RETA Mühendislik carries out the projecting, production, and assembly of industrial rack systems for production facilities, technical warehouses, and distribution depots in Eskişehir under a single responsibility. Founded in 1979, the company manufactures its systems in its own production facility in Manisa Muradiye OIZ and provides services through shipment and assembly organizations to the Central Anatolia line.

Technical Production Structure Determining Storage Needs in Eskişehir

Eskişehir industry has a structure where production sectors working with high technical standards are concentrated, accompanied by mass production.

The production of aviation and engine technologies as well as rail system vehicles around the Eskişehir Organized Industrial Zone is the distinguishing sector of the province. In these facilities, where each part comes from, which batch it belongs to, and where it stands must be recorded. Here, the warehouse is not just a stock storage area, but a link in the traceability chain.

In the same region, large-scale facilities engaged in white goods, household appliances, and metal processing are located. Here, voluminous finished products and multi-item component stock are managed under the same roof. In ceramic and building materials manufacturers, the load is both heavy and fragile; carrying surfaces and stack heights are evaluated separately for palletized tiles and sanitaryware products.

The logistics warehouses fed by the axis towards Bozüyük and Eskişehir's railway and highway connections constitute the third pillar of the province. In these warehouses, consolidation and dispatch are prioritized.

Addressing Order in Warehouses Requiring Traceability

In facilities working in the fields of aviation, rail systems, and engine technologies, finding a part in the wrong bay means not only a loss of time but also a degradation of quality records. In these facilities, the layout plan is built on record security before capacity.

Bays are arranged in a numbered and addressable order, separating different lots of the same part so they do not mix. A separate section is planned for materials waiting for inspection, quarantine, and approval, ensuring physical segregation of this section. The labeling surface and barcode scanning angle are determined during the design stage, because solutions added later both slow down the operator and increase the margin of error.

In sections where sensitive parts are handled, bay dimensions are determined according to the part box; standard pallet bays remain inefficient for these loads. Eskişehir is located in a region with moderate spectral acceleration values in the earthquake regulations; anchorage and bracing layouts are calculated according to the carried load and rack height. Static calculations are performed separately for each project, and proposals are not made based on catalog capacity.

Prominent Systems on the Eskişehir OIZ Line

In technical warehouses, component stores, and spare parts management, carton flow and shelving systems are used. Bays are arranged in an addressable order, shelf heights are adjusted according to the part box, and critical references are placed on the fast access line.

In the finished product warehouses of white goods, ceramics, and building materials facilities, pallet racking systems are designed according to pallet size, forklift type, and clear height. Euro pallet 800x1200 mm and industrial pallet 1000x1200 mm sizes require different bay depths and beam spans; beam profiles are calculated separately for heavy palletized tile loads.

In the metalworking and rail system supplier industry, profiles, pipes, sheets, and long components are stored with cantilever racking systems. Arm length and distance between arms are determined based on the weight and deflection behavior of the material.

In facilities where ceiling height cannot be utilized, mezzanine solutions double or triple the available area. Mold management is handled with mold racking systems, and warehouses with high inventory turnover rates are managed with automated storage AS/RS applications. All system types are available on the racking systems page.

Eskişehir Warehouse Racking Systems Discovery and Quotation Process

To get a layout plan and price quotation for your facility in Eskişehir, contact us via the contact page. Completed applications in different sectors are available on our projects page.

Discovery, Projecting, and Installation Phases

During the discovery, floor condition and flatness, column axes, clear ceiling height, sprinkler and lighting layout, forklift type used, and pallet and box dimensions are recorded. In warehouses requiring traceability, the existing addressing structure, lot segregation, and the need for inspection sections are also recorded at this stage, as bay grouping and numbering layouts are derived directly from these data.

After the capacity calculation, static calculation, and technical drawing are approved, production is carried out at the facility in Muradiye OIZ. Since the shipment is made from outside the region, the production, transportation, and assembly team planning are combined in a single schedule. Assembly is carried out by our own teams, and the warehouse can be worked on by dividing it into phases. Load capacity labels and usage instructions are left upon delivery.

Frequently Asked Questions (FAQ) About Eskişehir Racking Systems

Can a warehouse layout with lot segregation and a quarantine section be established?

Yes, it can be established. Different lots of the same part are placed in separate bays, and a physically segregated section is planned for materials waiting for inspection and approval. Bays are numbered in an addressable order, and the label surface and scanning angle are determined in the design.

Is a layout possible that will increase barcode scanning efficiency?

Yes, it is possible. Label surfaces are positioned according to the operator's natural line of sight, and bay numbering is set up in alignment with the aisle direction. This layout reduces both stocktaking times and misreading rates.

What factors are taken into account for heavy palletized ceramic loads?

Beam profile, upright profile, and anchorage details are dimensioned according to the weight per pallet. Stacking height is limited based on the product's own strength, and if necessary, the carrying surface is planned to provide full support.

What is recommended for sensitive parts instead of a standard pallet bay?

Box-based bays are used, and dimensions are determined according to the part box. This prevents both loss of space and damage to the part by preventing it from moving inside the bay.

What information is required to prepare a quotation?

Warehouse area and clear ceiling height, dimensions and unit weight of the part or pallet to be stored, number of references, addressing needs, forklift type used, and existing layout plan, if any, are sufficient. The final proposal is formed after discovery and static calculation.