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Gravity metal detection systems are available with a selection of pipe sizes and the Diverter Valve reject system is typically used to move contaminated product into a reject tank. Stealth Metal Detectors use powerful Digital Signal Processing technology and have high sensitivity levels to ensure the detection of the smallest ferrous, non-ferrous, and stainless steel contaminants. Custom manufactured to suit gravity applications, Stealth detectors are available in either stainless steel or aluminum construction. Built-in data collection and Contact Reporter Software makes them a critical control point in preventing product contamination. Renowned for their superior accuracy and reliability, Stealth Gravity Metal Detectors act as essential Critical Control Points in HACCP systems, effectively identifying and rejecting potential contamination.
The Raptor combination system is a highly accurate, fully integrated checkweighing and metal detection inspection system designed explicitly for high-care food production environments.
The Raptor Combination System can be used at any stage in your process to safely, reliably, and accurately inspect 100% of your products. Multiple end-of-line inspection processes can be carried out and controlled in one highly compact system when paired with an industry-leading Stealth or Interceptor metal detector.
Fortress Technology is a global leader in the design, manufacturing and sales of metal detectors, checkweighing systems and combination systems, engineered with anexclusive Never Obsolete guarantee. From food to consumer goods; pharmaceutical to bulk; Fortress machines are designed to catch contaminants, reduce waste, spotproduct defects, comply with weight legislation and reduce production downtime - ensuring product safety and brand protection.
Inspecting traditionally difficult ''wet'' products can be challenging due to ''product effect'' caused by conductive properties in meat, dairy and bakery.
Interceptor Metal Detectors simultaneously analyze multiple frequencies over a broad spectrum to clearly distinguish the signal generated by the product from any metal contaminants. Interceptors are available in either stainless steel or aluminum construction.
Renowned for their superior accuracy and reliability, Interceptor Metal Detectors act as essential Critical Control Points in HACCP systems, effectively identifying and rejecting potential contamination.
The Raptor is a highly accurate, fully integrated checkweighing system designed explicitly for high-care food production environments.
The Raptor is employed to verify the weight of each product and reject non-conforming packs. The system was designed, engineered, and constructed to the highest care/food grade engineering standards. It is capable of processing packaged products up to 8 kg.
The Raptor is a highly accurate, fully integrated checkweighing and metal detection combination system designed explicitly for high-care food production environments.
The Raptor Combination System can be used at any stage in your process to safely, reliably, and accurately inspect 100% of your products. Multiple end-of-line inspection processes can be carried out and controlled in one highly compact system when paired with an industry-leading Stealth or Interceptor metal detector.
The Fortress "Big Bag King" sets an untouchable industry standard for sensitivity levels. Reliably detecting 2.0 mm stainless steel within 50-100 lb. bags of dry product is virtually unheard of in other leading systems. Our built-in data collection and Contact Reporter Software automates record keeping for this critical control point.
Vector Big Bag King Conveyor Systems are custom-made from heavy-duty stainless steel to suit any large bag application. The robust conveyors maintain optimal performance under harsh conditions and heavy products and can be customized to withstand washdown environments.
The Raptor XL is a highly accurate, fully integrated caseweighing system specifically designed to suit any large bag or case application.
The Raptor XL is employed to verify the weight of each product within tolerances or using another weighing system. It was designed, engineered, and constructed to the highest care/food grade engineering standards. Available modular reject stations accurately remove non-conforming packs from production flow.
The Meat Pump Pipeline is optimized for inspecting high viscosity meats transported through an enclosed pipe. The precision detector utilizes Digital Signal Processing technology with high sensitivity levels to clearly identify the presence of a metal contaminant. Ferrous, non-ferrous and stainless steel fragments are successfully detected, and when equipped with a reject valve, rejected from production. A variety of valves, pipe materials, and fittings are available to easily integrate into existing systems; all standing up to high pressure, temperature and washdown environments. Sophisticated data collection and Contact Reporter Software enables quality control in compliance with GFSI/SQF, BRC and HACCP requirements, bringing exceptional metal detection performance to piped meat applications.
The Stealth system detects ferrous and non-ferrous metals as small as 1.5 mm. Fitted with a kicker reject device, the metal detector effectively removes contaminated bags from production to ensure the safety of consumers. Custom manufactured to suit any application, Stealth detectors are available in either stainless steel or aluminum construction. Built-in data collection and Contact Reporter Software make them a critical control point in preventing product contamination.
The modular system uses a unique rail-mounted design with a quick connect function which enables each module to be independently placed, repositioned, removed and replaced, even while a web is present. The detector and rail mount modules are built to suit any application, with an unrestricted overall system width. The modular detector is durable to withstand high speed and high-performance processes, making it an extremely versatile system. The Stealth uses powerful Digital Signal Processing technology and has high sensitivity levels to ensure the detection of the smallest ferrous, non-ferrous, and stainless steel contaminants. Stealth modular detectors have built-in data collection and Contact Reporter Software, making them a critical control point in preventing product contamination.
Stealth Pharmaceutical detectors use Digital Signal Processing Technology and have high sensitivity levels to ensure the detection of the smallest ferrous, non-ferrous and stainless steel contaminants. Available in stainless steel construction, contact parts are all removable for cleaning without the need for tools. Stealth detectors have built-in data collection and Contact Reporter Software making them a critical control point in preventing product contamination. This compact detector can be easily angled and height-adjusted to suit any press configuration. Plus, it''s the only detector that features an electric-powered lift. Renowned for their superior accuracy and reliability, Stealth Pharmaceutical Metal Detectors act as essential Critical Control Points in HACCP systems, effectively identifying and rejecting potential contamination.
Automatic testing saves time, money, labour, along with removing the risk of human error and workplace injury at critical control points on a manufacturing line while complying with industry standards. The Halo system is ideal for applications where manual testing of a metal detector is made difficult due to access, position, access to the product flow, environmental conditions, etc.
EMI and RFI can negatively affect the performance of metal detectors, resulting in false detections, false rejections, and food safety risks. Learn how to eliminate the "noise" at the source or overcome any noise that is present in this video.
The Interceptor DF uses a simultaneous multi-frequency operation that effectively processes the transmission and reception of multiple frequencies continuously over a broad spectrum. Developed with Divergent Field technology, it''s the world''s first metal detector to use multiple field directions. This technology dramatically improves the detection of ultra-thin contaminants often encountered in processing lines, significantly improving detection capabilities.