Inoksan Professional Kitchen Projects and Cooking Systems

Inoksan is a Turkey-based industrial kitchen equipment manufacturer that began production in a small workshop in Bursa in 1980. The company's product and project program covers the prep, cooking, cooling, washing, and service areas of different businesses such as hotels, hospitals, factories, catering kitchens, restaurants, cafés, bars, and patisseries. When evaluating Inoksan industrial kitchen equipment, the menu, service model, and staff movement should be turned into a technical production plan before the individual device list.

Inoksan's product structure includes Inosmart combi ovens, convection ovens, ranges, grills, fryers, MonoBlok cooking units, dishwashers, refrigerators, neutral equipment, and open buffet systems. The brand's project approach requires work extending from measuring the kitchen area to equipment layout and installation coordination. Having different capacity classes within the same product program allows each station in the project to be sized to actual production need.

From Menu to Equipment Program: The Inoksan Project Structure

The starting point of a professional kitchen project isn't the device brand or series name but the menu to be prepared. Hot dishes, fried items, grilled products, dough-based items, cold plates, and beverages on the menu are separated into distinct production processes. Receiving, storage, prep, cooking, hot or cold holding, and service steps are defined for each product. The Inoksan equipment program allows devices corresponding to these steps to be selected within the same project.

In the second stage, portion count and service duration are calculated. The amount of food that needs to come out in the busiest 30 or 60 minutes should be determined alongside daily total production. A restaurant producing a certain total daily portion count and a cafeteria producing the same amount during a short lunch service don't need the same equipment capacity. Oven tray, fryer tank, and grill surface are sized based on this peak load.

In the project drawing, the goal is for raw and cooked product paths not to intersect, for staff to avoid unnecessary backtracking, and for hot devices not to increase the heat load on refrigerators. Prep counters, hand-washing points, transport carts, and waste exits are as important as the main devices. The equipment list in an Inoksan project should be updated together with the architectural and mechanical layout.

GN Capacity and Energy Choice in Inosmart Ovens

The Inosmart combi oven family includes electric and gas models with different GN 1/1 capacities. FBE and FBG-coded products range across 10, 20, and 40-tray classes. Touch-control structure, recipe programs, and cooking function details can vary by selected model and production period, so they should be verified from the technical sheet.

A 10-tray oven can be considered for restaurants with limited space or supporting production stations. The 20-tray class is geared toward hotel and cafeteria kitchens needing higher single-cycle capacity. 40-tray models, meanwhile, are used in high-volume bulk production processes loaded with a transport cart. Capacity choice shouldn't be based only on theoretical tray count; GN container depths used on the menu and shelf spacing between products can reduce actual load.

The electric or gas model decision should be made together with existing infrastructure, energy cost, hood system, and the kitchen's total installed power. A gas oven isn't entirely independent of an electrical connection; power supply may be needed for control, fan, and auxiliary systems. Water quality, inlet pressure, drainage, and auto-wash chemical should also be checked before installation.

The Difference Between MonoBlok and Independent Cooking Stations

In an independent modular device line, each piece of equipment, such as a range, grill, fryer, and bain-marie, is placed side by side as a separate body. This structure can allow devices to be replaced individually or the line to be rearranged in the future. If joint points, top-panel transitions, and cleaning gaps between devices aren't solved correctly, however, grease and product residue can accumulate.

A MonoBlok cooking unit brings together the different cooking functions selected for the project within a shared top work surface or integrated body approach. This structure can be considered particularly for open kitchens, island-type cooking lines, and production stations fixed to a specific menu. Since a MonoBlok design's size and device composition can vary by project, it shouldn't be ordered like a standard series product.

When deciding between the two approaches, the kitchen's future menu changes, cleaning procedure, service access, and infrastructure distribution should be considered. If the menu and station layout will change frequently, independent modules can be more flexible. For businesses that will operate with the same production flow for a long time and want an integrated surface, a MonoBlok solution can be evaluated.

How Non-Cooking Areas Affect the Project

Refrigerated cabinets and countertop coolers determine the product-feeding capacity of prep stations. In the dishroom, undercounter, door-type, heat-recovery, or conveyor machines are selected based on the load created at the end of service. Neutral counters, sinks, and shelves, meanwhile, handle moving product between devices and storing clean equipment.

A kitchen having high-capacity cooking devices doesn't mean the dishwashing and refrigeration areas need to be the same scale. Sufficient surrounding equipment should be available for washing GN containers coming out of the oven, holding hot product, and replenishing prep stock. Prioritizing only cooking devices in the project budget can create a bottleneck in workflow once the business opens.

Featured Highlights

• A professional kitchen project scope extending from menu analysis to layout and installation coordination
• Inosmart combi oven options ranging across 10, 20, and 40 GN 1/1 capacity classes in electric or gas configurations
• The ability to plan ranges, grills, fryers, bain-maries, and other functions as independent modules or project-based MonoBlok units
• Coverage of cooking, refrigeration, dishwashing, neutral prep, and open buffet areas within the same equipment program

How Is Field Data Collected for an Inoksan Project?

In the initial site survey, the kitchen's net dimensions, columns and beams, door openings, floor levels, and equipment transport route should be recorded. Electrical panel capacity, gas type and pressure, clean-water connections, drainage points, and ventilation shaft should be compared against existing plans. In an older structure, it should be kept in mind that architectural drawings and actual on-site measurements can differ.

The second data set concerns operations. Daily and peak portion count, staff count, service style, receiving hours, product storage duration, and dish return should be measured. If the equipment list is prepared before this information is finalized, an oversized device investment or insufficient production capacity can result.

In the final stage, connection load and maintenance area are worked out for each device. The distances needed for opening the oven door, draining fryer oil, cleaning the refrigerator condenser, and removing dishwasher arms should be shown in the drawing. Before installation, device codes should be compared against the final versions of the architectural, electrical, and mechanical projects.

Inoksan Equipment on Mutfak10

The Inoksan brand page on Mutfak10 includes Inosmart combi ovens, convection ovens, dishwashers, conveyor washing systems, refrigerators, and different professional kitchen devices. Current product and capacity options can be reviewed on the Inoksan industrial kitchen equipment page. In project-based purchases, connection infrastructure, hood, transport, and layout requirements should be included in the quote scope alongside device price.

Frequently Asked Questions

What production scales are the Inoksan Inosmart 10, 20, and 40-tray ovens geared toward?

10-tray models are considered for restaurants and support stations with more limited single-cycle load, 20-tray models for medium and high-volume production, and the 40-tray class for bulk food processes requiring cart loading. Actual capacity varies by GN container depth, shelf spacing, and the type of product cooked. Model choice should be based on peak production cycles rather than daily total.

What is the difference between an Inoksan MonoBlok cooking unit and a modular device line?

A MonoBlok unit brings together multiple cooking functions selected for the project within an integrated work surface or body layout. In a modular line, each device is placed side by side as a separate unit and can be independently replaced when needed. The choice should be based on cleaning method, future menu change, island or wall layout, and service access.

What installation data does an Inoksan industrial kitchen equipment project require beforehand?

Electrical power and phase structure, gas type and pressure, water inlet, drainage point, ventilation flow, and flue connection should be determined for each device. Floor load capacity, door openings, and the route the device will take to reach the installation area should also be measured. An equipment list prepared before this data is finalized can lead to connection and layout problems on site.