Nuline

Nuline MLF–40, 1 Solid Door Under Counter Low Temp Freezer

SKU MLF–40Authorised dealer

The Nuline MLF–40 is an under-counter static freezer featuring a single solid door. Noteworthy attributes encompass a secure door lock, power failure battery back-up for the controller, door ajar alarms, voltage-free connection, digital display with built-in alarms, and Hi/Lo readout. Engineered for reliable and controlled freezing, this static freezer integrates advanced functionalities to ensure precise temperature control and safety, making it a suitable choice for various applications.

  • 100L capacityStorage volume
  • 24 month warrantyParts and Labour
  • ChinaCountry of origin
  • Stainless SteelConstruction
  • In stock, Hallam warehouse — ships next business day
  • Melbourne metro delivery on our own truck — estimated 1–3 business days if in stock, quoted per order

  • Delivery quoted per order Melbourne and interstate
  • Expert support Speak to our team
  • Finance available Rent, try or buy
  • Secure shopping Safe & encrypted checkout

Nuline MLF–40, 1 Solid Door Under Counter Low Temp Freezer is purpose-built for medical, pharmaceutical and laboratory environments where reliable ultra-low temperature storage is non-negotiable. This compact 100-litre unit fits neatly under benches and counters, making it ideal for clinics, research facilities and healthcare settings where space is at a premium.

Built from robust stainless steel with fan-forced cooling, the MLF–40 maintains a stable –18°C to –22°C operating range essential for preserving temperature-sensitive samples and medications. The digital LCD display provides real-time temperature monitoring with built-in high/low alarms to alert staff of any temperature drift, giving you complete confidence in your storage integrity. Two shelves maximise usable capacity within the compact footprint.

This is a workhorse built to last, backed by a 24-month warranty and engineered to Australian standards. The solid door design prevents unwanted heat gain and minimises temperature fluctuations during frequent access—critical for busy medical environments where reliability directly supports patient care and research outcomes.