Full definition
Price per Linear Meter (PLM) is a pricing method commonly used in industrial sectors where products are sold based on their length rather than by piece, area, or weight. This pricing convention allows businesses to purchase materials in quantities that precisely meet their needs, minimizing waste. For instance, in the case of rubber sheets sold from rolls, customers can specify the desired width and thickness, significantly impacting the overall cost. A wider roll typically incurs a higher price per linear meter due to the increased material cost. For example, a roll with a width of 1,500 mm can cost approximately 50% more per running meter compared to a 1,000 mm roll of the same thickness and material. This highlights the importance of understanding how dimensions influence pricing in practical applications.
The price calculation involves multiple factors including the material cost per kilogram, the weight of the material per linear meter, and any additional cutting or handling margins. For instance, the formula can be represented as: price per meter = (material cost per kg × kg per linear meter) + cutting/handling margin. This formula allows procurement managers to estimate costs effectively and make informed purchasing decisions. Furthermore, for products like extruded rubber profiles, pricing is determined based on their cross-sectional area and the quantity ordered, which can lead to bulk discounts and cost savings.
In industrial applications, being aware of the price per linear meter is crucial for budgeting and financial planning. The clarity on whether the quoted price includes or excludes VAT (IVA in Mexico), as well as the minimum order quantity and cutting charges for non-standard lengths, can significantly affect the overall project cost. This pricing model is particularly advantageous in sectors such as automotive, aerospace, and manufacturing, where precision and exact material quantities are critical for operational efficiency and cost management.