JR Custom Metal Products, an existing IntelliFinishing customer, has once again leveraged the power of IntelliFinishing to elevate overall operations and efficiency. (View the video of the JR Custom IntelliFinishing system.)

JR Custom is committed to competing and succeeding on quality, yet has found a way to ensure that quality is consistent while also promoting new efficiencies. Recently, the company added a Parker Ionics Prime Coat booth to its existing single-coat finishing system.

Overview and Challenges

While JR Custom’s efficiency and throughput were already high as a result of their use of an IntelliFinishing system, installed in 2016, the company was seeking a way to efficiently offer a two-coat powder coating option on their single-coat system due to increasing customer demand for two-coat (prime and topcoat).

JR was already doing a two-coat process with their IntelliFinishing system when needed, but it required parts to move through the entire finishing system track twice, slowing throughput considerably.

The new addition needed to add this prime coat option in-line with the system and be installed with minimal downtime.

The Solution: A Parker Ionics Prime Coat Booth Fitted into the Existing System

JR Custom Paint Booth AdditionTo address these needs, JR Custom chose to fit a new Parker Ionics Prime Coat booth into the company’s existing finishing system.

The booth was installed and integrated with the existing recipe software with an insignificant amount of downtime. The booth was positioned directly after the existing dry-off oven. For parts needing to receive a primer coat as part of their recipe, the parts are heated a little longer and hotter than normal in the dry-off oven, then immediately sent into the prime booth while hot. Pre-heating products before they are primed is a process called flocking.

Once in the booth, doors on the booth close behind and in front of the part, so the booth’s airflow system works properly – meaning the booth doesn’t pick up ambient heat from the nearby dry-off oven that could create an updraft that would tend to float powder up and out of the booth.

Integrating a door system to the existing track flow and software was extremely important to make the prime booth function properly.

After being primed, the product can then move along the remainder of the existing finishing track system for the top-coat application, final curing, cooling and unload.

Items that do not require a prime coat simply flow through the prime booth without stopping, as they would have on that section of track before adding the prime booth.

The Result: Added Efficiency and Options

With the prime coat booth added to their existing system, JR Custom has one more service and recipe option for their IntelliFinishing recipe-driven automated finishing system.

“Now, I can offer my customers options on finish longevity,” said Jorge Martinez, Co-Owner. “A single-coat powder finish on my system routinely achieves about a 1,000 hours or more (depending on the powder and other options chosen) salt spray, while my two-coat process can achieve over 2,000 hours of salt spray test.”

“The best part is that we can simply toggle from a recipe that allows for one coat to a two-coat option without any other complications and with a system that maintains a high level of throughput capacity.”

JR Custom’s system flexibility allows for an extremely wide assortment of parts to be finished via the recipe system. They currently have hundreds of recipe options on their system, including options for shotblast or no shotblast, speed within the shotblast, number of times through the blast, pressure settings per stage in their wash, wash stage on/off options, unlimited time and temperature settings for the dry off and cure ovens, and many other possibilities.

Ultimately, the goal of JR’s system is for each type of part to be finished optimally based on its unique cure and finish requirements.

JR Custom’s IntelliFinishing System also saves money on utilities (up to 40%), because the conveyor rides above the ovens. There are no chains or carriers riding through the oven to soak up heat. There are also doors on the ovens to help keep the heat contained, as well as other energy-saving and insulating properties.

Thanks to its IntelliFinishing System, JR Custom Metal Products has a modular system with the ability to expand to meet changing process or throughput needs while also being cleaner, quieter, and much less expensive to operate than a comparable traditional automated system.

Contact IntelliFinishing Today

To learn more about how IntelliFinishing can help elevate your productivity, throughput, and efficiency without sacrificing quality and agility, contact us!

Click here to view the video of the JR Custom IntelliFinishing system in action and if you’d like to learn more about JR Custom Metal Fabrication, visit their website at www.jrcmp.com. 

In the world of planning, there’s always the chance that something goes awry. These best-laid plans hit snags much of the time because of unforeseen challenges, especially during a pandemic. IntelliFinishing recognizes building automated finishing systems is a complex process—one with lots of specifications, including process equipment, paint application, conveyors, controls, the footprint, utility requirements and more.

While these projects have lots of moving pieces, we do everything within our power to meet our client’s expected operational date for beneficial use. We want every organization considering an IntelliFinishing system to understand our processes and commitment to their desired completion date as well as the most common reasons for delays.

Experience Matters

We have a wealth of experience on our side in installing automated finishing systems big and small. One of our largest systems contains a mile of conveyorized track and our smallest – just a few hundred feet! No matter the size of the job, our customers receive the same care when it comes to timelines. At IntelliFinishing, the priority to Meet Deadlines is only secondary to Safety and Quality in our stated and adhered to company values.

IntelliFinishing Customer Testomonials

We’re proud to say that we’ve never had a customer unhappy with our efforts to complete a project within the agreed-upon timeframe. However, that doesn’t mean that all the planning and work don’t encounter unexpected delays. Below are some real examples, however we have not cited actual projects names or involved vendors…because we love our customers and suppliers!

What Are the Biggest Causes of Delays?

Our team tracks what causes delays or problems on every project so that we can be better prepared for the next job. 2020 has, of course, been a complete curveball! The strain of the pandemic on supply chains, safe workspaces, losing workers for a time due to infection and more have certainly had an impact. Beyond the challenges of COVID-19, here are the most common causes of delay for projects we’ve installed.

weather iconWeather

It’s unpredictable and outside of anyone’s control. Weather doesn’t usually slow down the building of a system, rather it often affects the building site.

On a recent project installed near Atlanta, the area received substantial rainstorms for weeks, creating a massive mud pit in the area that was the build spot. Since this was a new addition to an existing building, a slab was necessary to support the walls. The rain delayed the building contractor for weeks, preventing the delivery of the system equipment. In this case, the customer had been outsourcing their finishing needs prior to deciding to install an IntelliFinishing system, and we were able to complete the installation once the addition was available in a relatively short timeframe.

Another unexpected weather-related example includes an installation in an existing building where the customer experienced a roof leak around the ventilation of and above their liquid booths. This leak was causing problems with operating the system at regular capacity and meant the system could not be officially approved as per the project contract. We could not properly repair the roof ventilation until the rain stopped. However, the customer was effectively using the system, working around the leak problem, but we didn’t receive final approval on the project until the repair was completed – a few weeks after “the unexpected monsoon season”.

purchasesEquipment Purchases from Vendors Not on the Main System Contract

Companies often purchase items related to the finishing system apart from the main system contract. Examples include shot blasts, booths, application equipment, robotics, etc.

In a recent installation, we learned about two months into an eight-month project that vendors supplying an inline shot blast as well as those supplying system robotics, would be unable to meet their delivery deadlines and thus it delayed our installation schedule. To be absolutely fair, this situation arose, in no small part, because the procurement and negotiation process between the client and these vendors went longer than expected – thus delaying their delivery turntime schedules. Further exasperating these same delays were COVID-related supply chain slowdowns from overseas and other areas.

With these extenuating circumstances, our customer graciously removed the liquid damages clause that were a part of our contract with them. Meanwhile, we were able to meet our equipment arrival timelines and find workarounds for the delays of the other vendors. The system was up and running only a month or two later than originally expected. Ultimately, the client is extremely happy with the installation process and with their system.

utilitiesLocal Licenses and Utilities 

Ensuring a site has the appropriate licenses and utilities is integral to the installation. These aspects of an installation are usually the responsibility of the client, but since we act as general contractor for the system, we are often very involved in helping clients with these outside agencies. However, a few years ago, we worked with a client serving as their own general contractor. Unfortunately, they made an error in ordering the appropriate capacity of the natural gas line. It simply wouldn’t meet the requirements of the system equipment, resulting in a several-month delay. Fortunately, the system was able to operate its multiple cure ovens at half capacity after installation and ultimately, they obtained the proper sized gas line to feed all of their ovens.

Another project also related to delays due to utilities: In this case, the whole project was delayed due to the electrical company not installing their switchgear equipment when requested. As was their responsibility, the client requested a specific date for installation and many other tasks in the project were contingent on hitting that date. Utility companies, however, don’t always meet their requested install dates – and in this case it caused a cascade of task rescheduling.

constructionBuilding Site Construction Delays

Construction, whether a new build or a remodel, is infamous for missing deadlines. A million things can go wrong with materials, labor, inspections, equipment and more. While we all know that construction timelines rarely meet expectations, the delays impact the system project, nonetheless.

other delaysReally Unexpected Situations 

The last category is everything else that you would never expect, but it’s happened. For example, we had a client who suffer a cybersecurity attack on their ERP system! Without their operating system, they couldn’t even carry out routine functions. They couldn’t even email us or send us their purchase order for several weeks! This actually happened over their holiday shutdown and for a week or two after it, so it wasn’t presumably during their busiest time of year, but it sure was frustrating for them while it was happening. Once they were able to restore their systems, we received the long-expected purchase order in plenty of time to start their project’s march to completion.

Things Rarely Go as Planned, but IntelliFinishing Adapts

There are so many possibilities of plans going askew that are outside of our control. We’ve come to learn that delays happen, so we adapt to ensure we do everything in our power to meet customer timeline needs.

At IntelliFinishing, we want to do more than just meet deadlines; we want to exceed customer expectations every time. The response from customers on our installation processes is overwhelmingly positive! As Bill Dunn, CEO of Manufacturing Resources International, said, “Everything was very efficient, and they were great to work with. It was amazingly smooth and painless.”

See How Our Systems Work

Our automatic finishing systems for liquid and powder coating are remarkably different. With a unique friction-tube conveyor and smart controls, it’s more efficient and process flexible than traditional chain-based systems and may take up a significantly smaller footprint, too. See how it works by watching some of our videos.

Are you employing an outdated technique in moving parts throughout your automated finishing process?

Daisy chaining parts, when products are suspended from hooks, can cause swaying of parts, particularly as the parts move through turns, stop or start, or change elevation. That sway can also be initiated by workers who are trying to “catch the moving line” when dealing with chain-based, conveyorized, overhead finishing systems.

In power and free systems, sway can also be introduced when part carriers abruptly stop in place or switch from one chain track to another, particularly if those tracks are traveling at different speeds.

Swaying parts in the process of finishing parts adds up to lost dollars, because it forces parts to maintain greater clearances from each other as they travel through the system to avoid crashing into one another or, worst-case, falling off the line. Crashing into each other can certainly mar the finish, if not the part itself! Falling off the line is also very problematic!

There’s a better way to decrease sway in chain systems and increase part density.

Variable Frequency Drive Controlled Carriers Bring Measurable Benefits

Motor Controlled by VFD, Variable Frequency DriveWith an IntelliFinishing system, part sway is greatly reduced via the use of variable frequency drive, or VFD, control.

In these systems, the speed of each carrier on a section of track is independently controlled by a small motor that is VFD controlled. This VFD allows carriers to smoothly accelerate and decelerate, reducing the inertial forces that lead to excessive swaying of parts.

An IntelliFinishing system also allows parts to stop for load, unload, masking, blow off, or yes, even the finishing processes. Carriers can also speed up or slow down as may be needed or required per section of track. For example, in a non-process section of track carriers may move at speeds as high as 40 to 65 feet per minute (considerably faster than the fixed line speeds of most chain conveyors), but then slow down to under 10 fpm for a wash process or as they enter an automated finishing booth. The carriers might also index forward in an oven, as another example, in order to achieve a specific amount of time in that oven while other carriers in the oven have other time allotments for drying off or curing.

Racking Method Significantly Effects Productivity

Many users of IntelliFinishing systems choose to preload parts on removable loadbars and then hang the entire loadbar on the system from a carrier that is stopped in place. This avoids having loaders chasing after a moving chain to load the parts. After load, the carrier moves at a variable speed (basically as fast as possible) to the next step or to catch up to the carrier in front that may be waiting it’s turn in the wash or shotblast.

As a result, and especially when combined with more solid frame racking, many more parts can be hung in the same processing part window for an IntelliFinishing system.

Dense Part Racking for FinishingFor most systems, it takes the same amount of wash spray and time in the oven or booth to process a dense set of parts hung on a carrier compared to a lightly loaded carrier. This means that, when you can get greater part density, you can boost production without decreasing efficiency, which translates to heightened productivity. For a recent client, we were able to calculate a 20% increase in throughput per hour, simply by assuming the capacity to increase the density of parts on an IntelliFinishing System compared to traditional finishing system carrier loads.

The racking system is also a key inflection point on the journey to greater efficiency, and it’s common to question which might be right for your needs. While that will ultimately depend on the parts, in general, racking that locks a part in place is better to minimize part sway, no matter whose conveyor you use.

Of course, in powder coating, grounding through the racking is an important consideration. In this case, racking that has clean connections to the carrier or loadbar will transfer ground best and thus insure a better finish with less powder waste.

Contact IntelliFinishing Today

IntelliFinishing systems are designed with one purpose – bringing you greater efficiency in your part finishing. Leveraging VFD control to reduce part sway and boost part density is only one of the tools we have in achieving that mission.

To learn more, contact us today.

Variable frequency drives, or VFDs, provide efficient use of power, allow for productivity and control under different types of torque loads, and more.

After some brief information regarding motor controllers and torque loads, let’s explore the ABCs of these beneficial solutions – the applications, benefits and cost savings.

Different Types of Motor Controllers and Torque Loads

The core types of motor controllers are across-the-line motor starters, which come in full voltage non-reversing and full voltage reversing, soft start/stop controllers, and VFDs.

Max Throttle

Across the line, full voltage starters send full voltage, typically 480VAC, to the motor – usually with an accompanying “clunk” that can even dim the lights. Essentially, these motor starters go “full throttle” as soon as they’re turned on.

That issue is slightly alleviated by soft start/stop motor controllers, which use a solid-state electronic device to ramp up the speed of the motor from 0 to 100% over a predetermined amount of time. It works the same way as it stops. This results in less wear and tear on the motor, but these still always go to full speed.

VFDs - Variable Frequency DrivesFinally, there are VFDs. Mountable in a motor control center or standalone, VFDs allow for the adjustment of motor speed over time, providing finer control while still realizing the benefits of less wear and tear on the motor.

There are also two central types of torque load. Constant torque loads exhibit roughly the same requirements, regardless of operating speed, while variable torque loads exhibit torque requirements that rapidly increase alongside machine speed.

In constant torque load applications, energy use is roughly proportional to speed. In variable torque load applications, energy savings aren’t linear.

Applications, Such as Finishing Systems, Benefits, and Cost Savings

In comparing soft-start/stop controllers to VFDs, SS controllers are primarily used for energy savings and to prevent excess wear and tear on equipment.

However, in applications such as an IntelliFinishing system, VFDs provide those same benefits while also offering the ability to adjust speed as necessary and to smoothly accelerate and decelerate carriers of parts as they travel through various sections of a system.

Motor & CarrierUltimately, using a VFD on each motor controlling a section of friction tube conveyor on an IntelliFinishing system allows users to increase part density per carrier. This means more throughput in less time. This could amount to as much as 20% more throughput! Combined with the fact that most IntelliFinishing systems are monoplane in design, there are simply far fewer chances parts will bump each other as they wander through pressure washes, shot blasts, ovens, and booths for the typical finishing system set of processes.

Of course, it’s possible to use VFDs on indexing monorail systems or power & free chain systems too and this would greatly help with the amount of part sway often seen on these systems. That said, when a carrier of parts de-dogs or dogs from power & free conveyors, the inertial forces may still cause parts to collide if sufficient spacing between parts isn’t considered.

For an IntelliFinishing system, carriers can move at varying speeds per section, come to complete stops, and even reverse direction if desired (perhaps for a deadhead turn or to back up into a spur that may be a touch-up booth or for systems designed with shuttles that allow parts to enter a process and then back up out of that process when done.)

There are many other cases in which a VFD can provide measurable benefits to finishing systems and process equipment, such as on shotblast and wash motors.

Though installation costs are higher and there are other special considerations, such as more training for techs performing maintenance and special considerations to take into account, the added flexibility and easing of wear and tear on motors, plus the increased throughput can alleviate those costs over the life of the system and provide significant ROI.

IntelliFinishing is here to help you determine if our VFD-controlled, friction tube conveyorized automated finishing system might be the best fit for your unique needs and application. To learn more, contact us today.hh

IntelliFinishing is a complete finishing systems provider of automated powder coating and liquid paint systems that offers several unique features and benefits. The number one benefit of IntelliFinishing Systems is that they can paint a much wider range of products than traditional chain-based finishing systems. However, they can also provide unique benefits if integrating robots into the finishing process.

By integrating robots into your paint system, you can increase the quality of your finishes, reduce labor, improve safety from hazardous painting environments, reduce waste material, and increase speed, productivity, and system uptime. Robots are most often used in applying finishes, but they could also be used for loading, unloading, and other processes.

One of our customers, Anthony Wasson, Manufacturing Engineer at Hyster-Yale, explains that they have been using robots in fabrication and welding for quite a while; however, for their recently installed IntelliFinishing system, they used robots to apply a finished powder coating on their forklift parts for the first time.

Robots for Precise Finishing“Automating the coating process provides many benefits such as reduced labor, consistent quality, improved throughput, control over powder usage, and less waste.” Although, using robots sometimes presents challenges and for Hyster-Yale their biggest hurdle is part programming. “At this plant, we produce a wide array of products so many of the components we are powder-coating have many variants. Programming each specific robot path takes time and requires individuals with a very special skill set,” explains Wasson.

“Even though you can do offline programming, you still need to verify and fine-tune your programming with physical parts.” Luckily, with their IntelliFinishing system, moving carriers in reverse is extremely simple and can be done by one person.

“Our typical process starts with a roughed-in of the program that is completed off-line, next we step through the program with a physical part in teach mode, then run the part in full speed mode without spraying powder, and finally run the part in production mode and apply the coating. The start of each step requires you to move the carrier back to the beginning position. Doing this same task with a power & free conveyor would require much more effort and multiple people. With the IntelliFinishing system we can back up the part to just prior to the booth as often as we want since the carrier can go either direction. You cannot back up with chain conveyors.

Also, with the part continuously moving through the application window, programming requires you to advance the part to reach designated planes. The conveyor then needs to tell the robot when it is clear to move to the next set of points.”

“This ‘stop & go’ feature of the IntelliFinishing conveyor can be controlled for only that section of conveyor and in very precise increments. Whereas a conventual conveyor system would require turning the chain drive on and off which would not be as controlled and could impact other parts of the system.”

Paint Robots Used in IntelliFinishing SystemAnother customer, Bret Albers, Owner of Albers Finishing & Solutions, recalled their experience with using robots for their liquid painting system. He explains the biggest benefits of using robots are the consistent quality and quicker throughput, “The end result is minimal time in the booth without sacrificing finish quality.” Additionally, he explains that the IntelliFinishing system integrates extremely well with the robotics, which makes it easier to operate, control, and visually see what’s going on with the flight bars.

Like Wasson, Albers also recalls the biggest challenge of using robots in finishing is programming time and testing of new products. Regardless, however, the consistency the robots provide is unmatched and when the expected volume of similar parts is worth the programming time, the outcome is higher quality finishes with less cost per part and in less time and labor.

We have also installed IntelliFinishing systems that use robots or robotic machines for loading, unloading, and in other finishing processes. Using a friction-tube conveyor allows for carriers to literally “stop on a dime” or travel forward and backward with a consistency that is very useful when integrating robots that do any sort of repetitive activity.

If you’d like to learn more about having a new finishing system using robotic application of powder or liquid paint, contact John Claman at jclaman@intellifinishing.com, 785-309-0356, or check out our videos of the Hyster-Yale System Video or the Albers Finishing Solutions & System Video or view all videos.

Adding an automated finishing system to your operation can have a tremendous impact on efficiency, productivity and quality – and that’s why you’ve made the choice to invest in an industrial finishing system that matches your unique needs.

It’s also critical to get it right the first time and ensure the process results in a finishing system that not only delivers on its potential, but is ready to scale alongside your organization.

High Vis Visitor on Site VisitHowever, all customized automated finishing systems are expensive, likely costing your organization anywhere from $1 million to many millions in capital investment. While this investment will result in significant ROI and a lower lifetime cost of ownership, it’s still important to go see systems at work, especially if you don’t currently have an automated finishing system, before you even fully define your specifications.

So, when should you start your tour of systems currently in place and delivering benefits in real-world operations? The answer is as soon as possible.

Key Considerations to Help You Evaluate Systems You Visit

While seeing any system may help you understand how one might best fit into your organization, try to see one that:

  • Seems to process parts that are similar to yours
  • Uses processes that you’d likely want in your own system
  • Has throughput levels about the same as you may need to hit your goals

But, even more importantly, don’t get locked into the traditional paradigm of an overhead, chain-based monorail or power-and-free conveyor.

Make a conscious effort to see something newer, more flexible and more modular, which can give you a better idea of the possibilities innovations have brought to life in automated finishing systems.

The IntelliFinishing Difference – See It for Yourself

IntelliFinishing automated finishing systems are unique and offer advantages that can’t be matched by traditional chain systems.

They provide recipe control per carrier, empowering you to finish a much wider variety of parts on the same system and let the recipe dictate the optimal process for each carrier of parts processed.

IntelliFinishing Automated Finishing SystemThis allows you to cater to parts that require longer cure or paint times than others. Have extra-long parts that need to be finished in a relatively small space? A shuttle system can help to avoid large radius turns. Do you feel like your processes could change over time? IntelliFinishing systems can expand or be modified, and they’re never stuck at one speed or inextricably linked to every other process.

The earlier you can see automated finishing systems in action, the better. Even if you don’t ultimately choose an IntelliFinishing System, you are likely to make a more intelligent final decision, and you’ll certainly learn something.

Many of the systems we’ve installed are highlighted on our website in video clips. All of those systems often allow us to bring visitors. We also have many other systems that may be very similar to your needs that we haven’t captured on camera.

To learn more and see if there’s a compatible system you can check out to begin your own journey toward the perfect automated finishing system, contact us today.

Ovens that leverage infrared light, or IR ovens, are commonly used in finishing systems to speed up the cure time for a range of finishing processes, including liquid paint and powder coating.

However, IntelliFinishing automated finishing systems don’t typically use IR ovens. Why is that?

IR Ovens Excel under Specific Conditions

Infrared heating of parts is best when the ovens can “see” all part surfaces. Additionally, the substrate metal needs to be thin enough to transfer the heat through to the unseen (by the IR oven rays, at least) geometries of the parts.

As a consequence, you’ll often see IR ovens used for parts that are thin and have wide areas of flat geometry, such as sheet metal items.

IR Infrared Oven to Cure PartsImagine sheet metal designed to cover appliances, for example. If the IR rays beamed at the parts can reach all (or nearly all) of the surface, the IR oven can heat the product up sufficiently to cure the part in both liquid and powder applications.

However, if the parts have boxy enclosures, turns or simply complicated dimensions, IR may not be able to heat up the parts uniformly. While this may not be a problem for some liquid applications, as liquid usually cures on its own even if not fully heated to the recommended force cure temperature or time, issues can arise depending on where the “undercured” areas are.

Further, powder finishes are much more finicky and require heating to a relatively hot temperature and for a specific amount of time. Any powder that is undercured is simply not going to form into the proper coating and is subject to failure and separation.

So, if you have flat panels to paint, large, visible surfaces or just relatively thin parts that are able to transfer the surface temperature into the shadowed crevices of the part enough to cure them appropriately, then an IR cure oven should certainly be considered, potentially in conjunction with a convection oven.

IntelliFinishing Finishing Systems Are Geared toward a Wide Variety of Parts

Part Recipe for Automated Paint SystemsSo, with all that said, why hasn’t IntelliFinishing done many systems that use IR cure ovens? It’s certainly not because we view IR ovens as inferior – it’s because our finishing systems are best utilized by companies that have a wide variety of parts and, therefore, require different recipes per part.

Part-coating systems that utilize IR ovens are usually (although not always) set up to handle a narrow range of part types and geometries. If that applies to your operation, you can probably get by very well with a monorail, chain-based overhead conveyor. In other words, a traditional system will work.

It will also require a lower initial investment than an IntelliFinishing System. This is why, in discussions with prospective customers who need to finish widget-type products or lots of flat panels, we recommend a more traditional system unless they have other process needs that demand recipe controls or space-saving layouts.

IntelliFinishing Automated Paint System Oven Finally, IR curing isn’t predictable in the way a convection oven can be. In order to determine exactly how long a part must cure in an IR oven, the specific parts must be tested in actual IR ovens or confirmed as viable by another organization that cures very similar parts.

So, no matter what IR oven supplier you are talking to, you should inquire about the capability to take your parts into their laboratory and figure out the ideal cure timing and oven specifications required.

The bottom line is this – IntelliFinishing systems are ideal for operations needing to finish a wide range of parts with different recipes, while a more traditional system with IR curing capabilities could be perfectly fine for applications without such variety.

To learn more, contact us today.

Those with experience in manufacturing understand the bottlenecking that can occur during the finishing stage. The process of painting parts and components seems to crimp workflows and create delays that throws a wrench into your production schedule. Greater efficiency is crucial for achieving a fast and agile operation and finishing without compromising quality. IntelliFinishing’s advanced technology can help optimize the way you finish, providing consistent, exceptional quality so that your business can remain competitive.

Do More with Smart Technology

Old paint systems are out; new smart controls are in! As the name suggests, smart controls are advanced, digital tools that allow users to monitor and track parts, as well as provide insights to identify problem areas within a finishing process. Technology can pinpoint each part as it moves along the conveyor, as well as logging its weight, description, current process, previous process and the specified finish color.

Powerful Data For Maximum Efficiency

Smart systems provide a treasure trove of useful analytics. You can utilize this valuable data to identify bottlenecks and optimize your process. An intelligent system can also generate production reports that you can review, print, share, and evaluate. It logs historical production and process data so management can use the resulting reports to compare shifts, schedules, processes and the work of employees.

Recipes Made Easy

Applying a finish is much like baking a cake or cookies. It starts with having a desired recipe for the part from pre-finish steps, through paint, and ultimately to post finish steps such as cure, cool down and unloading. However, not every part finished should have the exact same recipe for optimal finishing. With a flexible automated finishing system, formulating, changing and applying recipes is as easy as a few keystrokes when using smart HMI controls – making it far more efficient than traditional paint and powder coating systems that rely on monorail conveyors or even power and free conveyors. An operator can input and review recipes on an intuitive display screen, and ascertain information such as Process Times, Production Rates, Order Status, Specific Parts per Carrier, Average Parts per Carrier, Load/Unload Efficiency, Blast Timing and Pressures, Wash Stage-Trends (temperature, pressure, titrations, duration and processes applied), Dry Oven Trends, Prime & Top Coat Trends and Cure Oven Trends. The system helps to identify errors before problems arise. For example, if a stage in your production list fails to meet the parameters of the recipe entered, smart controls flag it so you can remedy the issue before a finish has been applied. 

An Optimized Finishing Process

Smart controls make finishing fast by allowing multiple parts to be painted on a single system. Users can key in recipes that can be specific down to the part, and the system allows tracking of individual components. With IntelliFinishing, not only will your operation enjoy a fast and optimized process, but the system also ensures quality by reviewing connected environmental conditions, particularly helpful for CARC processes, or integration with other ERP or database driven systems.

Historically the finishing process has sometimes been a problem area in a manufacturer’s workflow, but not anymore. Through the integration of smart controls, IntelliFinishing stands out from competing systems, offering a faster way to convey parts through paint stations, maintaining exceptional quality and accumulating data to make your operation the pinnacle of efficiency. To see our smart controls in action, click here!

Have you discovered that most traditional paint finishing systems aren’t meeting the unique needs of your company? IntelliFinishing has flexible solutions that are anything but conventional, and we offer features that the traditional systems can’t compete with.

Unchained Technology

Unlike the chain-driven components of power & free and monorail finishing systems, our spinning tube, friction-driven conveyor technology allows parts to move both forward and backward within the system––maximizing efficiency and minimizing floor space. This feature eliminates falling debris from a dirty chain, and thus avoids contamination of parts. The control system allows you to input unique recipes for each part family and reduce chemical waste and energy usage by turning off the modules and conveyor when they are not in use. Not to mention, complete system setup results in up to a 30% smaller footprint. Read more

Choosing an automated finishing system that best suits a facility’s specific painting needs can be challenging. However, IntelliFinishing has created a logic-based flowchart that uses easy-to-answer questions to help determine whether a simple monorail system, a power & free system (P&F), or a friction tube conveyor system (such as is offered by IntelliFinishing) aligns with an operation’s respective part types and paint processes.

When Simple Questions Provide Quick Decision-Making

With simple questions such as “Do you need to powder-coat parts, liquid paint parts, or both?”, and “Will your finished parts be relatively inexpensive, or do you want to spend as little as possible on a system?”, stakeholders can use IntelliFinishing’s flowchart as a decision-making tool that rapidly assesses their actual requirements to ascertain which type of finishing system pairs to their business’ needs. Read more