/24h at 30°C)
ZX-80X: 118kg/24h at 15°C (maintains 70kg/24h at 30°C)

Multistage condensation technology produces fine, amorphous flakes that penetrate narrow spaces with uniform cooling—ideal for sample preservation. Rotary extrusion ice-making enables automatic ice separation, eliminating defrosting cycles while saving time and energy.

Functional Versatility

Temporary workstation extension: Top surfaces hold micro pipettes, centrifuge racks, or lab notebooks during operations. Specimen staging tray: Ice bins directly store samples without secondary containers. Integrated low-temperature carrier: Base slots transform units into transport systems.
Conclusion
ZX-50X: Optimal for compact spaces with stable ice demand; core strengths include low power consumption and high integration for controlled daily costs.

ZX-80X: Designed for high-throughput teams requiring cross-area coordination; modular transport and high-yield ice production minimize labor/time expenditures.

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