How to Set Reorder Points for Imported Shisha Charcoal

A shisha charcoal reorder point is the inventory-position threshold that triggers replenishment review. It answers when to act; it does not establish how much to buy. Set the threshold for each cube format, grade and pack that customers actually order, then check any combined shipment plan separately.

Choose one quantity unit, such as net sellable kilograms, and one time unit. Convert carton sales using the confirmed net product contents. Mixing kilograms per month with a lead time measured in days produces a misleading result unless the units are converted consistently.

Calculate average demand from a stated observation window: total demand in that window divided by the number of corresponding periods. Record returns, exceptional promotions and stockout periods separately. Sales during a stockout can understate the demand you were unable to serve; do not assume the recorded sales rate tells the whole story.

Compare that average with recent repeat orders and known upcoming requirements. Record demand variability and customer concentration, not just the mean. For a new SKU with little history, use explicitly labelled demand scenarios and review them as actual consumption emerges rather than presenting a guessed average as established performance.

Define lead time L from the replenishment decision to stock released for sale. Include your own purchasing and approval time, the confirmed production and packaging sequence, booking, transit, destination clearance, inland delivery and receiving review. A factory goods-ready estimate covers only part of that interval.

Use the production-and-packaging timeline guide to map dependencies and avoid adding overlapping tasks twice. Ask the supplier and appointed logistics parties for current order-specific inputs. The planning model does not establish a fixed production duration, sailing schedule or clearance time for Unimax or any destination.

Include quality-hold time where goods remain unavailable while the buyer checks the received batch. Count the release date rather than assuming stock becomes sellable on vessel arrival or warehouse receipt. Record ordinary lead-time observations alongside unusually late receipts so the selected planning basis is clear.

If a revised pack, artwork approval or supplier constraint changes readiness, update L before reusing the old reorder point. A repeat order can have different dependencies from the previous one. Keep the source, date and owner of each schedule assumption in the inventory record.

For a basic continuous-review model with a stable average demand rate, reorder point ROP = D × L + SS. D is average demand per period, L is replenishment time in the same periods and SS is the selected safety stock in product units. Enter D ___; L ___; SS ___; calculated ROP ___; input revision/date ___.

For seasonal or otherwise changing demand, replace D × L with forecast demand summed over the actual replenishment interval. The resulting threshold depends on the decision date. A flat historical average can trigger too late before a known peak or too early after demand has fallen.

Define inventory position consistently as usable on-hand stock + confirmed outstanding replenishments − unfulfilled customer commitments. Under this convention, usable on-hand excludes rejected and quality-held stock but includes sellable units physically present before subtracting commitments. If your system already removes allocations from available stock, do not subtract them a second time.

When the defined inventory position reaches or falls below ROP, review replenishment promptly. Reconcile outstanding orders so the same shortage does not generate duplicate purchase orders. Then check the proposed quantity against supported commercial scope; crossing a threshold is an action signal, not automatic authorization to buy a container.

Safety stock should address a documented uncertainty in demand, replenishment timing or both. Record the service objective and the trade-off between shortage exposure and extra stock. There is no universal buffer suitable for every importer, pack configuration or customer base.

With limited data, compare explicitly labelled demand and lead-time scenarios. A planning allowance can be expressed as max(0, selected scenario demand during replenishment − baseline expected demand during replenishment). The scenario must be justified and reviewed; this simple allowance is not a statistical service-level guarantee.

Avoid covering the same uncertainty twice. If the selected lead-time scenario already includes a particular delay, explain what additional risk the safety-stock quantity covers. Keep cycle stock, confirmed customer commitments and safety stock identifiable so the worksheet does not quietly count the same requirement several times.

Test the resulting stock exposure against usable warehouse capacity, supported storage guidance and the cash schedule. If the chosen buffer cannot be held or funded, record the conflict and review feasible alternatives. Reducing the buffer without acknowledging the increased shortage exposure does not resolve the underlying problem.

Inventory position may include an outstanding order whose release date is too late for the next customer requirements. Build a time-phased balance alongside the reorder threshold: closing usable stock = opening usable stock + receipts released in the period − demand due in the period. Carry each closing balance forward.

Use either total sellable stock with all matching demand or unallocated stock with only incremental unallocated demand in that timing schedule. State the convention. A negative projected balance flags an uncovered period even when the aggregate inventory position appears comfortable.

Before releasing a new order, confirm current supplier quantity conditions, packaging increments, material readiness and supported loading scope. ROP and order quantity solve different problems. Use the order-quantity guide to assess demand coverage, peak inventory, low-case sell-through and payment exposure before rounding a proposal.

For a projected gap, contact the supplier early to discuss what is feasible. Do not assume expedited production, split shipment, mixed-SKU loading or a substitute product is available. Any supported alternative still needs its own quality, packaging, timing and commercial review before the plan changes.

Assign an inventory owner and maintain stock and order records as transactions occur. For established imported SKUs, a practical starting routine is a weekly replenishment review, with more frequent checks when stock is close to the threshold or an inbound date changes. This is a suggested operating routine, not a universal requirement.

Review D, L and SS formally each month as a starting policy, and sooner for material changes. Record forecast error, actual decision-to-release intervals, shortages, quality holds and excess inventory. Use the evidence to change the inputs rather than repeatedly overriding the result without explanation.

If stock is checked only every R periods, a continuous-review threshold alone can miss demand between checks. A periodic-review approach instead sets a target position S = forecast demand during L + R + selected safety stock. At review, proposed replenishment = max(0, S − inventory position), followed by timing and feasibility checks. Do not mix this target with the continuous-review trigger.

Before peak season, reassess demand by period and reconfirm supplier and route constraints. Trigger an immediate review for a major customer win or loss, new pack, delayed shipment, rejected batch or unusual quality hold. Share the destination, monthly demand, target timing and commercial scope with Unimax so the next quotation starts from the current inventory plan.