Automated Access to the Right Cutting Tools
An essential part of any automated moldmaking operation is being able to access the right cutting and maintenance tools.
An essential part of any automated moldmaking operation is being able to access the right cutting and maintenance tools. However, there’s a complicating factor: in manufacturing, few indirect materials have as much cost associated with them as cutting tools.
How can management provide needed access and maintain control at the same time? Traditionally these needs have been at odds with one another and provisioning technicians has primarily occurred in two ways: the locked cage or the open door.
1. The Cage: Materials are kept in a tool crib where they are handed out by a crib attendant and transactions are manually recorded. Issues with this include closed access for 2nd and 3rd shifts depending on staffing, increased hoarding of materials, and worst-case scenario: work stoppage due to lack of materials and inaccurate accounting for materials use.
2. The Open Door Policy: The alternative is leaving the cutting tools in an open environment where employees have access carte blanche to all materials, including ones they may not need. The inefficiency of this option is obvious to any manager who has dealt with stock-outs or increased costs when materials are unaccounted for.
Clearly, with these options there is a huge expense that is either lying unguarded on the manufacturing floor for anyone to take or locked in a tool crib with limited access. There is also another important inefficiency intrinsic in either option: both require employees to leave their work areas to locate the materials. There is a better way.
Putting the Right Materials Next to the Technician
Point-of-use solutions put required materials exactly where they are needed at the work cell, while ensuring that the right materials are used and providing full accountability for each transaction. Employees no longer have to wander the manufacturing floor wasting valuable time retrieving materials, or even worse, incurring machine downtime with loss of production.
Point-of-use solutions are ideal for dispensing expensive cutting tools and safety materials. With a simple swipe of badge and item selection, the operator has the materials needed in a transaction that takes seconds over one that could have taken 20 minutes just in travel time to a central store. Employee productivity increases and the chance of a critical work stoppage is significantly reduced.
Additionally, regular maintenance of moldmaking machinery is required. When servicing is needed, the point-of-use devices can be used to check-in and check-out the required maintenance tools. If a tool is already checked-out to another attendant the device screen indicates who has it, so it can be located quickly. Time limits can be used. If a tool is not returned in the allotted timeframe an e-mail is automatically generated and sent to supervisors who can then track down missing tooling.
Tool repair and replacement costs drop and total tool loss become nonexistent. Also maintenance repair costs may be tracked by machine number, department or cost center to provide visibility to the on-going service history of machinery located throughout the plant.
Putting Materials Intelligence to Work
Production efficiencies and cost savings gained from point-of-use devices are two important benefits of the solution. But there’s greater benefit to be gained, especially in operations where LEAN and Six Sigma initiatives are a priority. The full point-of-use solution includes robust capabilities that allow management in these operations to: integrate with existing ERP systems (often as standard offering); enable purchase standardization compliance across plants from core suppliers; provide enterprise-wide data visibility for all business units with local databases; deliver significant cost savings ranging from 20 to 50 percent; eliminate or reduce excess inventory and waste; and, provide accountability and costing at the point of use for tooling usage for individual tools and complete tool setups.
Contributor:
David J. Simbari serves as President and Chief Executive Officer of SupplyPro. David brings 20+ years of sales-oriented leadership positions in the industry, which combined with his broad-based knowledge of supply chain management, makes him an ideal person to lead SupplyPro. David is the former chairman and chief executive officer of OPTUM Inc., a White Plains, New York-based provider of supply chain and warehouse management software. He held that position for seven years, until OPTUM was acquired by Click Commerce Inc. in 2005. Prior to OPTUM, David spent five years with Industri-Maternatik ("IMI"), a Swedish provider of complex order management systems for consumer package goods companies, first as president of North American operations and later as senior vice president for worldwide sales and marketing. Before IMI, he served as vice president of North American sales for Ross Systems, a leading provider of application software products for the finance, human resources, process manufacturing and logistics markets.
For More Information:
SupplyPro
(513) 671-4933, ext. 107
www.supplypro.com or call
Related Content
The Ins and Outs of Hot Runner Temperature Control
A training checklist that explains the why and how of proper hot runner temperature control and system management.
Read MoreMachining Center Spindles: What You Need to Know
Why and how to research spindle technology before purchasing a machining center.
Read MoreFundamentals of Designing the Optimal Cooling System
The right mold components can help improve mold cooling and thereby produce higher-quality parts.
Read More6 Ways to Optimize High-Feed Milling
High-feed milling can significantly outweigh potential reliability challenges. Consider these six strategies in order to make high-feed milling successful for your business.
Read MoreRead Next
Reasons to Use Fiber Lasers for Mold Cleaning
Fiber lasers offer a simplicity, speed, control and portability, minimizing mold cleaning risks.
Read MoreAre You a Moldmaker Considering 3D Printing? Consider the 3D Printing Workshop at NPE2024
Presentations will cover 3D printing for mold tooling, material innovation, product development, bridge production and full-scale, high-volume additive manufacturing.
Read MoreHow to Use Continuing Education to Remain Competitive in Moldmaking
Continued training helps moldmakers make tooling decisions and properly use the latest cutting tool to efficiently machine high-quality molds.
Read More