The Best Mixed Mode Manufacturing ERP Software
We evaluated mixed-mode ERP systems for manufacturers that run more than one production method, from make-to-stock and engineer-to-order to batch work. Our picks are sorted by the kind of mix each one handles best.
- Open architecture for rapid integrations
- Multi-entity support
- Mobile accessibility
- Built-in payroll capabilities
- Controls inventory of raw materials, finished goods, and assemblies
- Fully configurable dashboard
- Built for manufacturers
- Collects real-time shop floor data
- Built-in artificial intelligence support
Mixed-mode manufacturing ERP software supports more than one production method in the same plant, from make-to-stock and make-to-order to engineer-to-order and batch work. After researching and comparing the leading systems through our own independent review process, here are our top picks, sorted by the kind of mix each one handles best.
- Acumatica: Best for MTO & MTS Manufacturers
- ECI M1: Best for Job Shops
- Epicor Kinetic: Best for Engineer-to-Order Manufacturers
- Infor CloudSuite Industrial: Best Product Configurator
- SYSPRO: Best for Batch and Discrete Manufacturers
- xTuple: Best BOM Functionality
Acumatica - Best for MTO & MTS Manufacturers
Acumatica’s Manufacturing Edition connects estimating directly to production, which matters when you build a standard line to stock and your best customers keep asking for custom versions. Once an estimate is approved, Acumatica can turn it into a sales quote, sales order, and production order.
An estimate for a brand-new item can also create its own bill of materials (BOM) and routing, so custom work doesn’t end up living in spreadsheets while the stock side runs normally.
On the make-to-stock side, the material requirements planning (MRP) module generates time-phased supply recommendations from your stock levels and demand. The optional Advanced Planning and Scheduling (APS) module lets you set each work center to finite or infinite capacity.
Acumatica doesn’t charge per user. Based on our pricing data, subscriptions typically start around $1,800 to $2,900/month, and implementation typically runs $50,000 to $150,000. The catch is that pricing follows usage tiers: if your transaction volume outgrows your tier, you move up at renewal. Estimating, the product configurator, and APS are also optional modules, so price only the ones you’ll use.
Read our full Acumatica review to see if it’s the right system for your business.
ECI M1 - Best for Job Shops
ECI M1 builds quotes from historical job and part data and converts them into jobs with no re-entry. That suits a custom job shop where most work is one-off, but the same parts keep getting reordered. As each job runs, M1 tracks material, labor, subcontract, and overhead costs against it.
Those job costs come straight from the shop floor. M1’s data collection records labor time, machine costs, and material issues against each job as work happens.
Finite capacity planning sets each job’s start and end dates based on what your machines can actually handle, and subcontract tracking keeps outside processes like plating or heat treating from holding up delivery.
M1 supports both make-to-stock and make-to-order, includes a rules-based product configurator, and uses visual job boards for capacity planning. ECI doesn’t publish pricing and requires a custom quote. However, M1 typically starts at around $3,000/month, and implementation costs vary with scope. For smaller machine shops, it also offers JobBOSS².
Read our full review of ECI M1.
Epicor Kinetic - Best for Engineer-to-Order Manufacturers
Epicor Kinetic handles engineer-to-order (ETO) work through its quote-to-job flow. Engineers define materials and routing right in the quote. When the quote converts to a sales order, the production job carries that detail forward instead of being rebuilt from scratch.
When the design does change, Epicor’s Engineering Workbench handles revision control, check-out, and engineering change orders for BOMs and routings. Kinetic also integrates with CAD and product lifecycle management (PLM) tools. For configured products, it includes a built-in product configurator, and Epicor sells a more advanced CPQ tool separately. Epicor’s Prism AI agents can answer plain-English questions about your data and automate supplier quote requests.
Epicor doesn’t publish pricing. Expect to spend at least $2,100 to get started. For subscription cloud-based deployments, costs can range from $4,000 to $20,000 per month. On-premises perpetual licensing can fall between $150,000 and $1,000,000.
If you want to run it on your own servers, note that Epicor plans its last on-premises release for early 2028, with active support through 2029. Kinetic is also aimed at mid-sized manufacturers, so very small shops may find it’s more system than they need.
Read our full Epicor Kinetic review.
Infor CloudSuite Industrial - Best Product Configurator
Infor CloudSuite Industrial fits configure-to-order (CTO) and assemble-to-order manufacturers. Here the design work is already done, and customers pick from options you’ve already engineered, like a trailer ordered by length, axles, and doors, or a pump ordered by size, motor, and seal type.
Configuration runs through Infor CPQ, which integrates with SyteLine so the options a customer selects turn into order lines and jobs. SyteLine then runs available-to-promise and capable-to-promise checks against inventory and capacity before you commit to a date. That way, sales quotes delivery dates the shop floor can actually hit. Additionally, its advanced planning and scheduling are among its strongest areas.
Most manufacturers spend $40,000 to $250,000/year on CloudSuite Industrial, usually on three-year terms, plus a six-figure implementation. Infor sells CPQ as a separate module, so include it in your budget. Expect a steep learning curve, and know that results depend heavily on your implementation partner.
Read our full Infor CloudSuite Industrial review.
SYSPRO - Best for Batch and Discrete Manufacturers
SYSPRO runs discrete, repetitive, and batch production in one system, which fits manufacturers where part of the work runs in batches, like mixing, blending, or coating, and the rest gets assembled or packaged as individual units. On the batch side, SYSPRO supports formulas with version control, co-products and by-products, potency tracking, and lot traceability, without forcing you into a separate process manufacturing system.
Its Manufacturing Operations Management (MOM) module includes finite-capacity scheduling that accounts for people, machines, tooling, and materials. That’s useful when a batch step, like a coating line, becomes the bottleneck for everything downstream.
Smaller cloud deployments typically start around $1,500 to $2,500/month. Implementation often runs $75,000 to $200,000 and takes about three to six months.
Read our full SYSPRO review.
xTuple - Best BOM Functionality
xTuple supports multi-level bills of materials (BOMs) with revision control, which suits smaller, inventory-heavy manufacturers building complex, multi-part assemblies, like furniture. For repeatable designs, xTuple auto-populates your BOM and routing steps when you create the work order. For custom projects, you can manually input details to track unique configurations more accurately.
You can also define tooling items within BOMs. Track specialized equipment, like molds or machine parts, without counting them as regular inventory. In a mixed-mode setup, not every item needs to be picked at the same time; xTuple lets you organize your pick lists and exclude components that aren’t needed until later, like packaging materials.
For light batch work, xTuple’s breeder BOMs handle co-products and by-products. It isn’t a full formula management system, though, and it doesn’t include a rules-based product configurator.
Pricing isn’t published, though costs typically fall around $175/user/month, varying with:
- Hosting option (cloud or on-premise)
- Support package
- Number of named or concurrent users
Learn more about pricing and key features in our review of xTuple.
Systems We Also Recommend
Microsoft Dynamics 365 Business Central: A strong fit for make-to-stock shops already running Microsoft 365. Manufacturing features require the Premium license, and implementation is usually lower-cost than mid-market alternatives. It schedules at infinite capacity by default, so many shops add a scheduling app. Engineer-to-order or rules-based configuration needs third-party add-ons.
Cetec ERP: A cloud ERP for smaller job shops that want transparent pricing. It handles job quoting, barcode labor tracking, reorder points, and lot and serial tracking, but it doesn’t include a rules-based product configurator.
What Is Mixed Mode ERP?
Mixed mode ERP is enterprise resource planning software that runs more than one production method in the same plant. The term is used in two ways.
- Most often, it means combining order strategies, like building standard products to stock while taking custom, configured, or engineered-to-order jobs on the same shop floor.
- It can also mean combining discrete and batch production, where part of the work runs in batches, like mixing or coating, and the rest gets assembled or packaged as individual units.
Either way, a mixed-mode manufacturing ERP has to plan, schedule, and cost each type of work correctly without forcing one mode into workarounds. It includes the core features of general ERP software, such as accounting and inventory, plus manufacturing tools designed to run multiple production strategies simultaneously.
Key Features
- Cross-mode scheduling: Plans standard and custom jobs on the same machines, ideally with finite capacity so a large custom order doesn’t overbook equipment your stock lines need
- Configurable BOMs and routings: Supports fixed BOMs for make-to-stock items and per-job BOMs and routings for custom and engineer-to-order work
- Estimating and quoting to job: Converts an approved quote or estimate into a sales order and production job without re-entering data
- Product configurator: Uses rules to turn a customer’s selected options into a valid BOM, routing, and price for configure-to-order products
- Job costing: Tracks material, labor, subcontract, and overhead against each job so you can compare margins across custom and standard work
- Material requirements planning (MRP): Recommends what to make or buy based on stock levels, open orders, and forecasts
- Available-to-promise and capable-to-promise: Checks inventory and capacity before you commit to a delivery date
- Formula and batch management: Stores formulas and recipes, handles co-products and by-products, and scales batches for process steps
- Lot and serial traceability: Follows materials from receipt through production and shipment across both discrete and batch work
- Engineering change control: Manages BOM and routing revisions so engineering changes reach the shop floor without confusion
Benefits
Plan Standard and Custom Work Together
When make-to-stock and make-to-order jobs share the same machines, a single large custom order can push standard production behind schedule. Mixed-mode ERP software with finite-capacity scheduling shows conflicts before they happen, so you can sequence work rather than finding out when a stock item runs out.
See Which Work Actually Makes Money
Custom and standard work cost differently. Mixed-mode systems track job costs by type of work, showing whether your custom orders are profitable after setup, engineering time, and rework, and which repeat parts are worth building to stock.
Quote Delivery Dates You Can Hit
Available-to-promise and capable-to-promise checks let sales confirm a date against real inventory and shop capacity. That cuts down on promising dates based on experience and then expediting to meet them.
Keep Traceability Across Every Production Type
Lot and serial tracking that spans both discrete and batch steps makes recalls, audits, and quality investigations faster. Formula management keeps batch production consistent, so ingredient ratios and process steps don’t depend on memory.
Pricing Guide
Mixed mode ERP pricing varies widely, and most vendors don’t publish rates. Quotes for the same system can differ significantly depending on modules, users, and implementation scope, so compare total cost, not just the subscription.
- Low-Cost ($10,000 to $40,000/year): Small manufacturers with roughly 1 to 25 employees. Examples: Cetec ERP and xTuple.
- Mid-Range ($40,000 to $150,000/year): Manufacturers with roughly 25 to 150 employees. Examples: Acumatica, ECI M1, Epicor Kinetic, Infor SyteLine, SYSPRO, and Business Central.
- High-End ($100,000 to $250,000/year): Manufacturers with roughly 150 to 500 employees and complex engineer-to-order or configure-to-order needs. Examples: Epicor Kinetic, Infor SyteLine, ECI M1, and SYSPRO.
- Enterprise ($250,000+/year): Organizations with 500+ employees, often across multiple plants or countries. Examples: SAP S/4HANA, Oracle ERP Cloud, Microsoft Dynamics 365 Finance & Supply Chain Management, IFS Cloud, and QAD.
Implementation is a separate up-front cost and often larger than the first year of subscription fees. It typically ranges from about $45,000 for a smaller Business Central rollout to $400,000 or more for a mid-sized Epicor or SyteLine project. Training, integrations, and add-ons such as scheduling or CPQ tools contribute to the total.
Market Trends
- Mixed mode is the fastest-growing segment of manufacturing ERP. Mordor Intelligence projects the manufacturing ERP market to grow from $6.36 billion in 2026 to $10.17 billion by 2031, with mixed-mode deployments growing at about 11.5% per year.
- Cloud is now the default. Cloud deployments made up about 55% of manufacturing ERP spending in 2025, according to Mordor Intelligence, and vendors are winding down on-premise options. Epicor, for example, plans its final on-premise Kinetic release for early 2028.
- AI assistants are arriving, mostly for lookups and paperwork. Acumatica, Epicor, and Microsoft have added AI agents that answer plain-English questions, draft quotes, or match invoices. Few of these features touch scheduling or costing yet, so evaluate them as conveniences, not core capabilities.
