Press Release

The ability to design bespoke magnetizing fixtures for post-assembly magnetization will be the focus for Bunting Magnetics on stand C22 at the Engineering Design Show on October 17-18, 2018 (Ricoh Arena, Coventry, UK).

Bunting Magnetics is a world leader in the supply of Magnetizers (Chargers) and Fixtures, Bespoke Technical Magnetic Assemblies, and Magnets. The European manufacturing and design headquarters for these magnetizers are based in Berkhamsted in Hertfordshire.

These magnetizers and fixtures are made exclusively by Bunting Magnetics Europe in Berkhamsted and nowhere else in the world. 

Permanent magnets and magnetic assemblies are fundamental to the operation of electric motors, wind turbines, computers, and cars. There is a rise in the product design of new technology that relies on high-intensity magnetic forces. However, very strong permanent magnets, such as Neodymium, are difficult and dangerous to handle.

Post-assembly magnetization of permanent magnet assemblies offers many advantages in the design and manufacturing process. There are considerable savings in assembly time due to the difficulties of handling charged magnets. This also improves the safety and health of the workforce by removing the need to handle dangerous magnetized parts. Additionally, it is easier to safely store a magnet assembly if it has not been magnetized.

The ability to model magnets after magnetization during the design phase is an invaluable tool in assessing the feasibility of post-assembly magnetization. Bonded isotropic permanent magnetic rotors and sintered Halbach permanent magnet rotors are both ideal for post-assembly magnetization.

There are a number of key design criteria to consider when magnetizing sintered Neodymium Iron Boron (NdFeB) magnet rotors. The design process must include consideration for saturating the pole transition regions. The right energy required to saturate the whole rotor is also fundamental to the design. In order to achieve post-assembly magnetization, a compromise in the system design may be needed.

In all projects, the method of magnetization should be considered as early as possible in the design phase.

Bunting Europe’s engineering team, based at the UK headquarters in Berkhamsted, are tasked with designing magnet assemblies that can be magnetized post-assembly. Using onsite magnetizers and modeling, the engineers are able to determine the optimum configuration for a specific application. This UK-based expertise is a unique service in the industry. 

Bunting’s engineers will be at stand C22 at the Engineering Design show on October 17-18 to discuss and offer advice on specific magnet applications.

To learn more about magnetizers for post-assembly magnetization, or to locate a Bunting representative in your area, please contact Bunting Magnetics.

New design uses corrosive-resistant coating to avoid pitting and damage caused by acidic foods

NEWTON, KS – Bunting® Magnetics Co., the leader in moving, removing and holding metal, is introducing its newly designed magnetic liquid trap made specifically for the food processing industry. Manufactured from a single piece of corrosive-resistant material, the CR-MLT is used specifically in processing acidic foods, including tomatoes and citrus.

“We developed our corrosion resistant magnetic liquid trap because produce processors needed to replace their liquid traps more frequently,” said Rod Henricks, Director of Sales. “Over time, acidic foods and cleaning solutions cause pitting and other damage to the equipment, which means downtime during peak production time to replace parts.”

Get longer life and improved performance with the Bunting CR Magnetic Liquid Trap

In addition to the corrosive-resistant material, the CR-MLT offers several features that produce processors desire. It has a high-pressure rating, which can handle a higher volume of product faster. Cleaning the CR-MLT couldn’t be easier; as you pull the cartridge, a gasket wipes it clean. Because it is made from a single piece of stainless steel, there are no welds and no crevices to corrode.

Under normal circumstances, 316L stainless steel has good corrosion resistance; however, when under strain and acidic environments, intergranular cracks occur. This compromises the integrity of the protective oxide film, which results in pitting and corrosion. With Bunting’s new super alloy material in the CR-MLT, it has a much higher corrosion resistance than 316L stainless steel. Acidic foods such as tomato paste, ketchup and vinegar-based products, as well as high temperature chloride-based cleaning agents, won’t cause pitting, crevice and stress corrosion.

Bunting is known to develop and use the highest power magnets it can in each of its applications, and the CR-MLT Magnetic Liquid Trap is no exception. The CR-MLT utilizes 45SH magnets – temperature-compensated, high-intensity, neodymium magnets – for superior capture of metal contamination.

No other competitor offers a similar product. “The CR-MLT was developed to answer the call of produce processors who wanted a better, safer, longer-lasting magnetic liquid trap,” said Henricks “Bunting Magnetics solves problems. We knew corrosion and pitting are significant issues in produce, especially tomatoes, and developed this solution.”

To learn more about Bunting’s CR-MLT magnetic liquid trap, stop by booth N5926 in the McCormick Place North Hall at Pack Expo, October 14-17. To locate a Bunting representative in your area, please contact Bunting Magnetics.

Bunting offers the most comprehensive protection plans and coverage in the industry.

NEWTON, KS – Choosing and purchasing a metal detection system is a considerable capital investment. With its service program, Bunting® Magnetics Co. makes it possible not only to protect production and improve safety, but protect that investment and keep it running at peak efficiency for the life of the system.

Bunting protection offers three Pro-Series™ Protection Plans designed to provide specific services to optimize the performance and lifespan of metal detection equipment.

Pro-Start™ commissioning coverage ensures that a metal detector performs to company expectations from its first day on the job. A factory-trained service technician will be on-site to guide verification of the installation, calibrate the metal detector to achieve top performance and train personnel. Pro-Start includes a calibration label for the metal detector, a detailed calibration record for company files and a complimentary set of test spheres or sticks. It also extends the original one-year factory warranty to two years and includes two full years of phone-based technical support.

Pro-Maintenance™ keeps the metal detector operating like new, which is critical, considering the impact of poor performance on customer satisfaction and other consequences. It provides either annual (Gold Plan) or biannual (Platinum Plan) visits by factory-trained service technicians to service and calibrate the metal detector and ensure the system is running the latest, most accurate software. The Pro-Maintenance plan also includes significant parts and labor discounts on any needed repair work, on-site training for personnel and two years of phone-based technical support.

Pro-Warranty™ extends the factory-authorized warranty coverage up to five years from the installation date. It must be ordered at the same time as the new Bunting metal detector and must include a Pro-Start plan. It is available in one-year increments on top of the initial one-year warranty, with a maximum of five total years of coverage. This cost-effective coverage includes all repair parts and labor when an on-site visit is required.

Pro-Warranty also includes the latest software updates, expedited spare parts shipment and no-cost, phone-based technical support for the duration of the warranty period. The plan is cost-effective, too, considering that coverage is about half the cost of one replacement board.

Bunting® Magnetics Co., the leader in moving, removing and holding metal, offers service warranty programs to help protect a customers’ investment in metal detection systems. To learn more or locate a Bunting representative in your area, please contact Bunting Magnetics.

Perform pull test verifications on magnetic separators on your own schedule and avoid disrupting production.

NEWTON, KS – Bunting^® Magnetics Co., the leader in moving, removing and holding metal, is introducing its newly designed pull test kit. All industries should utilize a pull test on their magnetic separators. But, with the attention on food safety being so high, it is required for food safety and quality in every facility that transports, processes or packages food.

“We believe our pull test kit is the most comprehensive available,” said Rod Henricks, Director of Sales. “The performance and calibration options with the custom-made scale make it superior to any spring scale kit version. The attachments, hardware and user documentation are reliable and easy to use.”

When Bunting considered developing a new kit, improving the accuracy and metrology of the digital scale was the first priority, Henricks said. Bunting makes the kit complete and it includes Bunting branding and menu prompts.

The competitively priced kit also includes a much-improved polarity indicator, which allows you to verify the pole configuration of the separation equipment. Another useful feature of the indicator shows the user how far the magnetic field actually extends beyond the surface of the magnet, which helps determine spacing between cartridges for a given application.

The optional version has a digital scale which comes with National Institute of Standards and Technology (NIST) calibration check certificate. This complies with the metrology requirement of International Organization for Standardization and other quality and safety programs. The scale can be sent in for annual check-up, calibration and NIST certificate renewal.

Bunting continues to offer its standard pull test kit with a standard scale.

The maintenance department should always have one to periodically inspect and test the effectiveness of their magnetic separators. “I would recommend that the quality/safety office also maintain a kit that is the control standard for use by their personnel,” Henricks said.

To learn more about Bunting’s pull test kits or to purchase online, visit buymagnets.com.

The Bunting Memorial Scholarship Fund has awarded over $90,000 in scholarships since its inception

NEWTON, KS – As students begin to make college and vocational training plans for the fall, Bunting^® Magnetics Co. today announced fifteen students have been selected to receive 2018-2019 scholarships in memory of the company’s founders.

The Walter F. & June A. Bunting Memorial Scholarships are awarded to college-age children of the company’s worldwide employees who seek higher education, either through college or vocational training. This year, fifteen recipients will receive $500, which can be used for tuition and related expenses. Since the fund’s inception in 2000, it has awarded over $90,000 in scholarships.

2018-2019 Recipients

Cason E. Berschauer
Maggie G. Brown
Gabrielle Castaneda
Robert A. Castaneda
Brittany M. Clark
Max A. Wiens-Evangelista
Brandon M. Guilles
Cole C. Hansen
Michaela L. Hansen
Ashleigh C. Pulaski
Thomas G. Scott
Paige N. Suholaski
Olivia RM. Wagner
Sophia RM. Wagner
Joseph D. Wilks

“Higher education was very important to my parents,” said Bob Bunting, President, Bunting Magnetics Co. “All of these students have wonderful drive and commitment to their education. They are the future leaders in our communities and businesses. Bunting Magnetics is excited to support their pursuit of education and exploration of their career paths.”

New 12-inch diameter unit recovers more stainless steel than ever in zurik applications

NEWTON, KS – Bunting^® Magnetics Co., has expanded its line of Stainless Steel Separation Conveyors for the Auto Shredding Residue (ASR) industry with the 12-inch Stainless Steel Separation Conveyor™ (SSSC^®). The company successfully introduced its new SSSC units at ISRI 2017 in New Orleans last spring and recently received a patent for its innovative magnetic design. Not one to rest on its laurels, the company will introduce the second-generation enhancement to the original SSSC design at ISRI 2018.

This innovative machine expands the company’s reach in the ASR industry for the separation of work-hardened stainless steel, as well as the purification of zurik fraction and in wire-chopping applications. Bunting, the leader in moving, removing and holding metal, is the inventor of stainless steel separation. The company continues to deliver game-changing solutions for the recycling industry with its new for larger stainless recovery.

The SSSC is a natural progression from Bunting’s High Intensity Separation Conveyor^® (HISC^®), which was the first of its kind in the industry and does an outstanding job separating smaller fraction stainless steel. Competitors introduced similar units to HISC, which do a comparable job in the smaller (less than 1.5 inch) stainless steel separation in the past two years.

The original SSSC has been tested in the field for a year, giving Bunting engineers an opportunity to make significant improvements over the original design. “The 12-inch diameter gives a stronger field above the belt and the larger diameter conforms better to the larger irregular shredded stainless steel, which gives it a better chance to hold onto and recover the larger pieces,” said Don Suderman, Product Manager, Material Handling.

“It pushes the extreme high gauss field higher above the belt into the larger irregular pieces of shredded stainless steel metals,” Suderman explained. “The patented circuit arrangement also creates a larger high intensity, collective flux field pattern, which holds on to those pieces far better than anything before this.”

The new SSSC offers even better separation, holding as much as 94 percent of stainless steel. The heart of the system is the magnetic circuit design, which utilizes a revolutionary configuration of high-strength neodymium magnets. It attracts, holds and extracts work-hardened, irregularly shaped stainless steel – up to five inches in size – from the product recycling stream.

The unique, high-intensity circuit design provides maximum holding force and the ability to catch paramagnetic, work-hardened stainless steel at larger sizes that were previously impossible to separate. It truly raises the bar by leveraging new designs and technology and fortifies Bunting’s leading position in the recycling industry.

Recyclers can also attain the purest product possible with the SSSC in several other applications, including insulated copper wire (ICW) purification, during which the machine pulls out stainless steel shielding of chopped wire; cleaning stainless steel contamination from wire and steel wire connectors.

“Even the smallest bits of stainless steel can cause damage to equipment down the product stream and lower the value of recycled product,” explained Suderman. “It’s imperative that we help our customers achieve maximum purity and our family of stainless steel separation conveyors does just that.”

Bunting engineers incorporated several design features to maximize the SSSC’s functionality: a tough, long-lasting urethane belt with 3/16” stainless steel sideguards to seal off and contain the flow; heavy-duty 3/16 inch stainless steel construction with forklift slots for easier installation; custom sizes available up to 78 inches (2 meters) wide and 144 inches (3.65 meters) long to fit any application; and now, two pulley diameters for extreme effectiveness; optional variable frequency drive to optimize separation for belt speeds between 60 and 200fpm; and an optional splitter to separate the stainless steel fraction and non-magnetic material.

To learn more about the SSSC^® Stainless Steel Separation Conveyor™, visit Bunting^® Magnetics Co. at ISRI, Booth #637.

New innovations in metal separation for the plastics industry to be launched at show.

NEWTON, KS – Bunting^® Magnetics Co. is the leader in plastics for moving, detecting, separating and holding metal. From single components or complete systems, Bunting^® offers a full line of equipment for recycling, injection molding, blow molding and extrusion equipment. Since the company’s 1959 founding, it has led the plastics industry in innovation, durability and performance. The company’s newest solutions, including a high-temperature drawer magnet, stainless steel separator, will be on display at NPE 2018, held May 7-11 in Orlando. Featured products include:

FF350 High-Temperature Drawer Filter

Offering the most complete line of drawer magnets in the industry, Bunting will highlight one of its newest innovations, the FF350 High-Temperature Drawer Filter – rated to 350 degrees F. Because the high heat required in today’s molding and extrusion applications can diminish strength and holding power, the FF350 includes upgraded rare earth magnets for stronger hold and longer life. The new design fits the standard FF housing, so existing equipment can be modified to meet changing needs. Upgrades also include a polycarbonate viewing window and higher temperature rated seals and knobs.

Grinder Feeder Conveyor with Metal Detector

Selecting and combining the proper equipment is essential to optimize the purification of product, maximize equipment output and protect it from serious damage and repairs. The Grinder Feeder Conveyor is used for shredding and grinding plastic purgings to scrap bumpers, stringers, carpet, wood pellets, plastic bottles, tires or even glass bottles or wood pallets. The GFC handles 1,000-10,000 pounds per hour and uses 6″ to 10″ pulleys. It’s durable, with formed steel frame construction and offers multiple belt options with standard cleats or cleat-topped belts. By choosing to combine the GFC with optional metal detectors with flip gate reject of contaminant, infeed hoppers, magnetic pulleys or mobile bases, companies can design exactly the equipment it needs to achieve maximum separation and optimize product purity.

HISC^® High Intensity Separation Conveyor^® 

Until Bunting^® invented stainless steel separation, it didn’t exist. With superior engineering and magnetic finite element design software technology, the High Intensity Separation Conveyor^® (HISC^®) attracts, holds and extracts work-hardened 300 stainless steel metals and para-magnetic chips from plastic product stream to achieve product purities once thought impossible. The HISC^® incorporates extremely high gauss fields, neodymium rare earth magnets and a field-tested design to achieve maximum stainless steel separation. It attracts, holds and extracts some of the weakest magnetic materials, including razor blades, small computer screws, small stainless sheet metal from computer hard drives, tiny screws in plastic chips and green boards with attached chips. Bunting^® built its company and its reputation in the plastics industry by working alongside organizations to solve metal separation challenges.

To learn more about the any of our solutions, visit Bunting^® Magnetics Co. at NPE, Booth #W-5563

Revolutionary magnetic circuit design captures up to 94% of large fraction stainless steel

NEWTON, KS – Bunting^® Magnetics Co., the leader in moving, removing and holding metal, and the inventor of stainless steel separation, has been awarded a U.S. patent for its ground-breaking magnetic circuit design incorporated in the Stainless Steel Separation Conveyor™ (SSSC^®). The SSSC^® Stainless Steel Separation Conveyor^TM, launched at ISRI 2017, has delivered game-changing solutions to the recycling industry ever since. Field tests have proven it removes up to 94% of large fraction stainless steel.

This innovative machine expanded the company’s reach in the Auto Shredding Residue Industry for the separation of work-hardened stainless steel from Zurik streams, the purification of small fraction stainless steel and in ICW wire-chopping purification applications.

“In addition to protecting this technology from being copied by competitors, the U.S. patent shows Bunting Magnetics’ innovation, continual enhancement, design growth, and dedication to solving magnetic separation challenges in the Automotive Recycling Industry,” said Don Suderman, Product Manager, Material Handling and inventor of the magnetic circuit design.

“The SSSC is a natural progression from Bunting’s High Intensity Separation Conveyor (HISC), which was the first of its kind in the industry and does an outstanding job separating smaller fraction stainless steel,” said Suderman.

The heart of the SSSC system is the unique magnetic circuit design, which utilizes a patented configuration of high-strength neodymium magnets. It attracts, holds and extracts work-hardened, irregularly shaped stainless steel – up to a massive five inches in size – from the product recycling stream.

“Because its unique magnetic circuit has a much stronger reach-out field above the belt than competitive products, it is even better for grabbing and holding onto larger irregular shaped pieces of stainless steel,” Suderman explained. “It pushes the extreme high gauss field higher above the belt into the larger irregular pieces of shredded stainless steel metals and also creates a larger high intensity, collective flux field pattern, which holds onto those pieces far better than anything before this.”

“The largest market for these units is in pulling and recovering mid and larger fraction of stainless steel from Zurik streams usually after the Finders. The SSSC’s unique high intensity magnetic circuit gives it the ability to reach out and recover these sizes of work hardened stainless steels from the stream and help purify that fraction to a high enough degree for domestic sales,” Suderman says.

With the SSSC, auto shredders can also attain the purest product possible in several applications, including insulated copper wire (ICW) purification, during which the machine pulls out stainless steel and dirty contamination from the wire before chopping which dulls knives and purifying the chopped wire after chopping for cleaner higher purity copper for domestic sales.

“Even the smallest bits of stainless steel can cause damage to equipment down the product stream and lower the value of recycled product,” explained Suderman. “It’s imperative that we help our customers achieve maximum purity and our family of stainless steel separation conveyors does just that.”

Bunting Magnetics Co. has also applied for international patent protection.

Bunting successfully introduced its new SSSC units at ISRI 2017 in New Orleans last spring. The company will introduce the second-generation enhancement to the original SSSC design at ISRI 2018, held April 16-18 in Las Vegas. Booth #637.

NEWTON, KS – Bunting^® Magnetics Co., the leader in moving, removing and holding metal, is introducing a high temperature version of its popular FF Series drawer for the plastics industry. The most important feature of this new unit is its ability to perform at 350-degree temperatures inside the drawer.

Bunting will debut the Hi Temp FF Drawer Magnet – named the FF350 – at NPE 2018 in Orlando, Florida, held May 7-11. Bunting OEM’s and end-user customers will be able to discuss the specifications and have hands-on demos with actual drawers.

Bunting built its business in the plastics industry and constantly strives to innovate its products to keep pace with changes in the industry. “Current equipment manufacturers of the molding machines and dryers are looking to process at higher material temperatures, and the FF 350 Hi Temp Drawer Magnet addresses these new requirements of the industry,” said Brock Herrmann, Product Manager, Magnetic Separation. “High heat can be damaging to rare earth magnets, so it’s important to balance the need to handle higher temperature plastics, but retain the holding value of our magnets.” 

The Hi Temp FF drawer is most often installed above the opening of the molding machine and plastic resin passes through the drawer to remove ferrous contaminants. This ensures a cleaner, higher quality product. It also protects the molding machine from damage due to tramp metal.

The Hi Temp FF drawer can be used in any plastic molding or extrusion application. Because the drawer sits at the opening of the molding machine, in applications where the resin needs to be dried and/or pre-heated above 300 degrees at the introduction to the molding machine, the magnets will be subjected to higher temperatures.

In addition to the magnet upgrade, the Lexan viewing window has been replaced with a polycarbonate that will hold up under the higher temperature conditions. “We thought everything through on this redesign, so that even the plastic knobs that latch down the drawer are designed for the higher temperatures,” Herrmann explained.

Extensive research and development is typical for Bunting, and production of the Hi Temp FF Drawer was no exception. “We went further than the actual required temperature rating to make sure this design would be effective in the future,” Herrmann explained. “Other brands of magnetic separators simply won’t retain their magnet strength over time with the higher temps we are seeing in the industry. So far, we aren’t aware of any competing product that can match the temperature rating, along with the pounds holding value of our magnets.”

Because the design of the housing for the Hi Temp FF Drawer Magnet is the same as Bunting’s standard FF, the drawers and accessories can be purchased independently to complement the existing housing. It makes the investment in the upgrade affordable for existing customers.

Bunting has the largest line of drawer magnets, which can be configured to fit any need. The Hi Temp FF Drawer Magnet will be showcased with other offerings at NPE 2018, booth #W-5563.

NEWTON, KS – Bunting^® Magnetics Co., the leader in moving, removing and holding metal, today announced the appointment of Kevin Miller as General Manager of the company’s primary manufacturing facility in Newton, KS. Bunting Magnetics Co. also has operations in suburban Chicago; DuBois, PA; and the United Kingdom. Miller will oversee all Newton operations including production, inside sales, engineering and purchasing.

 “Kevin has already demonstrated significant operational leadership and is a true motivator for his team. We are fortunate to have him lead our operations team and believe his skills will be a significant asset in the development of enhanced processes and procedures moving forward,” commented Jana Davis, Chief Operating Officer, who made the announcement. “His extensive industrial experience with team management, quality assurance programs and lean principles such as 5S and KanBan will result in in improved sales, operations and customer satisfaction for years to come.”

Based in Newton, Kansas, Miller draws on nearly three decades of experience in manufacturing operations. Most recently, he was Director of Operations at Ametek Advanced Industries, a leading supplier of components and systems for the aerospace and defense industries. His manufacturing experience also includes operations and assembly positions at the Boeing Company and Spirit Aerosystems.

“My vision is to follow proven principles in lean manufacturing and quality assurance to make Bunting Magnetics Co. a world-class operation, meeting our customers’ delivery dates and exceeding their expectations, while delivering the highest level of quality,” said Miller.

Contact:

Kevin Miller

General Manager

kmiller@buntingmagnetics.com

Connect with Kevin on LinkedIn

NEWTON, KS – Bunting^® Magnetics Co., the leader in moving, removing and holding metal, today announced the appointment of Barry Voorhees as its Product Manager over Metal Detection. Voorhees will manage the growth and profitability of the company’s line of metal detection products by supporting the company’s sales team, identifying new markets and customers, improving the product and enhancing the accompanying service and warranty programs.

“As we continue to experience remarkable growth in metal detection and look to expand this line with new and complementary products to better serve our customers, we needed someone who clearly understands sales, manufacturing and engineering,” commented Rod Henricks, Director of Sales, Bunting Magnetics, who made the announcement. “His background expands over two decades at Bunting Magnetics Co. as design engineer, inside sales and estimating manager, technical services manager and general manager making him the perfect candidate to not only fill this role, but to also be a valuable resource for the sales team.”

Based in Newton, Kansas, Voorhees draws on over twenty years of experience in Bunting Magnetics Co. in a variety of positions. Most recently, he was General Manager, where he managed the entire Newton based operations team, including the inside sales group, design and engineering personnel and all manufacturing.

“I am very much looking forward to using my experience to help power the Bunting brand further in metal detection and build upon our well-established sales and product strategy. With a wide range of metal detection products that can fit into several industries including food, plastics, recycling and textiles, the opportunity for continued growth is tremendous,” commented Voorhees.

Contact:

Barry Voorhees

Product Manager-Metal Detection

bvoorhees@buntingmagnetics.com

The Latest Generation Controls Adds Triple Frequency Signal Processing For Greater Sensitivities

NEWTON, KS – Bunting^® Magnetics Co., the leader in moving, removing, detecting and holding metal, improves its line of closed loop tunnel-style metal detectors for the food packaging industry with optional Triple Frequency controls. The new integrated controls enhance the company’s innovative imagePHASE platform by allowing the processor to learn a packaged food product in three different conditions, and select the one with that yields the greatest sensitivity. With the upgrade to these controls, the detector also displays the expected sensitivities to the operator with all three metal types – ferrous, non-ferrous and stainless steel.

“You read about more and more recalls for metal fragments in packaged foods, which can cost money, customers and reputations,” explained Barry Voorhees, Product Manager, Metal Detection, Bunting Magnetics. “The industry is demanding greater food safety protection measures be put in place and we responded with new optional controls on our tunnel-style detectors that amplify metal-detection sensitivities. Customers will also appreciate the color touchscreen and USB interfaces for quality control logs.”

The unit on display will also include autoTEST™ which verifies the detector calibrations and sensitivities are being achieved without manually passing test blocks. AutoTEST is programmable for a variety of metal sizes and user-defined testing intervals.

Bunting Magnetics’ tunnel-style detector can be configured to fit any conveying system and is available with standard reject systems and variety of aperture sizes to fit any packaged food. It will be showcased with other Magnetic Separation and Metal Detection offerings at Pack Expo 2017, Booth #6206.