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In running restaurants and central kitchens, two issues constantly cause headaches: “making effective use of kitchen space” and “cutting equipment and maintenance costs.” In particular, the “stockpot”—indispensable for preparing soups, dashi, and sauces—tends to multiply in number the more volume you try to produce, taking up large amounts of floor space and stovetop burners.
At many sites, people resign themselves to the idea that “if sales grow, the prep stockpots naturally have to increase too.” But few owners realize that this disrupts kitchen staff’s movement and causes daily gas and water bills—and even the labor cost of washing—to snowball.
In this seventh installment, we thoroughly explain how the kitchen environment and operating costs change dramatically when prep that used to require several ordinary stockpots is consolidated into “a single large-capacity pressure cooker.” We cover the invisible losses caused by running multiple units, and a space-saving, cost-cutting strategy through consolidation into one unit.
The Disease of “Kitchen Space Loss” Caused by Multiple Ordinary Stockpots
In many ramen shops and multi-store kitchens across Japan, it is an everyday sight to see three or four stockpots lined up on the burners while staff bustle about, constantly minding the heat. But this “kitchen crowded with stockpots” hides many risks and losses.
Worsening Workflow and the Limits of Space
When ordinary stockpots occupy the burners, the space available for cooking other menu items or developing side dishes is chronically squeezed. On top of that, spare stockpots and bone containers overflow onto the floor, severely obstructing the space (workflow lines) in which staff can move safely and smoothly.
The more pots there are, the more washing space is needed for the huge used stockpots, and oil grime and condensation on the kitchen’s floors and walls increase as well. As a result, cleaning takes more time, becoming a cause of a worsening work environment for staff.
The Mechanism of Dramatic Space Savings from “Consolidating into One Unit”
This is where moving to a large-capacity commercial pressure cooker—such as 110L or 130L—fundamentally transforms the kitchen work environment. The approach consolidates cooking space that used to be occupied across an “area” into just a single “point.”
An Overwhelming Freeing-Up of Burner Space
By consolidating prep that took three or four ordinary stockpots into this one large pressure cooker, the burners that used to be monopolized by prep are freed up all at once. This makes peak-time cooking operations dramatically smoother, enabling faster service and the simultaneous cooking of new menu items.
Realizing a Clean, “Showcase Kitchen”
Because you can reduce burners and floor-standing stove units, visibility within the kitchen opens up and ventilation improves. With no more heat pouring out of multiple burners at once, the summer temperature rise in the kitchen is curbed, contributing greatly to lower staff turnover and a better work environment. Even in the open kitchens and customer-visible kitchens that have become a recent trend, it conveys an overwhelmingly clean and refined impression.
Cutting Maintenance Costs to the Root: Reducing Invisible “Wasted Equipment Costs”
Running multiple stockpots means you need that many more “burners” and that much more “powerful exhaust equipment (hoods),” meaning excessive initial costs are spent on each piece of equipment. Furthermore, significant waste also arises in terms of daily running costs.
Slimming Down Initial (Equipment) Costs
When opening a new location or renovating a kitchen, you no longer need multiple gas burners or the accompanying large-scale exhaust-duct work and fire-wall installation. Because you can design the kitchen layout to minimal specifications, you can substantially slim down the initial investment itself for property acquisition and interior construction.
Dramatically Reducing Running (Maintenance) Costs
- Major cuts to utility costs (gas and electricity): Pressure cooking seals completely and applies high pressure (such as 0.15 MPa) quickly in a short time to cook through, so compared with leaving multiple burners running idly for hours, it dramatically reduces energy consumption.
- Triple reduction of water, detergent, and labor costs: Because there is just “one unit” to wash, not only are daily water and detergent costs greatly reduced, but the time (labor cost) staff used to spend scrubbing several heavy stockpots can be shifted to other, higher-value work.
Conclusion: Space Efficiency Connects Directly to “Profit”
Making kitchen space efficient is not limited to the on-site benefit of “work becoming easier.” It is “management efficiency” itself—cutting wasteful equipment investment, holding down daily utility and labor costs, and using the freed-up space to generate further new value and sales.
“My kitchen is too small to increase output or expand to more stores any further.”
“I want to somehow reduce monthly utility bills and the effort and labor cost of prep.”
If these are your worries, then rather than increasing the number of stockpots and crowding your operation, “consolidating into a single unit with overwhelming capacity and efficiency” is the proper strategy for restaurant management to survive the coming era.
Meiwa Seisakusho does not merely sell cooking equipment; with a new-era kitchen operation grounded in numbers and science, we fully support your store’s space savings and the maximization of your profit margin. For inquiries—including overseas purchases, exports, and ASME—Kitchen Techno is your point of contact, with English support available.
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