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This text delves into the fundamentals of two-step distribution, highlighting the dynamics between manufacturers, retailers, and consumers. It outlines the pricing strategies for manufacturers and retailers, the implications of marginal costs, and how profits are distributed in two selling scenarios: through a middleman and direct-to-consumer sales. The analysis reveals how profit margins shift based on efficiency and market conditions, and discusses the potential for franchise fees to transfer profits while maximizing the mutual benefits of both manufacturers and retailers.
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Two-Step Distribution: Why the Middleman? • Manufacturer sells to retailer at price p. • Retailer then sells to consumer at price Pr. • Manufacturer’s marginal cost is constant = mc • Retailer’s marginal cost is simply p (he has no additional marginal cost of retailing) or • Mfr sells direct to consumer at price Pm . • In addition to marginal cost of production, mc, mfr has marginal cost of retailing = k. • Consumer demand given by P = a – b x where x = quantity bought at price P
Case I: Manufacturer Sells thru Middleman • Retailer’s total revenue = TRr = Pr x = (a-bx)x • Manufacturer figures retailer equates his marginal revenue (MR =a–2 bx) to his marginal cost (MC = p) p = a – 2 b x • Manufacturer’s total revenue =TRm=px=(a-2bx)x • Mfr equates his marginal revenue (MR = a - 4bx) to his marginal cost (mc). • Then a – 4 bx = mc ; x = (a – mc)/4b and • p = a – 2bx = ½ a + ½ mc • Pr = a – bx = ¾ a + ¼ mc • Profitretailer = (Pr– p) x = 1/16 (a – mc)2 /b • Profitmfr = (p – mc) x = 1/8 (a – mc)2 /b • Profittotal = 3/16 (a – mc)2 /b
Case II: Manufacturer Sells Direct to Consumer • Manufacturer’s total revenue = TR = Pm x = (a-bx)x • Manufacturer equates marginal revenue (= a – 2bx) to marginal cost (= mc + k). Then x = ½ (a – mc – k)/b Pm = a – b x = ½ (a + mc + k) Profitmfr = (Pm – mc – k) x = ¼ (a – mc – k)2/b
Middleman or Sell Direct??? • When manufacturer sells thru middleman • Profitmfr = 1/8 (a – mc)2 /b • When manufacturer sells direct • Profitmfr = ¼ (a – mc – k)2/b • Manufacturer will sell thru middleman when k > [1 – 1/sqrt(2)] (a – mc) = .29 (a – mc) • As manufacturing productivity increases, mc falls and retailing is increasingly turned over to middlemen growth of retail sector relative to mfg sector • More of mfg cost reduction is passed on to consumers when manufacturer sells direct dPm/dmc = ½ vs dPr/dmc = ¼
Franchise the Middleman? • Even when k<.29(a-mc), the manufacturer may prefer to sell thru a middleman • Can he charge a fixed franchise fee, F, that transfers the middleman’s profits to himself? • If he can, then (just about) all profits are his • Profitstotal = (P – mc)x = [(a – mc) – bx]x • MProfitstotal = (a – mc) – 2bx (= 0 for maximum) • x = ½ (a – mc)/b • P = a – bx = ½ (a + mc) • Profitstotal = (P – mc) x = ¼ (a – mc)2/b • From before, retailer will want to sell • x = ½ (a – p)/b • To get retailer to sell profit maximizing x = ½ (a-mc)/b, manufacturer must set wholesale price, p, to his own marginal cost of production, mc
Negotiate a Franchise Fee • The maximum franchise fee the manufacturer can charge equals the retailer’s profits when P = ½ (a+mc), p = mc, and x = ½ (a – mc)/b • “Profitsretailer” = (P – p) x = ¼ (a – mc)2/b= Fmax • In this case, all of the manufacture’s earnings come from the franchise fee. • The retailer may know that the best the manufacturer can do without him is Profitmfr = ¼ (a – mc – k)2/b • There’s room for negotiation! • In fact, if k > .29 (a – mc), the manufacturer needs the retailer • The retailer may be able to negotiate a fee to carry the manufacturer’s line • However, if p is set to mc to maximize total profits, the manufacturer still depends on F for his profits