Sick Laser Scanners

  • Economical measurement sensor
  • Real-time output of measurement data via Ethernet interface
  • Field evaluation using intelligent algorithms and programmable applications

2D LiDAR sensors LMS5xx

  • Powerful and efficient laser measurement sensor for ranges of up to 80 m
  • Outstanding performance in adverse environmental conditions due to multi-echo technology
  • Up to IP 67 enclosure rating, built-in heater for outdoor versions, highly compact design
  • Powerful and efficient laser measurement sensor for ranges of up to 80 m
  • Outstanding performance in adverse environmental conditions due to multi-echo technology
  • Up to IP 67 enclosure rating, built-in heater for outdoor versions, highly compact design
  • Mixed-mode navigation provides both spatial contour data and reflector data
  • Long scanning range: up to 70 m on reflectors (up to 35 m on black targets)
  • High internal computing power and individual AGV configuration
  • Mixed-mode navigation provides both spatial contour data and reflector data
  • Long scanning range: up to 70 m on reflectors (up to 35 m on black targets)
  • High internal computing power and individual AGV configuration
  • 4 m protective field range
  • 1 field set
  • EFI interface for safe SICK device communication
  • 4 m protective field range
  • 4 switchable field sets
  • Configuration memory integrated in the system plug
  • Can only be used in EFI system network, e.g., with a Flexi Soft safety controller or another safety laser scanner
  • 4 m protective field range
  • Up to 32 switchable field sets
  • 4 m protective field range
  • 32 switchable field sets
  • Configuration memory integrated in the system plug
  • Direct integration in PROFINET IO safe bus system
  • 4 m protective field range
  • 4 switchable field sets
  • Direct integration in PROFINET IO safe bus system
  • 4 m protective field range
  • 4 switchable field sets (four protective fields, four warning fields)
  • Direct integration in PROFINET IO safe bus system
  • 4 m protective field range
  • 8 switchable field sets
  • Direct integration in PROFINET IO safe bus system
  • 4 m protective field range
  • 8 switchable field sets
  • 5,5 m protective field range
  • 1 field set
  • EFI interface for safe SICK device communication
  • 5.5 m protective field range
  • 4 switchable field sets
  • Configuration memory integrated in the system plug
  • 5.5 m protective field range
  • 8 switchable field sets
  • Configuration memory integrated in the system plug
  • Can only be used in EFI system network, e.g., with a Flexi Soft safety controller or another safety laser scanner
  • 5.5 m protective field range
  • Up to 32 switchable field sets
  • Direct integration in PROFINET IO safe bus system
  • 5.5 m protective field range
  • 4 switchable field sets
  • Direct integration in PROFINET IO safe bus system
  • 5.5 m protective field range
  • 4 switchable field sets
  • Direct integration in PROFINET IO safe bus system
  • 5.5 m protective field range
  • 8 switchable field sets
  • Direct integration in PROFINET IO safe bus system
  • 5.5 m protective field range
  • 8 switchable field sets
  • 7 m protective field range
  • 1 field set
  • EFI interface for safe SICK device communication
  • 7 m protective field range
  • 4 switchable field sets
  • Configuration memory integrated in the system plug
  • 7 m protective field range
  • 8 switchable field sets
  • Configuration memory integrated in the system plug
  • Can only be used in EFI system network, e.g., with a Flexi Soft safety controller or another safety laser scanner
  • 7 m protective field range
  • Up to 32 switchable field sets
  • 7 m protective field range
  • 32 switchable field sets
  • Configuration memory integrated in the system plug
  • Direct integration in PROFINET IO safe bus system
  • 7 m protective field range
  • 4 switchable field sets
  • Direct integration in PROFINET IO safe bus system
  • 7 m protective field range
  • 4 switchable field sets
  • Direct integration in PROFINET IO safe bus system
  • 7 m protective field range
  • 8 switchable field sets

Sick Safety Sensors

Sick Stegmann is one of the World's leading manufacturers of safety sensors.  The company is among the best in the field of industrial technologies. Since its foundation, Sick invested a lot of time and expertise to become a number one company in optoelectronic safety solutions for hazardous machines and work areas.

Today Sick continues to keep high standards for innovation developing advanced point-of-operation devices, optical perimeters, and area guards. The company features a broad range of products from small regular duty and compact models to heavy-duty robust and sturdy design sets that withstand harsh operating conditions and aggressive industrial environments. Advanced features of Sick safety control devices include fixed, floating, and multiple floating blanking, Presence Sensing Device Initiation (PSDI), and multiple configurable muting controls. We are glad to present high-quality technologically advanced Sick safety sensor equipment in our catalog.

How does a Sick sensor work?

One of the most common Sick design solutions is the usage of photoelectric proximity sensors, such as MultiPulse, together with safety controllers (for example FlexiSoft) or special safety evaluation modules. The photoelectric sensor detects movements by changing the electrical potentials as the amount of light incoming to the sensor surface is changing. The controller element translates electric signals received from a photoelectric element into digital electronic code to operate the safety system standard modes.

Featuring: SAPP02D-06AP002 safety systems for automating material flows

  • Safeguard Detector variant: Flexi Soft variant
  • Number of sensors: 2 pieces
  • Pulse frequency: 2 Hz
  • Connection type: Spring terminals, Connector M8, 3-pin
  • Items supplied: 1 x main module FX3-CPU000000, 1 x system plug FX3-MPL000001, 1 x FX3-XTIO84002 I/O module, 1 x SAPP02D-06A0002 MultiPulse sensor pair.

What is a Sick scanner?

Sick has developed innovative safe HDDM scanning technology based on laser scanning of hazardous areas determining objects or obstacle movements by processing and decoding the data supplied by the laser scan unit.

Featuring: MicroScan3 Core Safety Laser Scanner

  • The microScan3 Core safety laser scanner from SICK reliably protects hazardous areas, accesses, and hazardous points.
  • The microScan3 combines a small compact design and a large scanning range in one device with high performance
  • Suitable for heavy-duty operation and harsh environments and challenging ambient conditions
  • Compact design
  • Wide scanning range
  • Standardized cable connections
  • Rapid integration
  • New Safety Designer software offers improved programming features and fast setup
  • A brilliant LED screen for easy identification of status.


Eltra Trade offers the widest array of Sick Safety Sensors. We will be happy to provide you with the necessary assistance and supplemental materials helping to find the best Sick Safety Sensors solution at a competitive price to perfectly fit your industry and application case. Contact us today!

The main product families of SICK laser safety scanners are: 

  • MicroScan3 Core;
  • S300 Mini Remote;
  • S300 Standard;
  • S300 Mini Standard;
  • S300 Advanced;
  • S300 Professional;
  • S3000 Standard;
  • S300 Expert;
  • S3000 Advanced;
  • S3000 Professional;
  • S3000 Remote;
  • S3000 Expert;
  • S3000 PROFINET IO Professional;
  • S3000 PROFINET IO Advanced;
  • S3000 Cold Store;
  • S3000 Anti Collision.