Loma IQ4H Pipeline Metal Detector System


The ideal solution for pumped food products, ensuring detection and rejection of contaminants

The Loma IQ4H Pipeline metal detector system with variable frequency technology is engineered for the meat sector and pumped product lines, enabling reliable detection and automatic rejection of foreign bodies.

The reject valves are designed to minimize valuable product waste. In addition, the IQ4H Pipeline is height adjustable thanks to its support frame with counterbalanced cylinder, making it easy to adapt to different filler and clipping machine heights.

Why Choose the Loma IQ4H Pipeline System

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Developed for SIP cleaning (Sterilization-in-Place) and compliant with EN1672-2 hygiene standards.

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Designed to deliver consistent metal contaminant detection in both high- and low-temperature applications.

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The IQ4H Pipeline is compatible with major vacuum filler brands (Handtmann, Antonio Borgo, Vemag, Risco, etc.).

Technical Information

Housing AISI 304 stainless steel
User interface 7’’ touchscreen – cover free
Pipe diameters 57 mm – typical use minced meat & sausages; 48 mm, 73 mm, 98 mm – typical use chocolate, jams, creams
Mounting / support mobile frame with counterbalance cylinder; L-bracket for fixed installation
Capacity up to 10 t/h
Flanges 57 mm Rd80 x 6 mm, Handtmann Quick Disconnect; 48 / 73 / 98 mm Tri-Clamp Quick Release
Reject valves ARL and ARU
Operating temperature & humidity -10ºC to +40ºC (0–95% non-condensing)
Power supply 100, 120, 200, 220, 230, 240 V AC 50/60 Hz
Protection rating IP69K
Options remote electronics, LomaEnet or Tracks 2 software, polysulfone pipes
Compliance meets HACCP, BRC, FSMA, IFS standards
Connectivity Ethernet and USB for data download
Fast auto-learn yes
  • Integrated fast auto-learn function.
  • Hygienic: fully welded TIG frame, easy washdown, EN1672-2 compliant.
  • Durable: IP69K protection class.
  • Advanced Performance Validation System (PVS) to verify proper operation.
  • Variable frequency technology: 70 inspection frequencies (31–882 KHz) maximize sensitivity and contaminant detection.

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