Specialist injection molding automation solutions
Published

Injection Molding: Production Monitoring System Built for Simplicity, Affordability

Smart Attend reportedly installs in 2-4 hr and boosts productivity by 10-20% within two weeks.

Share

Production monitoring systems are increasingly popular in molding and extrusion plants. And for good reason: If evidence from metalworking machine shops is any indicator of conditions in plastics processing, then more than 80% of current manufacturing data is often lost or under-utilized, and this can cost manufacturers thousands of dollars a month per machine due to inefficiencies not perceived or not promptly diagnosed for lack of data. And manual production-data reporting systems are time-consuming and prone to errors.

One experienced injection molder wanted an automated system, but considered the available options too costly and too complex, requiring weeks of personnel training and expensive installation. So he built a team of experienced manufacturing professionals and created his own. Called Smart Attend, the system was in development for two years and was launched commercially last June by a company of the same name, based in Aurora, Ont.

Smart Attend collects data (such as 24V I/O signals) produced by injection machines, extruders, or other machinery and connects to the plant’s WiFi network to send data to PCs via web browser login or to mobile devices via the Smart Attend app for iOS or Android. Data is collected by a small, WiFi-enabled box called a Smart Device, which sends encrypted data to a secure “cloud” server. A backup 2 GB memory card ensures that data is never lost and can be collected in the event of a network disconnect. Also included is a special “tower light” with 150 LEDs capable of flashing a wide variety of colors to signal the state of the machine and production.

Initial registration and setup of the system can be done on a PC through a micro USB cable. Further Smart Attend settings can be configured directly over the network via the app. Utilizing “plug-and-play” functionality, initial configuration can be completed in as little as 20 min without requiring IT or specially trained personnel. Overall installation time averages 2-4 hr, says Max Preston, Smart Attend dir. of sales and marketing. He says the Smart Attend system can work with any brand and any age of machine—“It helps bring old machines up to the modern age.”

Preston adds that “Big data does not equal smart data. A production-monitoring system does not need to provide a lot of data, but just crucially important data, usable data, actionable data.” One factor is immediate availability. “With Smart Attend, data goes instantly from machines to managers.”

Smart Attend provides information in three ways:

1. Visually, through the tower light, which responds to machine alarms in custom-configurable ways, with several flash, strobe, and solid-color settings. Alarms can be customized in almost any color. The light provides 360° visibility.

2. Audibly, through a powerful speaker housed at the top of the tower light, which accepts custom sound files to represent specific alarms.

3. Digitally, through the native mobile-device app and web portal. That portal not only allows remote access to all machine-based production data, but also allows export of the data to ERP or MRP systems. The Smart Attend user “dashboard” provides a quick overview of plantwide production data and the ability to home in on any individual machine. The dashboard provides data on cycle times, current machine status, part counts, alarm description and Pareto analysis, hourly incident reporting, job scheduling and tracking, and machine OEE (Overall Equipment Effectiveness, which is a single percentage number that combines ratings of machine availability, productivity performance, and good/bad part production).

Custom reports are also available for production from the last minute up to the last three years. Such reports can include alarm response times, uptime/downtime tracking, actual vs. expected productivity, and real-time benchmarking from shift to shift, week to week, or month to month.

According to Preston, beta users of Smart Attend have experienced a productivity boost of 10% to 15% or even 20% in the first two weeks of using the system:

• One customer with 26 injection machines experienced 46% average productivity improvement over the first 12 months with the system.

• An injection molder of auto parts with a global customer base, reported saving $10,000 in the first week by not having to expedite customer shipments through better production data.

• A moldmaking firm used production data to help diagnose and solve job setup and lag time problems, resulting in 12% greater uptime and quicker job completion.

• A CNC machining customer uses the sytsem to monitor machines in different buildings, resulting in 35% greater productivity and uptime on specific machines.

extrusion lines for encapsulant film for solar
Windmoeller
Make Every Pellet Count
Vacuum Tech for Plastics Manufacturers
Blending Revolution
Registration is on Us
New Tinius Olsen VectorExtensometer testing
We Love Powders NPE
Orbetron new for 2024 micro twin screw feeder
pipe and profile extrusion chemical foaming agents
Processing additives for Plastics recycling stream
Cranes, Conveyors, Racks, Loaders, Accessories

Related Content

best practices

Are Your Sprue or Parts Sticking? Here Are Some Solutions

When a sprue or part sticks, the result of trying to unstick it is often more scratches or undercuts, making the problem worse and the fix more costly. Here’s how to set up a proper procedure for this sticky wicket.

Read More

What to Do About Weak Weld Lines

Weld or knit lines are perhaps the most common and difficult injection molding defect to eliminate.

Read More

How to Set Barrel Zone Temps in Injection Molding

Start by picking a target melt temperature, and double-check data sheets for the resin supplier’s recommendations. Now for the rest...

Read More
best practices

Know Your Options in Injection Machine Nozzles

Improvements in nozzle design in recent years overcome some of the limitations of previous filter, mixing, and shut-off nozzles.

Read More

Read Next

Extrusion

Understanding Melting in Single-Screw Extruders

You can better visualize the melting process by “flipping” the observation point so that the barrel appears to be turning clockwise around a stationary screw.

Read More
Recycling

Advanced Recycling: Beyond Pyrolysis

Consumer-product brand owners increasingly see advanced chemical recycling as a necessary complement to mechanical recycling if they are to meet ambitious goals for a circular economy in the next decade. Dozens of technology providers are developing new technologies to overcome the limitations of existing pyrolysis methods and to commercialize various alternative approaches to chemical recycling of plastics.

Read More
Orbetron LLC new product of 2024, micro twin screw