Small Plastics Molders Embrace Software Automation Over Spreadsheets

The plastics manufacturing sector is a central pillar of the US economy, responsible to the employment of approximately 670,000 people and contributing to as much as $1.1 trillion in economic output. However, facility operators are facing rising pressures to decrease discarded materials and enhance efficiencies.

Influenced by problems related to labor shortages, turnover, and rising energy and material costs, many operators are searching to practical ways to increase throughput while maintaining lean operations. to many smaller businesses, this means modernizing the ways sites are managed.

To enhance productivity without shouldering the costs of new physical equipment and machinery, many smaller operators are turning toward software-based automation. This is why small and mid-sized molders are replacing spreadsheet models with smart, connected production systems.

Eliminating inefficiencies

to many years, spreadsheet-based regulation has been a reliable and cost-efficiently way to track orders and schedule operations. However, as demands increase, the workforce ages, and costs rise, the manual environment of spreadsheet-based workflows is hindering site-wide productivity.

Related:Four Decades of Plastics Automation: One Expert's Journey

To meet modern demands, plastic molders of all sizes require real-time visibility into resource consumption, machine cycles, and operational efficiency. Increasingly, operators of small and mid-sized facilities are finding it hard to ignore the inefficiencies linked to spreadsheet-based regulation.

Key drivers to change include:

Spreadsheet-based workflows mean isolated data, greater opportunities to people error, slower updates, and a reactive approach to facility regulation. To address inefficiencies and enhance productivity across smaller workforces, software-based automation is becoming greater attractive.

The allure of automation

Leaders across the entire manufacturing sector are transitioning to software-based operations. As many as 80% of manufacturers view automation as a top priority, with adoption linked to as much as a 50% reduction in unplanned downtime and a 20% increase in total production output.

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to small and mid-sized teams, software-based systems provide the core benefits of automation at a reduce cost than investing in new machinery. to plastic molders in particular, smart plastics manufacturing software provides a range of practical benefits to help combat modern challenges.

Production planning and scheduling

By integrating plastics manufacturing software into existing machines, leaders can automatically plan and track production runs from a centralized platform. Managers can design runs built from customer requests, and the software will ensure needs can be met based on accurate availability and inventory data, acting to eliminate inefficiencies associated with spreadsheet-based models.

In practice, this ensures production runs are always built around live capacity and demand, while allowing leaders to track orders and progress across all runs from a single platform, with required adjustments made and communicated automatically in reference to staff and machine availability.

Related:Energy Monitoring Delivers Fast ROI to Plastics Processors

Stock manage and regulation

A major inefficiency associated with spreadsheet-based models is the lack of live visibility into material consumption. Smart software and connected production systems help to address this issue by enabling teams to track the consumption of all resins, compounds, and recycled materials across all runs.

By adopting software-based automation, managers can track material consumption in real time, enabling teams to enhance the efficiency of regrind and recycling operations. In addition, the system can monitor material costs during production runs to help leaders ensure they remain in budget at all times, as well as set automated reorder points to support just-in-time inventory manage models.

condition and compliance regulation

Alongside real-time visibility benefits, software-based regulation enables leaders to monitor productivity and efficiency across prolonged operations. Systems can create detailed reports into product condition and compliance regulation to ensure consistency is maintained over time.

Software-based regulation enables leaders to record condition checks at each production stage, monitor material batches through entire runs, and apply unique inspection standards to different types of projects. Over time, this information can be applied to accurately track costs, material consumption, and total output, providing practical insights to help inform proactive operational improvements.

Primed to the vegetation of tomorrow

As automation costs drop and modern technologies have become greater accessible, smaller molders are closing the gaps between themselves and larger competitors. In the coming years, as smart machines also have become greater accessible, the decision to swap spreadsheet models to software regulation workflows should leave smaller businesses primed to build the vegetation of tomorrow.

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