{"id":44129,"date":"2026-08-20T14:12:47","date_gmt":"2026-08-20T11:12:47","guid":{"rendered":"https:\/\/www.detayendustri.com\/?p=44129"},"modified":"2026-08-20T14:15:49","modified_gmt":"2026-08-20T11:15:49","slug":"how-do-you-plan-the-best-shelving-layout-for-workshops","status":"publish","type":"post","link":"https:\/\/www.detayendustri.com\/en\/how-do-you-plan-the-best-shelving-layout-for-workshops\/","title":{"rendered":"How Do You Plan the Best Shelving Layout for Workshops?"},"content":{"rendered":"
When you enter a workshop for the first time, neatly aligned rack rows, labeled boxes, and cabinets positioned along the walls may immediately give you the impression of a well organized working environment, but to truly understand workshop efficiency, you need to look beyond how tidy the space appears and examine how employees move throughout the day, how many times they access specific equipment, how far heavy components are carried, which aisles are used by forklifts or pallet trucks, how often maintenance personnel are forced to turn around or leave their stations, and how much time they spend searching for a particular part. \ud83c\udfed\ud83d\udd27 A good racking layout is not about filling the walls with shelves or achieving the highest possible storage capacity; it is about making the journey of materials from receiving to the workstation, from maintenance areas back into storage, as safe, short, understandable, and sustainable as possible.<\/strong> For this reason, when evaluating workshop layouts from the perspective of Detay End\u00fcstri<\/strong><\/a>, I believe the first question should not be \u201cHow many meters of racking can we fit here?\u201d but rather \u201cHow do people and materials actually move through this workshop during the day?\u201d because the true value of a rack is measured not by how many boxes it holds, but by how much unnecessary movement it eliminates for the employee. \ud83d\ude0a<\/p>\n

A workshop racking layout can be compared to the road network of a city. \ud83d\udee3\ufe0f Just as good urban planning does not mean constructing as many buildings as possible, good workshop planning does not mean filling every available space with racks; main roads, secondary roads, service areas, high traffic zones, and quieter areas are separated in cities, and similarly, main workshop aisles, active equipment areas, stock zones, heavy load areas, preparation stations, and infrequently used storage zones should all follow different planning principles. Especially in facilities with large volumes of boxes, packages, spare parts, and consumables, light and medium duty racking systems<\/strong><\/a> can become much more than storage equipment when matched with the correct product groups and installed at suitable levels; however, if rack height, depth, and position are not determined according to frequency of use, an area that looks physically organized may still become tiring and inefficient for employees.<\/p>\n

\"Workshop
A racking layout is not limited to storage space; the work surface, drawers, tool panel, and surrounding access area should be planned together to create a true workstation.<\/figcaption><\/figure>\n

The Ideal Racking Layout Begins Before Purchasing the Racks \ud83e\udde0<\/h2>\n

One of the most common mistakes in workshop organization is measuring the available space and immediately starting to select racks. In reality, the correct process begins much earlier with inventory and workflow analysis. Before planning the layout, you need to know which materials are stored in the workshop, their weight and physical dimensions, which items are used dozens of times during every shift, which are needed only a few times per month, which equipment requires two people to carry it, which items require a crane or pallet truck, which products should be kept under lock and key because of their value, which materials contain oils or chemicals, which components have sharp surfaces, and which items must be stored separately from one another. Without answering these questions, a rack plan often remains nothing more than a geometric layout drawing.<\/p>\n

From the perspective of Detay End\u00fcstri<\/strong><\/a>, the correct way to plan a workshop is to classify stored items according to their behavior first and only then determine the furniture and racking system. For example, frequently used socket sets and a spare motor used once every three months should not occupy the same access zone in a maintenance workshop; similarly, applying the same storage logic to small bearing boxes and equipment weighing hundreds of kilograms would not be appropriate. OSHA’s materials storage guidance<\/strong><\/a> particularly emphasizes basic principles such as keeping heavy loads at lower or middle levels and maintaining clear passageways. These principles may appear simple, but when applied to daily workshop operations, they can completely change the layout of the storage system.<\/p>\n

First Step: Divide the Workshop into Functional Zones \ud83d\udcd0<\/h2>\n

Not every square meter in a professional workshop should perform the same function, and in fact it should not. Dividing the space into functional zones makes it much easier to determine which type of rack belongs in which area. A typical workshop may include a material receiving zone, main stock area, active stock area for frequently used materials, assembly and work area, maintenance or repair station, heavy equipment zone, waste and scrap area, quality control point, and, where necessary, a digital information access area. These zones do not necessarily need to be separated by physical walls, but they should still be clearly distinguished through floor planning, racking design, and product addressing systems.<\/p>\n

For example, placing a very high and deep stock rack directly opposite a workstation may appear to increase storage capacity, but if employees must cross vehicle traffic every time they retrieve a part, the small space saving can quickly be outweighed by safety risks and wasted time. For this reason, main operating points and storage areas should be designed together. When workbenches<\/strong><\/a> are positioned correctly together with frequently used equipment and supporting storage, employees no longer need to repeatedly walk back and forth to the main stock area; the workbench therefore becomes more than a surface used for processing and turns into a micro production cell together with the surrounding racks and cabinets. This is also why evaluating Detay End\u00fcstri<\/strong><\/a> product systems together is important; the solution is not based on a single rack, but on workstations that support one another. \ud83d\udd27<\/p>\n

The ABC Principle in Workshop Racking: Frequently Used Items Should Be Closest<\/h2>\n

One extremely simple but effective method in workshop planning is to divide materials into A, B, and C groups according to frequency of use. Group A contains tools, consumables, and parts that are used repeatedly throughout every shift; Group B includes products that are used regularly but less frequently; Group C contains stock that is rarely required. The goal is not to create an academic classification system, but to connect physical distance with usage frequency. If an employee walks ten meters every time they need a tool that is used fifty times per day, nearly one kilometer of unnecessary movement can be generated during a single shift when the return journey is included; the exact figure will vary by workstation, of course, but the principle is very clear: the distance of frequently used equipment is a small but continuously repeating operational cost.<\/strong><\/u><\/p>\n\n\n\n\n\n\n\n\n\n
Product Group<\/th>\nUsage Frequency<\/th>\nRecommended Position<\/th>\nSuitable Storage Approach<\/th>\n<\/tr>\n<\/thead>\n
Group A<\/td>\nVery frequent during every shift<\/td>\nEasy access zone closest to the workstation<\/td>\nDrawer, tool panel, small parts bin, mobile cart<\/td>\n<\/tr>\n
Group B<\/td>\nDaily or weekly<\/td>\nSecondary access zone around the main working area<\/td>\nRack, cabinet, or supporting stock area<\/td>\n<\/tr>\n
Group C<\/td>\nInfrequent<\/td>\nMore distant or upper storage areas<\/td>\nHigh level shelving, back stock, or suitable upper levels<\/td>\n<\/tr>\n
Heavy Materials<\/td>\nVariable<\/td>\nLower levels and areas close to mechanical handling routes<\/td>\nHeavy duty system with verified load capacity<\/td>\n<\/tr>\n
Sensitive or Valuable Equipment<\/td>\nVariable<\/td>\nControlled access area<\/td>\nLockable cabinet or dedicated drawer<\/td>\n<\/tr>\n<\/tbody>\n<\/table>\n

How Does the Ergonomic Reach Zone Change the Racking Plan? \ud83d\ude4c<\/h2>\n

In workshop racking layouts, vertical access is just as important as horizontal distance. If employees constantly lift materials from floor level, reach above their heads, or twist their bodies to access boxes stored at the back of deep shelves, the storage capacity may be high, but the ergonomic quality will still be poor. OSHA’s manual materials handling ergonomics guidance<\/strong><\/a> recommends positioning heavy and frequently handled products approximately between knuckle and shoulder height, while lighter and less frequently used items can be stored at higher or lower levels. NIOSH also highlights the relationship between bending, twisting, pushing, pulling, heavy lifting, and work related musculoskeletal risks in its ergonomics guidance<\/strong><\/a>.<\/p>\n

For this reason, when determining rack height, employee height, product weight, access frequency, and handling method should be evaluated together. material cabinets<\/strong><\/a> can be used to organize small, valuable, or controlled equipment within ergonomic reach zones, while open racking systems may be better suited for larger boxes and frequently replenished stock. From the perspective of Detay End\u00fcstri<\/strong><\/a>, selecting the right product is not simply about answering the question \u201ccabinet or rack?\u201d but about determining the correct access method according to how the material is actually used. \ud83d\ude0a<\/p>\n

\"Industrial
Combinations of drawers, shelves, and lockable cabinets help organize equipment of different sizes within the same accessibility system.<\/figcaption><\/figure>\n

Aisle Width Is Not Lost Storage Space, It Is Workflow Space \ud83d\udeb6\u200d\u2642\ufe0f<\/h2>\n

In workshop design, aisles are often seen as \u201cempty space where racks cannot be installed\u201d and therefore are sometimes reduced as much as possible, but an aisle is actually part of the production transportation infrastructure. People, tool carts, pallet handling equipment, pallet trucks, forklifts, and sometimes suspended loads moving under cranes all use these areas. The HSE’s storage safety guidance<\/strong><\/a> also states that storage systems should be compatible with the handling equipment being used and that aisles should be wide enough to allow mechanical equipment to maneuver safely. This means workshop aisle dimensions cannot be determined simply according to the width of a person\u2019s shoulders.<\/p>\n

The correct aisle width should be determined by evaluating the equipment being used, turning radius, rack depth, how far products may extend from the rack, the need for two-way traffic, and emergency access requirements. It is also necessary to consider whether rack corners create blind spots, how doors open, how columns affect vehicle routes, and whether there are changes in floor level. Instead of repeatedly moving fixed equipment, industrial tool carts<\/strong><\/a> that can be taken directly to the job can reduce unnecessary walking between the main stock area and machines, especially in larger workshops. In this context, it is more accurate to view the Detay End\u00fcstri<\/strong><\/a> solution not merely as storage equipment, but as a family of products that helps organize movement throughout the workshop.<\/p>\n

Is a Deeper Rack Always Better?<\/h2>\n

No. A deeper rack may provide more storage volume, but if products disappear into the back, if the front boxes need to be removed before rear items can be reached, or if employees must lean excessively into the rack, depth stops being an advantage. Especially in small parts and box storage, selecting shelf depth close to the actual packaging dimensions improves both visibility and accessibility. Deeper levels may be logical for large and rarely used boxes, while storing frequently used small components in excessively deep shelving may increase search time.<\/p>\n

I often compare this to a deep kitchen cabinet \ud83d\ude0a If you know a jar is stored at the back but need to remove five items in front of it before reaching it, the cabinet has high theoretical capacity but poor practical accessibility. When this movement is repeated hundreds of times by multiple employees in an industrial workshop, a small accessibility issue becomes a measurable process loss. The ideal rack is not the rack that holds the most products, but the one that keeps the required item accessible with the least unnecessary movement.<\/strong><\/p>\n

The Workbench and Racking System Should Not Be Planned Separately \ud83d\udd27<\/h2>\n

One of the greatest efficiency improvements in workshops comes from treating storage and workstations as parts of the same workflow. Even a high quality workbench cannot guarantee efficient operation if the screwdriver, pliers, socket set, measuring device, consumables, and technical documents required for the task are constantly located in different places. For this reason, perforated panels, drawers, base cabinets, upper shelves, and the main stock system should complement one another. When examining custom designed workbench systems for workshops<\/strong><\/a>, it becomes clear how important it is to consider drawers, panels, electrical infrastructure, lighting, and work surfaces together according to the type of work being performed.<\/p>\n

Within the Detay End\u00fcstri<\/strong><\/a> approach, it is fair to say that the ideal workbench environment should function like a small cockpit. \u2708\ufe0f Just as a pilot does not repeatedly leave the seat to search for the controls needed during a flight, a technician should not have to walk to the other side of the workshop during every basic task. Of course, placing every material on the workbench is not the solution either; when frequently used equipment is kept within immediate reach, periodically used items are placed on supporting shelves, and bulk stock remains in the main storage area, the work surface stays clean while accessibility improves.<\/p>\n

\"Workshop
When drawers, open shelves, cabinets, and vertical tool panels are used together, frequently used equipment can remain accessible without occupying the work surface.<\/figcaption><\/figure>\n

When Is Mobile Storage More Efficient Than Fixed Racking? \ud83d\udee0\ufe0f<\/h2>\n

The assumption that every tool in a workshop must remain on a fixed rack can create unnecessary movement, especially in large production areas. If repair, maintenance, or assembly locations change during the day, it may be more logical to move the equipment together with the employee instead of repeatedly sending the employee back to the tool rack. bench type modular tool carts<\/strong><\/a> can meet this need by combining a working surface with drawer storage in a single mobile structure. In this way, fixed main racks remain responsible for bulk stock, while selected tool sets required for daily work can be transported directly to the operating point.<\/p>\n

However, center of gravity, wheel capacity, braking mechanisms, and keeping drawers securely closed are also important in mobile systems. Placing heavy tools in upper drawers, opening several drawers at the same time, or leaving a tool cart unbraked on an inclined floor can transform the benefits of good organization into safety risks. Therefore, mobile and fixed storage should not be viewed as alternatives, but as two complementary layers when used correctly.<\/p>\n

\"Mobile
Mobile tool carts can reduce unnecessary walking and tool searching by bringing frequently used equipment from the main racks directly to the work area.<\/figcaption><\/figure>\n

Standard Racking Logic May Not Be Sufficient for Heavy Loads<\/h2>\n

Trying to manage small spare parts and molds weighing hundreds of kilograms or even several tons using the same storage method is a serious planning mistake. The handling method, center of gravity, lifting equipment, rack capacity, floor condition, and access method for heavy loads should be evaluated separately. In facilities that store molds, heavy fixtures, or other high density products, specialized systems such as drawer type mold racks<\/strong><\/a> can provide more controlled access than fixed general purpose racks. By bringing the load into an accessible position, the drawer system can reduce unnecessary handling steps when used together with a suitable crane or lifting device.<\/p>\n

From the perspective of Detay End\u00fcstri<\/strong><\/a>, the basic principle is simple: the heavier and more specialized the product, the more the storage solution should be tailored to its behavior. Checking the kilogram capacity printed on a rack label is important, but it is not enough; how the load is distributed across the rack surface, how the product will be removed, which aisle will be used during transportation, and whether the rack may be exposed to vehicle impact must also be considered. As emphasized in OSHA’s storage safety approach, keeping heavy loads at safer levels and inspecting racks regularly should therefore become part of everyday workshop management.<\/p>\n

Using Vertical Space Is Sensible, but That Does Not Mean Moving Everything Upward \ud83c\udfd7\ufe0f<\/h2>\n

Especially in workshops with limited floor area but high ceilings, unused vertical space represents significant potential. However, using height effectively should not mean moving frequently used heavy materials to inaccessible positions. Light and rarely used stock may be stored at higher levels, while heavy or daily-use products should remain in lower, controlled zones. When space is genuinely limited and structural conditions are suitable, mezzanine racking systems<\/strong><\/a> can transform available ceiling height into an additional usable level and free up operating space on the floor.<\/p>\n

The important point here is not simply to create another floor; stairs, guardrails, load handling methods, emergency escape routes, lighting, fire safety, and the types of products that will be stored on the upper level must all be considered as part of the project. In smaller workshops, I often see floors that are completely full while substantial unused space remains above the walls; however, when this vertical capacity is used not only to solve storage shortages but also to clear walking and operating routes at ground level, real efficiency gains can be achieved. \ud83d\ude0a<\/p>\n

Why Is the 5S Approach So Effective in Racking Layouts? \ud83e\uddf9<\/h2>\n

Organizing racks once is easy; the real challenge is maintaining the same order six months later. This is where the 5S approach becomes important. The 5S approach described by the Lean Enterprise Institute<\/strong><\/a> is based on separating unnecessary items, arranging what is required, cleaning, standardizing, and sustaining the standard. When applied to workshop racks, this does not simply mean drawing colored lines on the floor or applying attractive labels to shelves; it means deciding which items are genuinely required, assigning a fixed location to each item, making that location visible, and making deviations from the standard immediately noticeable.<\/p>\n

For example, a tool panel with a visible outline for each wrench allows missing equipment to be identified within seconds; minimum and maximum stock quantities displayed on a box make shortages easier to recognize; standardized rack addressing helps even new employees find parts quickly. The physical rack, cabinet, and workbench infrastructure provided by Detay End\u00fcstri<\/strong><\/a> becomes a truly sustainable working system only when combined with this visual discipline. Racking organization should not be a one-time cleaning activity, but a standard that works during every shift.<\/strong><\/u> \u2705<\/p>\n

Where Should Industrial Computers and Documentation Stations Be Positioned? \ud83d\udcbb<\/h2>\n

Modern workshops depend not only on physical tools but also on technical drawings, maintenance records, ERP or MES screens, quality forms, and digital work orders. If the computer is too far from the main workstation, employees must leave their operating area every time they need to check information, while placing a standard office computer directly in a dusty and impact-prone production area may affect both equipment life and usability. For this reason, digital access points should also be treated as part of the racking plan. industrial computer cabinets<\/strong><\/a> can integrate monitors, keyboards, and computer equipment into the production environment within a protected enclosure, reducing the gap between physical storage and information access.<\/p>\n

In a well organized workshop, employees should be able to find not only the correct screwdriver but also the technical information required for the job. When the addressing system used for physical parts follows the same logic as product codes in the digital system, workshop management becomes significantly more traceable. For example, if a part physically stored at location B03 is also shown under the same location in the ERP system, the gap between physical and digital reality is reduced.<\/p>\n

Specialized Tools Should Not Disappear into General Purpose Racks<\/h2>\n

Some workshops contain specialized equipment that should be kept outside the general racking system. Long and sensitive press brake tools used in sheet metal processing are a good example; storing these tools horizontally together with other metal parts can allow cutting or precision surfaces to contact one another, make the correct tool harder to identify, and expose operators to unnecessary handling risks. For this reason, product-specific storage solutions such as press brake tool cabinets<\/strong><\/a> should be considered a separate layer within the overall workshop storage plan.<\/p>\n

This approach reflects a broader principle: instead of trying to force every item into a standard rack, the storage system should be selected according to the way the item is actually used. The advantage of the Detay End\u00fcstri<\/strong><\/a> product range becomes especially clear here; rather than forcing small boxes, long cutting tools, mobile hand tools, and heavy molds into the same storage logic, each type of equipment can be kept in a system suited to its physical characteristics.<\/p>\n

How Should Rack Load Capacity Be Planned? \u2696\ufe0f<\/h2>\n

One of the most dangerous mistakes regarding load capacity is assuming that a rack is safe simply because it looks strong from the outside. Shelf levels, drawers, uprights, connection points, and the floor should be evaluated as a complete system. The nominal weight of stored products should be known, load distribution should be examined, and concentrated loads caused by dense metal parts stacked in small areas should be taken into account. Clearly displaying the load capacity of racks also helps employees understand how much material may be safely stored on each level.<\/p>\n

HSE storage guidance particularly emphasizes marking safe working loads and regularly inspecting storage systems. Similarly, when a rack is struck by a forklift, the incident should not be treated merely as cosmetic paint damage; the upright deformation, connection points, and rack geometry should also be inspected. Safety in workshop organization does not end when the initial installation is completed; changes that occur during everyday use must also be monitored.<\/p>\n

Example: Reorganizing a 250 Square Meter Maintenance Workshop<\/h2>\n

Let us consider a representative scenario. Imagine a mechanical maintenance workshop of approximately 250 square meters containing four workstations, two large machines, spare parts stock, measuring equipment, tool carts, and maintenance consumables. In the existing layout, all walls are fitted with racks of the same depth, and employees store frequently used tools together with spare parts needed only once per month. Measuring equipment is kept on open shelves, heavy motor components are placed on pallets on the floor, and daily consumables are stored at the back of the workshop. At first glance, storage capacity appears sufficient, but employees are observed walking unnecessary distances throughout the day while materials continuously accumulate around the workstations.<\/p>\n

In the new arrangement, materials are first classified according to frequency of use. Daily consumables are moved to small racks at a shared access point serving the four workstations, hand tools are transferred into drawers and panels at the workstations, sensitive measuring equipment is stored in lockable cabinets, heavy components are grouped at lower levels accessible to lifting equipment, and the rear storage zone is reserved exclusively for Group B and Group C stock. Small mobile carts are assigned to the workstations, and a rule is introduced preventing temporary pallets from being left in the main aisle. The upper vertical space that may be required as the workshop grows is also preserved in the initial layout plan.<\/p>\n

In this example, the load capacity of a single rack may not have changed at all, yet the performance of the entire system changes significantly. Employees walk less, product search time is reduced, interaction between heavy material movements and pedestrian routes is minimized, and clutter around workbenches becomes easier to control. This is exactly where the difference between a simple racking layout and real operational efficiency becomes visible. \ud83d\udcc8<\/p>\n

\"Multi-user
Even the shape of a workstation can be adapted to the workflow; the key is allowing employees to access tools and materials without unnecessary movement.<\/figcaption><\/figure>\n

Simple Planning Diagram for Workshop Racking<\/h2>\n
MEASURE THE WORKSHOP\r\nArea + columns + doors + machines + ceiling height\r\n        \u2193\r\nCREATE AN INVENTORY\r\nProduct + weight + dimensions + quantity + usage frequency\r\n        \u2193\r\nOBSERVE THE FLOW\r\nWhere does the material come from \u2192 where is it used \u2192 where does it return?\r\n        \u2193\r\nCLASSIFY PRODUCTS\r\nA: Frequently used\r\nB: Regularly used\r\nC: Rarely used\r\n        \u2193\r\nCREATE FUNCTIONAL ZONES\r\nWork area + active stock + main stock + heavy load + quality + maintenance\r\n        \u2193\r\nSELECT THE RACK TYPE\r\nOpen shelving + cabinet + drawer + heavy duty system + mobile solution\r\n        \u2193\r\nERGONOMICS AND SAFETY\r\nReach height + load + aisle + handling equipment\r\n        \u2193\r\nADDRESSING AND 5S\r\nLabels + codes + visual control + minimum\/maximum stock\r\n        \u2193\r\nTEST WITH REAL WORKFLOW\r\nWalking distance + access + vehicle movement + maintenance convenience\r\n        \u2193\r\nREASSESS PERIODICALLY\r\n<\/pre>\n
A Short Field Anecdote: The Problem Was Not the Number of Racks \ud83d\ude0a<\/h2>\n
One of the most educational situations I have encountered in workshop organization is when employees repeatedly say, \u201cWe need more racks,\u201d even though the existing storage capacity is actually sufficient. In one such area, almost every rack appeared full and the company was considering narrowing the main aisle to install another row of shelving; however, when the contents were examined individually, a significant part of the racks was occupied by fixtures that had not been used for years, empty boxes, old packaging, and small quantities of the same product scattered across multiple locations. Unnecessary materials were removed, identical products were consolidated into single addresses, daily consumables were moved closer to the workstations, and rack levels were adjusted according to the actual height of the containers being used. As a result, additional capacity was created without purchasing new racks, and more importantly, the main workshop aisle remained open.<\/p>\n
This experience continues to remind me of the same principle: a space problem and an organization problem can look very similar.<\/strong> Sometimes more storage capacity is genuinely required, while in other cases the available area only appears full because of poor classification. For this reason, analyzing existing stock and movement before investing in new equipment can be extremely valuable.<\/p>\n
Why Is It Important to Plan for Future Growth from the Beginning? \ud83d\udcc8<\/h2>\n
The ideal workshop layout should not only satisfy today’s requirements but also accommodate the company’s reasonable growth scenario. If a storage area that contains 500 different parts today is expected to contain 800 within two years, installing every rack at full capacity from the beginning may require another complete reorganization in a short period of time. Instead, reserving a certain amount of expansion capacity, using adjustable shelf levels, selecting modular systems, and protecting areas for future workstations can provide a healthier long-term solution.<\/p>\n
From the perspective of Detay End\u00fcstri<\/strong><\/a>, one of the major advantages of modular systems is precisely this flexibility; workshops do not remain unchanged, and as product ranges, machinery, employee numbers, and service processes evolve, the physical infrastructure should be able to adapt accordingly. An area used for shelving today may become an assembly zone tomorrow, a tool cart may be transferred to another production line, or new storage modules may need to be added to a workbench. This flexibility is valuable not only in terms of investment cost but also because it helps minimize production disruption during future changes.<\/p>\n
Workshop Racking Layout Planning Checklist \u2705<\/h2>\n