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Infor LX Tips, Infor LN Tips, BPCS Tips, Baan Tips, Infor M3 Tips & Infor ERP News

Crossroads Connections

Infor ERP Tips & News from the Experts

Infor LX | Infor LN | BPCS | Baan | Infor M3

Crossroads RMC is proud to partner with an American manufacturer of diagnostic healthcare

Integrated freight management solution for Infor LN 10.5.2 Cloud implementation

Kathy Barthelt 0 40342 Article rating: 5.0

An American manufacturer of diagnostic healthcare has selected the RMCship solution from Crossroads RMC to streamline their shipping process on Infor LN 10.5.2 in the cloud. They went live with one site running RMCship in June of 2019 and 3 more sites to follow by end of year. They will use RMCship to increase accuracy by eliminating manual steps and streamlining their operations.

Hunter Douglas Architectural Products Selects Crossroads RMC for LN 10.6 Upgrade Project

LN Upgrade 10.6

Kathy Barthelt 0 34337 Article rating: 5.0

Hunter Douglas, the world leader in window coverings and a major manufacturer of architectural products, has selected Crossroads RMC for their LN 10.2.1 to 10.6 upgrade project. Hunter Douglas has been an LN user for years, but due to a requirement from their parent organization to modernize their hardware/infrastructure, it was decided to update their ERP version as well. Phase 1 of the project will consist of a base technology upgrade with a Phase 2 planned for 2020. Phase 1 Go-Live is slated for January 1, 2020.

To learn more about our Infor LN & Baan Consulting, contact us at: 800.762.2077, email Kathy Barthelt, or visit our Services webpage.

Infor LN & Baan Tip of the Week: The Production Bill of Material – 10.7

Kathy Barthelt 0 173250 Article rating: 5.0

The production bill of material is globally specified at the company level. It can be used as a source for the definition of the local material lists, such as:

  • The production model in the repetitive module.
  • The production model in the job shop module.
  • The subcontracting model in the subcontracting module.

The production bill of material can be generated through the engineering bill of material. The new production bill of material differs from the old bill of material:

  • It has a header and a status.
  • It is always revision controlled.
  • The effective dates have been moved from the material lines to the header.
  • The BOM quantity has been moved from item production data to the header.
  • The use up has been moved from alternatives to the material line.
  • The material line excludes logistic data (no warehouse nor routing operation).

The production bill of material is not mandatory.

Production bill of material revisions:
The production bill of material is revision controlled. The objective of the revision is to control the changes to the bill of material over time.

The P-bom includes this revision-related data:

  • Revision number
  • Effective date and Expiry date
  • Status (New, Approved, Expired)
  • Creation date and Created by: user
  • Approval date and Approved by: user
  • Expiry date and Expired by: user
  • Source information

On Time Orders: OTTO - The Right Tools!

George Moroses 0 35354 Article rating: 5.0

Your business doesn’t run without the right people and processes in place, but in order for people to manage the right things at the right time, they need tools... the RIGHT tools

OTTO helps manufacturing plants consistently meet customer commitments, allowing supervisors and managers to spend more time analyzing, making decisions, communicating, and coordinating. We can prove that OTTO is the right tool for the job.

Give it a test drive for 30 days at no charge and see immediate results.

Contact George Moroses today to learn more.

Infor LX & BPCS Tip of the Week: Control Number, POCNO, added to CEA502B1

George Moroses 0 59662 Article rating: 5.0

This enhancement makes the control number field in the purchase order file available for macros. Previously, the POCNO field (control number) in the purchase order was not available for macros. This enhancement allows the user to create macros that use this field. This enhancement provides the user with the ability to keep track of control numbers in their journal entries.

The programs impacted include:

  • CEA502B1, ACP Engine Resolution Program
  • CGL091B, ERPLX ACP File I/O Program
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Tips:  LX | BPCS | M3

Tips: LN | Baan

Kathy Barthelt

Infor LN & Baan Tips & Tricks for OPERATIONS: What is Statistical Inventory Control (SIC) and How Does It Work?

Statistical Inventory Control (SIC) is an inventory-controlled order system designed to maintain stock levels based on predefined thresholds, rather than being demand-driven like EP (Enterprise Planning). Since SIC relies on inventory levels, it may lead to higher stock levels. To minimize financial risks, SIC is best suited for:

  • Low-cost items.
  • Items with predictable demand or short lead times.


Applications of SIC

  • Low-Cost Items: Particularly effective for inexpensive goods.
  • Predictable Demand or Short Lead Time: Suitable when demand patterns are stable or lead times are minimal.
  • Warehouse-Specific Planning: Useful for planning by warehouse rather than across the supply chain.
  • Trading Industries: Commonly employed in sectors like supermarkets.
  • Immediate Demands: Effective for items required immediately by customers.
  • Ease of Use: Simple to implement and manage.


Limitations of SIC

  • Does not account for dependent demand from planned orders (e.g., MPS/MRP/INV).
  • Does not generate distribution orders.
  • Ignores time-phased planned orders.
  • Lacks forecast consumption techniques.
  • Uses both nettable and non-nettable warehouses.

How SIC Works

SIC operates based on the Reorder Point, Stock Levels, and Order Method.

Triggering SIC

When Economic Stocks (calculated as On-Hand Inventory + On-Order – Allocated Stocks) on the Horizon Date fall below the Reorder Point, SIC triggers the creation of:

  • Planned Purchase Advice.
  • Planned Production Advice.


Order Methods in SIC

The quantity for these advices is determined by the Order Method, which can be one of the following:

  • Replenish to Maximum Stock
  • Fixed Order Quantity
  • Economic Order Quantity (EOQ)
  • Lot-for-Lot

Example: SIC in a Supermarket

Scenario: Managing stock for Ice Cream (1 Kg Pack)

  • Current Stock: 10 PCs
  • Reorder Point: 5 PCs
  • Safety Stock: 2 PCs
  • Lead Time: 1 Day
  • Order Method: Replenish to Maximum (Maximum Stock: 20 PCs)
  • Maximum Anticipated Consumption: 3 PCs/Day

Process:

  1. Customer purchases reduce the stock.
  2. When stock reaches 5 PCs, SIC is triggered.
  3. A Purchase Advice is generated for 15 PCs to replenish stock to the maximum level (20 PCs).
  4. During the lead time (1 day), the remaining 3 PCs (excluding Safety Stock) meet customer demands.
  5. In emergencies, Safety Stock can also be utilized.

Statistical Inventory Control offers a practical approach for managing inventory levels, particularly in industries with predictable demand or fast-moving items. However, its limitations make it less ideal for complex or time-phased planning scenarios.

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