Production Planning: How to Build a Production Plan (With Steps and Example)

A good production plan keeps your shop floor calm. Without one, you get rush orders, idle machines, and that one pallet of materials nobody can find. Get production planning right, and you'll make products on time, within budget, and to the quality your customers expect.

In this blog we'll cover what a production plan is, how it differs from scheduling, and how to build one in seven steps. We'll also share a simple example, the main types of production planning, best practices, and the challenges you'll want to get ahead of.

Key Takeaways

• A production plan sets out what you'll make, how much, when, and with which materials, people, and machines.
• Production planning sets the overall direction. Production scheduling handles the timing and sequence of work on the floor.
• You can build a production plan in seven steps, starting with a demand forecast and ending with ongoing monitoring.
• Your plan is only as reliable as your inventory and bill of materials data.
• Common types of production planning include make-to-order, make-to-stock, batch, job, and flow.

What Is a Production Plan?

A production plan is a document that sets out what you'll make, how much, when, and with which materials, people, and machines. It turns your demand forecast into a practical manufacturing plan. Done well, it helps you hit delivery dates, control costs, and avoid both stockouts and overstock.

Production planning is the process behind that document. It's how you decide what to manufacture, in what quantity, and by when. It includes forecasting demand and working out how labor, materials, and machinery will be used to reach your production goals.

The goal? Make your production processes as efficient as possible. Planning never really stops, so your production plan will change as orders, stock, and capacity change.

Why Production Planning Matters

Effective production planning pays off in plenty of ways. Here are the big ones.

• Better efficiency: Planning optimizes how you use resources and streamlines operations. You get more output with less waste.
• Lower costs: You make the most of your production resources and keep runs efficient. Less waste means less money down the drain.
• Leaner inventory: Planning supports better inventory management, which cuts holding costs and the risk of obsolete stock.
• Higher profitability: Better output and lower costs can lead to healthier profit margins.
• Happier customers: Products get made well and delivered on time, which keeps customers coming back.
• Lower risk: You spot bottlenecks and challenges early, so you can plan contingencies before disruptions hit.

Production Planning vs Production Scheduling

People often mix up production planning and production scheduling. They're related, but they do different jobs.

Production planning sets the overall direction of production. Production scheduling is more detailed and tactical. It covers the timing and sequence of operations on the production floor.

Scheduling decides when and where each task happens, assigns the resources, and manages workflow to meet the plan's deadlines. In a nutshell, planning builds the framework and scheduling puts it to work on the ground.

Essential Components of Production Planning

Demand Forecasting

Demand forecasting is the process of analyzing historical sales, market trends, and other factors to anticipate future demand.

Good forecasting lets you align production with real market needs, so you make the right quantity at the right time. That cuts the risk of overproduction, which drives up storage costs. It also cuts the risk of underproduction, which leads to stockouts and lost sales.

Cin7's AI-powered inventory forecasting uses your sales history to help you predict demand. That way, your production plan starts from real numbers instead of gut feel.

Capacity Planning

Capacity planning is the process of figuring out how much you can produce and whether that's enough to meet changing demand. It means checking your people, machinery, and facilities against production requirements. Then you work out how to optimize them to reach your goals.

The aim is to handle expected demand without overloading resources. Overload leads to bottlenecks, delays, or slipping quality. Tools like Cin7's Capacity Planner make this process simpler and more efficient.

Resource Allocation

Resource allocation is how you distribute labor, machinery, and other production resources across production activities. It's about using those resources to maximize output while keeping waste and costs down.

Done right, it means the right materials are on hand at the right time. Your team's time is used well, and your machines run at optimal capacity.

Inventory and Bill of Materials

Your production plan is only as reliable as your inventory data. If your system says you have plenty of a component and the shelf says otherwise, your plan falls apart fast. (Ask anyone who's stopped a line for one missing part.)

A bill of materials (BOM) lists every raw material, component, and quantity needed to make one finished product. With bill of materials tools in Cin7, you can see what each production run needs and check it against stock on hand.

How to Create a Production Plan in 7 Steps

Ready to build your own? Here's a step-by-step way to create a production plan you'll actually use. Work through it once, then repeat it each planning cycle.

Step 1: Forecast Demand

Start with what your customers are likely to buy. Look at historical sales, open orders, seasonality, and any upcoming promotions. Your forecast sets the target every other step works toward.

Step 2: Check Inventory and Bills of Materials

Compare your forecast against the finished goods you already have in stock. Then use your BOMs to work out the raw materials and components you'll need for the rest. This is the heart of material requirements planning (MRP), and it tells you what to buy and when.

Step 3: Measure Capacity

Work out how much your people, machines, and facilities can realistically produce in the planning period. Use capacity requirement planning to account for maintenance, holidays, and changeover time. If demand outstrips capacity, add shifts, outsource, or adjust the plan.

Step 4: Set the Production Schedule

Now turn the plan into dates. Decide which products run on which lines, in what order, and when each job starts and finishes. Sequence jobs to keep changeovers low and deadlines realistic.

Step 5: Allocate Resources and Budget

Assign labor, machines, and materials to each job, and set a budget for the run. Include costs like overtime, rush shipping on materials, and scrap. For more complex operations, manufacturing resource planning (MRP II) extends this thinking to finance and labor.

Step 6: Communicate the Plan

Share the plan with procurement, production, sales, and logistics. Everyone should know what's being made, when it'll be ready, and what they need to do. A shared system keeps everyone working from the same numbers instead of five different spreadsheets.

Step 7: Monitor, Report, and Adjust

Track actual output against the plan. Watch KPIs like production lead times, defect rates, and on-time delivery. When something slips, adjust the plan and feed what you learn into your next forecast.

A Simple Production Plan Example

Here's what a basic production plan might look like for a hypothetical candle maker planning one week of production. The numbers are illustrative, not real customer data.

Hypothetical example: one week of production for a small candle maker

Notice the logic. Quantity to produce is forecast demand minus stock on hand, and each run fits the line's daily capacity. Add a materials column from your BOM (wax, wicks, jars, tins) and you've got a working plan.

Types of Production Planning

Production planning comes in a few main flavors. The right one depends on your products, your demand, and how much customization your customers want.

Make-to-Order (MTO) vs Make-to-Stock (MTS)

With make-to-order (MTO), you manufacture products only after a customer places an order. It's a good fit when demand is unpredictable.

The big win with MTO is lower inventory holding costs, since you only make what's already sold. The downside? Production starts after the order, so lead times are longer, and that can test your customers' patience.

With make-to-stock (MTS), you manufacture goods based on predicted demand and store them until they sell. It works best for products with stable demand. When an order comes in, you fulfill it from existing stock, so lead times are shorter.

That said, MTS needs accurate demand forecasting to avoid overstocking.

Batch Production Planning

Batch production means making a set quantity of a product in a series of batches. It's common when you need multiple items of the same type, but not on a continuous basis. You'll often see it in pharmaceuticals, food and beverage, and consumer goods.

Job Production Planning

Job production planning means producing one product at a time, by a single worker or a team. It's mainly used when items are hard to produce in bulk, like custom furniture or construction.

Job production allows for high customization and quality. However, it can be resource-intensive because each job needs its own setup. Inventory management software with job production capabilities can ease the burden.

Flow Production Planning

Flow production planning means producing goods in a continuous process. It suits standardized products with steady demand, in industries like automotive, electronics, and chemicals. Flow production lets you make high volumes quickly and consistently, which can lead to big economies of scale.

Two close cousins are worth knowing. Mass production turns out large volumes of identical products, often on an assembly line. Process production runs continuously for goods like chemicals, fuels, and beverages that move through a fixed series of steps.

If your production runs through multiple stages, Cin7's advanced manufacturing features can help you manage them.

Best Practices for Production Planning

These best practices will help you get more out of your production planning.

Data-Driven Decision Making

Data-driven decision making means using accurate, real-time data to guide your production plan. That data can come from production output, machine performance, supply chain data, and customer demand patterns. That way, your decisions rest on facts instead of gut feel or stale spreadsheets.

Adaptability

Your production plan should flex to handle demand swings, supply chain disruptions, and internal hiccups like machine breakdowns. Build in flexibility and you can respond quickly, keep production moving, and cut waste.

Adaptability also means staying open to new production technologies and methods as they come along. That keeps your processes current and your business competitive in a fast-moving market.

Continuous Improvement

Production planning is never really "done." It's an ongoing process that gets better with continuous improvement.

Regularly track KPIs like production lead times, defect rates, and on-time delivery rates. They'll show you where to improve so you can make the right changes.

Common Challenges in Production Planning

Demand Forecasting Accuracy

One of the biggest challenges in production planning is forecasting demand accurately. Economic shifts and disruptions can throw off even a careful forecast, making it hard to match production to real needs.

Get it wrong and you'll overproduce or underproduce, and both hurt. Overproduction ties up cash in unsold inventory, raises storage costs, and increases the risk of obsolescence. Underproduction leads to stockouts, lost sales, and strained customer relationships.

To sharpen your forecasts, you can use AI-powered demand forecasting tools like ForesightAI. It uses historical sales data to predict future demand, so you can keep stock at the right levels.

Managing Production Bottlenecks

Bottlenecks happen when one stage of production slows down the whole operation. Most companies hit them from time to time, so it's smarter to plan for them than hope they skip you. Common causes include limited capacity, equipment failures, labor shortages, and clunky workflows.

Bottlenecks stretch lead times and push up production costs. The fix is continuous monitoring and real-time data. You'll catch issues early and resolve them before they derail your plan.

Coordination Across Departments

Good production planning needs procurement, production, sales, and logistics working in sync.

When communication breaks down, you get production delays, output that doesn't match sales demand, and delivery headaches. These issues ripple through the whole process, driving up costs and putting business at risk.

Set up clear communication channels and processes between teams. Integrated software, like an IMS, gives every department a single source of truth. Regular cross-team check-ins help too, so you can align quickly and fix issues before they grow.

Production Plan FAQs

What Are the 5 P's of Production Management?

The 5 P's are product, plant, process, programs, and people. Together, they cover what you make, where you make it, how it's made, the plans that guide it, and who does the work. If one P falls behind, the other four feel it. So it's worth checking all five whenever you build or update your production plan.

What Are the Four Stages of Production Planning and Control?

They're routing, scheduling, dispatching, and follow-up (also called expediting). Routing maps the path and order of operations each product takes. Scheduling sets when each operation happens, and dispatching releases the work orders to the floor. Follow-up tracks progress and clears delays so your plan stays on course.

What Is Production Control?

Production control is how you make sure the shop floor actually follows your plan. You compare actual output against planned output, then close any gaps by shifting resources, reordering jobs, or updating the plan. Think of planning as picking the route and control as keeping you on the road.

How Far Ahead Should a Production Plan Cover?

It depends on the decisions you're making. Long-term plans look a year or more ahead and cover big moves like new equipment or facilities. Medium-term plans usually span a few months and balance demand, capacity, and inventory. Short-term plans cover days or weeks and feed straight into your production schedule.

What Software Do You Need for Production Planning?

You'll want tools for demand forecasting, bills of materials, inventory tracking, and capacity and scheduling. Ideally, they live in one system, so every team works from the same numbers. Cin7 is an IMS that brings them together and connects to your accounting and e-commerce platforms. For a side-by-side look, check out our roundup of the best production planning software for manufacturers.

Put Your Production Plan to Work With Cin7

A production plan organizes your materials, labor, and machinery so you can meet customer demand and business goals. Get it right and you'll use resources well, cut costs and waste, and deliver on time.

Cin7 is an IMS built for product businesses, including those that make what they sell. Our production planning tools work alongside capacity planning, scheduling, bills of materials, and inventory management in one place. Fewer spreadsheets, more time to run your business.

Just ask GoNano. The company manufactures and distributes roof-life extension products across the US and Canada. It used to run operations on Excel, email, and Google Forms.

Then GoNano moved to Cin7 Core with AMA (Ask Me Anything AI) and the B2B Portal. It doubled its contractor network to over 400 accounts in about 18 months, without proportionally adding back-office staff. Read how GoNano doubled its contractor network with Cin7.

Still comparing options? Our guide to the best production planning software for manufacturers can help you weigh them up. You can also see how Cin7 supports growing manufacturers.

Want to see your production plan come to life? Get a demo and we'll show you how Cin7 fits your shop floor!