The Milnor Model MWR12J5 provides multiple ways to save on your labour costs and improve employee efficiency, including:
E-P Plus® Microprocessor
This comprehensive control is equipped with 30 pre-programmed formulas (including 10 each for eight industries) and allows the operator advanced flexibility. The E-P Plus operator may manually create or alter formulas, which are guided by the control itself to ensure accurate and proper washing. E-P Plus also features universal temperature control, programmable cooldown, and programmable bath soak and an overnight soak. The two-line display notifies the operator of key benchmarks (wash step, time remaining, etc.), which increases productivity and reduces downtime.
Milnor’s microprocessors and software are fast and reliable allowing for quick processing of programmed formulas. Faster process times mean less time processing linen.
A larger cylinder volume than most competitive 9.8 kg (20 lbs). capacity washer-extractors provides greater productivity through enhanced mechanical action, thorough rinsing and improved extraction. The result is more linen washed per day, or fewer hours required to process the linen.
Overnight Bath Soak
The MWR12J5 overnight soak option eliminates the need for additional washes and production delays during shifts thanks to the extended time the stains are immersed in standing baths.
Save on Linen Replacement Costs
The second highest expense of a laundry is the cost of linen. The Milnor MWR12J5 can help you to extend linen life:
Safe Chemical Injection System
Chemicals are injected in the rear of the machine (unlike certain brands where chemicals are injected near the front of the machine at eye-level). Chemicals are diluted and flushed into the sump of the washer-extractor so that raw chemical does not come in direct contact with the linen or the stainless steel.
A Milnor MWR12J5 can help to reduce your utility bills with its:
Proper Cylinder Design
Milnor’s bigger cylinder perforations provide better wash quality by promoting an excellent interchange of the goods with water and chemistry, better rinsing by allowing rinse water to freely interact with the goods, and better extraction by allowing water to escape from goods easily and quickly. All components work together to ensure fewer costly rewashes and less drying time.
Frequency Drive System
A simple single-motor inverter drive reaches maximum extraction speed more gradually and efficiently, reducing peak electricity amperage draw compared to multi-speed motor machines.
A Milnor MWR12J5 can reduce fresh water consumption with its:
Three Simple Fast-Fill Water Valves
Simple hot and cold water inlets are used to quickly fill the washer without fill level overshoot. A third water inlet is used to thoroughly dilute chemicals so that raw chemical does not directly contact and damage linens.
Proper Cylinder Design
Perforation pattern and perforated ribs allow for rapid exchange of water with the goods, efficiently utilising the water.
Save Money (Total Cost of Ownership)
There are many features designed into an MWR12J5 washer-extractor to reduce your total cost of ownership – saving you money for years after your initial investment.
Feature Rich Machine
The MWR12J5 offers enhanced flexibility in programming at an affordable cost, making it an excellent choice for your laundry business.
Long Machine Life
Milnor machines typically last longer because of their legendary ruggedness, thoughtful design, and dependable quality.
Tapered roller bearings have a large contact area – spreading force and contributing to long life. Front and rear bearings are fixed in the same housing, preventing damaging misalignment. And, a pressed-on basket means it does not need to be replaced when a bearing change becomes necessary. Milnor’s bearing design is long proven while other companies keep experimenting.
Every Milnor design model is tested for a minimum of a thousand consecutive hours in a high-extract, out-of-balance state, ensuring your machine is tough and will stand up to years of use.
Rugged, Proven Frame
Milnor frames are designed to prevent concentration of stress in one spot and all structural components are tied together for optimum stress dispersion. This proven structural integrity means your machines will last longer.