• 468 Le Hong Phong, Dist.10, Ho Chi Minh City
  • 0907.686.889



The IQ4 Waferthin is a compact gravity fed / throat metal detector system designed to be installed between gravity feed hoppers, multi-head weighers and VFFS bagging machines with a minimal metal free zone required.

The Waferthin head can be integrated with control systems on bagging machines or multi-head weighers for maximum efficiency and total quality assurance.

The IQ4 Waferthin offers the latest 7” colour touchscreen with the engaging new user interface designed to make light work of setting, running and maintaining the IQ4 range, minimalizing user errors.

The IQ4 range of Metal Detectors offer optimized mechanics to deliver performance improvements using variable-frequency detection (31 to 882 KHz).



Additional Features

  • Sealed for IP66 washdown applications
  • Made with 304 stainless steel
  • Manufactured with LOMA's "Designed to Survive" philosophy
  • Lead free construction

Ideal for these products

  • Dried Foods, Cereals & Grains
  • Confectionery & Snack Foods


  • Material of Construction: 304 Brushed stainless steel
  • True Variable Frequency: 31 to 882 KHz
  • Supply Voltages: 85 to 265 V, single phase 50/60Hz, neutral & amp;Earth
  • Power Consumption: 20 VA 
  • Temperature Range: -10 to +35 oC (14 to 95 oF)
  • Humidity: 0 to 95% Relative Humidity (Non-condensing)
  • IP Rating: IP66 
  • PVS Enabled: Yes
  • Ethernet Capability: Yes
  • USB Capability: Yes

7” Touchscreen with a New Easy to Use Interface
Standard across all of the IQ4 range, the big 7” touchscreen offers 33% more space than previous generation metal detectors and improves usability.

Faster, Better Auto-Learn
With significant improvements in signal processing, the new Auto-Learn rapidly delivers excellent detection sensitivities out of the box and provides more line uptime than ever before.

Variable Frequency Provides the Best Detection Levels
The IQ4 Waferthin is built using LOMA's revolutionary Variable Frequency technology that allows detection levels to be optimized around a wide range of differing product conditions, including whether they are wet or dry.