Shop Commercial Flight Type Dishwashers: Warewashing Built for Continuous Volume

There is a point where washing dishes stops being a supporting kitchen task and becomes a production line of its own.

A high-volume operation can send hundreds or thousands of plates, bowls, trays, utensils, and other wares back from service within relatively concentrated periods. Every piece needs to be collected, cleared, washed, sanitized according to the operation's required process, and returned quickly enough that clean ware keeps pace with service.

Smaller undertop commercial dishwashers can handle substantial workloads, but they still divide production into individual racks or cycles. When warewashing volume becomes sufficiently high and continuous, repeatedly loading, moving, and unloading those racks can become its own labor bottleneck.

Flight type dishwashers are designed for operations facing that scale of demand. Instead of employees loading wares into individual dish racks, compatible items are placed directly onto a continuously moving conveyor system. The machine carries them through the required washing and rinsing stages, allowing dirty ware to enter from one side while cleaned ware continually exits from the other.

Operational Considerations

Decision Support

Before comparing flight type dishwashers, determine whether your current warewashing problem is genuinely one of throughput, and whether the rest of your operation can support the capacity you're considering. Once you've confirmed that continuous high-volume warewashing suits the operation, compare machines according to throughput, conveyor dimensions, washing configuration, sanitizing method, utilities, footprint, and labor workflow.

• Start With Realistic Throughput Requirements: Manufacturers may provide throughput or capacity specifications, but bigger numbers shouldn't automatically determine the purchase. Estimate your peak ware volume and provide sufficient capacity for demanding service periods without unnecessarily oversizing the entire installation. Consider future growth as well. Replacing a flight type dishwasher because an operation quickly outgrows it is considerably more complicated than adding another small piece of countertop equipment.
• Evaluate Conveyor Width Against Your Actual Wares: Bring the dimensions and types of plates, trays, bowls, utensils, and other wares into the decision. A hotel banquet operation washing large quantities of standard dinnerware has a different loading pattern from an institutional facility processing trays and varied service pieces. Think in terms of how many of your actual items fit through efficiently, not conveyor width alone.
• Examine the Pre-Wash Configuration: Some systems incorporate stages or features that support soil removal before the primary wash process. This can be particularly useful in operations dealing with heavily soiled ware, but equipment features don't eliminate the need for proper scraping and preparation procedures. Evaluate how the machine's pre-wash capabilities integrate with employee tasks immediately before loading.
• Understand High-Temperature Sanitizing Requirements: High-temperature commercial dishmachines can use a final sanitizing rinse at temperatures specified for the equipment and applicable requirements. If you're considering a high-temperature flight type dishwasher, examine booster-heater requirements, incoming water specifications, energy demands, ventilation implications, and the manufacturer's operating requirements.
• Consider Heat Recovery & Energy-Saving Features: At this scale, utility consumption deserves serious attention. Depending on the model, heat-recovery or other efficiency features may reduce some of the energy associated with heating incoming water or managing exhausted heat. Compare the initial equipment cost against expected operating volume and manufacturer performance data. For a machine running many hours per day, relatively small efficiency differences can accumulate over its service life.
• Review Water Consumption Alongside Throughput: Compare water consumption using manufacturer specifications alongside throughput. An efficient system should provide the required production capacity without ignoring the ongoing utility cost of achieving it.
• Determine the Required Direction of Operation: Depending on available models and configurations, equipment may need to operate in a particular direction to match the facility layout. Establish where dirty ware enters and clean ware exits before selecting the final configuration. Getting this wrong can force employees into unnecessary crossing paths or require expensive layout changes.

KitchenRestock also offers free shipping, a 30-day price match guarantee, and financing on qualifying purchases over $300. For specialized equipment such as flight type dishwashers, businesses can also request a special quote from KitchenRestock based on the unit and purchasing requirements.

Business Applications

Hotels are an especially strong application because warewashing demand can come from several directions simultaneously. Breakfast service, restaurants, room service, conferences, weddings, and banquet functions may all feed dishes back into a centralized stewarding operation. Universities and institutional facilities face a different version of the same problem: large numbers of diners arriving within concentrated meal periods. For these operations, the objective isn't simply to wash dishes faster. It is to create a continuous flow in which dirty ware enters, employees prepare it efficiently, the machine processes it, and clean ware returns to service without accumulating at either end.

Frequently Asked Questions