Best Safety Scanners ranked by User Reviews

A safety scanner is a device used to monitor the safety of a robotic system, ensuring that it operates within its intended boundaries and protecting personnel, equipment, and the environment from harm. It works by monitoring the robot's motion and position in real-time and triggering a safety stop if it exceeds pre-defined safety limits.

Safety Scanners
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Qviro gathers unbiased user reviews on satisfaction and ranks the Safety Scanners accordingly. We don't allow sponsoring to get products on top of the list.

SZ-V series
KEYENCE SZ-V series
Scanning range 8.38m

The KEYENCE SZ-V series is a highly advanced safety scanner that comes with an impressive range of up to 8.38 meters. This extended range makes it ideal for use in a wide range of industrial applications, providing superior detection capabilities and ensuring maximum safety for workers.

The series is also known for its ease of integration, making it a popular choice for businesses looking to upgrade their existing safety systems. With multiple innovative features, including the world's first safety scanner with integrated cameras and detachable display for remote access, the SZ-V series offers unparalleled flexibility and versatility.

In addition to these features, the KEYENCE SZ-V series also offers improved environmental resistance, allowing it to withstand harsh operating conditions and extreme temperatures. The network capability of the series further adds to its appeal, allowing for easy integration with other safety systems and providing a high level of customization.

The SZ-V series is also quickly customizable, with the ability to set up multiple safety zones to fit specific requirements. This flexibility and customizability make it an ideal choice for businesses looking to optimize their safety systems and enhance overall productivity.

Overall, the KEYENCE SZ-V series is a reliable, innovative, and flexible safety scanner that offers superior detection capabilities, ease of integration, and a range of advanced features. Its ability to improve safety while maintaining efficiency and productivity has made it a top choice for businesses across various industries.

F3SJ Series
OMRON F3SJ Series
Scanning range 20m

The OMRON F3SJ Series is a highly advanced safety light curtain that prioritizes machine safety above all else. It comes in three different versions, each designed to meet specific safety needs while conforming to the latest PLe/Safety Category 4 and SIL3 requirements.

One of the key features of the F3SJ series is its ability to detect personnel and stop the machine upon detection. This simple yet highly effective safety function ensures maximum protection for workers and reduces the risk of accidents and injuries.

The F3SJ series also boasts a fixed response time, which makes it easier to calculate the safety distance and reduces the overall mounting time by up to 50%. The reduced wiring, one-touch brackets, and easy-to-view alignment beams all add up to significant cost savings for businesses.

With easy-to-view diagnostics, the F3SJ series enables users to quickly and intuitively identify the status and cause of any errors, reducing machine downtime and improving overall productivity.

In addition to its advanced safety features, the F3SJ series is also highly customizable, with muting functions and series connection capabilities that make it ideal for use in a wide range of industrial applications. It fits seamlessly into any site and can be easily integrated with existing safety systems for maximum efficiency and productivity.

Overall, the OMRON F3SJ Series is a reliable, flexible, and cost-effective safety light curtain that offers unparalleled protection for workers and ensures optimal machine safety in any industrial setting.

Type 4 safety light curtain EZ-SCREEN LS SERIES
BANNER Type 4 safety light curtain EZ-SCREEN LS SERIES
Scanning range 12m

BANNER's EZ-SCREEN LS light curtains are a reliable and easy-to-use safety device designed for machine safeguarding in challenging manufacturing and packaging environments. With three resolutions available, ranging from 14 mm to 40 mm, and a range of up to 12 m, these light curtains provide end-to-end sensing with no blind zones. The aluminum housing and metal end caps protect each emitter and receiver against impacts, while highly visible alignment indicators and intuitive diagnostics make setup and troubleshooting a breeze.

The EZ-SCREEN LS system requires no PC software or DIP switches for quick and easy configuration. The dual scan technology ensures high immunity to EMI, RFI, ambient light, weld flash, and strobe light. The no blind zone design eliminates gaps in detection, while the system can cascade up to four systems of any length, resolution, and number of beams.

These light curtains are certified to Type 4 per IEC 61946, Category 4 PLe per EN ISO13849.1, and SIL3/SILCL3 per IEC 61508/IEC 62061, exceeding OSHA/ANSI control reliability requirements. The EZ-SCREEN LS pair model numbers come with an LS receiver, LS emitter, end-cap bracket kit, and center-mount bracket kit, making them a reliable choice for a range of manufacturing and packaging applications.

Type 4 safety light curtain SFLA Series
Autonics Type 4 safety light curtain SFLA Series

The SFLA series safety light curtains are installed in potentially dangerous or hazardous areas to safeguard personnel from injury. The light curtains feature proven technology from Autonics area sensors and mapping sensors. The light curtains are built to meet internationally safety standards and regulations. Various detection models (finger/hand/hand-body detection) and safety functions are available for diverse applications. The dedicated software atLightCurtain allows real-time status monitoring user settings such as automatic muting/blanking area functions.

SLC 440
SCHMERSAL SLC 440
  • Safety type 4 in accordance with IEC 61496-1
  • Status and diagnostics via App with bluetooth
  • active integrated set-up tool
  • Blanking: fixed/floating
  • Double acknowledgement/reset
  • Integrated contactor control
  • Beam coding
  • Process safety with highest availability
  • User-friendly parameter setting, no tools required
  • optional degree of protection IP69 with protective enclosure (accessories)
SLC 420
SCHMERSAL SLC 420
  • Protection class IP67
  • Safety type 4 in accordance with IEC 61496-1
  • Resolution 14, 30 and 50 mm
  • Protection field height from 170 mm … 1770 mm
S300 Mini Remote
Sick S300 Mini Remote

The S300 Mini Remote offers the ultimate in functionality within an ultra-compact design. With 16 triple field sets, the S300 Mini Remote is very flexible, so it is ideal for small automated guided vehicles (AGVs) or service robots. The triple field function enables a protective field and two warning fields to be operated at the same time. This minimizes downtimes and brake wear. The S300 Mini Remote has an internal interface (EFI) for safe device communication. This allows the realization of advanced system solutions, for example with the Flexi Soft safety controller. This enables the protection of automated guided vehicles in the front and rear. CDS (Configuration & Diagnostic Software) or the Flexi Soft Designer can be used to define protective and warning fields in a convenient and standardized way on a PC or laptop.

At a glance:

  • Can only be used in EFI system network, e.g., with a Flexi Soft safety controller or another safety laser scanner
  • Ultra-compact design
  • 2 m or 3 m protective field range
  • 270° scan angle
  • Up to 16 switchable field sets
  • Selectable resolution for hand, leg or body detection
  • Extended system solutions in combination with Flexi Soft safety controller
S300 Advanced
Sick S300 Advanced

The S300 Advanced meets exacting requirements and meets the demands of mobile and stationary applications. With up to four protective fields and eight warning fields, production processes can be optimized easily. The new triple field mode allows three fields – one protective field and two warning fields – to be activated at the same time. The use of the integrated EFI interface extends interoperability with other safety laser scanners and safety controllers from SICK. The configuration memory integrated into the system plug also enables simple commissioning and quick device replacement. CDS (Configuration & Diagnostic Software) can be used to define protective and warning fields in a convenient and standardized way on a PC or laptop.

At a glance:

  • Compact design
  • 2 m or 3 m protective field range
  • 270° scanning angle
  • 4 switchable field sets
  • Configuration memory integrated in the system plug
  • EFI interface for safe SICK device communication
  • Measured data output via RS-422
  • Contour as reference for vertical applications
Safety Laser Scanner Sentiel
DATALOGIC Safety Laser Scanner Sentiel

The Laser Sentinel family will provide a complete application-oriented solution based on the safe monitoring of a two dimensional area including all functions needed for static horizontal and vertical applications (such as robot cells, machine perimeter protection, machine opening protections, etc.) as well as dynamic applications (automated guided vehicles, automated guided carts and forklifts) in a compact device with high level detection performances
Standard factory warranty is three years.

Janus
Reer Janus

Safety light curtains with integrated Muting functions. The Janus series is the solution for the protection of a vast number of high-risk industrial applications, in particular those requiring a high level of integration of the safety functions. For example, in the models with built-in Muting function, Janus guarantees the independence of the light curtain from the control circuits of the system (often distant from the protected gate) and, where necessary, also the integration of the Muting sensors. Settings of each function integrally performed via themain connector.

Measuring light curtain SAB series
BANNER Measuring light curtain SAB series

Sensor Array Bar

Banner Engineering’s SAB Sensor Array Bar features QS18 sensors inside heavy-duty aluminum housing for reliable sensing on heavy-duty packaging lines. The SAB series is ideal for use on conveyors and chutes in the material handling industry.

• One array holds multiple QS18 sensors for reliable sensing and prevents misalignment

• Robust aluminum housing protects array bars from challenging environments

• One M12 connector powers the entire array bar and consolidates all outputs into one

• Polarized retroreflective, long-range diffuse, or standard diffuse array bars are available

• 10 to 30 V dc and -20 °C to 55 °C operating temperature

• IEC rating of IP50

• Solid-state bipolar outputs (NPN and PNP)

• Indicators for power and output status

• 12 gauge steel brackets are available

EOS2
Reer EOS2

EOS2 is a compact light curtain range with competitive performance and innovative features. Includes models with integrated safety functions such as self-monitoring static outputs, control of external contactors (EDM), and selectable automatic or manual restart. 2 safety PNP static outputs. Easy connection and installation thanks to the M12 connectors and the use of unshielded cables up to 100 meters.

Vision
Reer Vision

Safety light curtains for the protection of the majority of industrial applications in Category 2. Test function, activated automatically and periodically, without interruption of the operation of the machine being controlled. The breadth of the range, including MXL models with integrated Muting function.

SLC440/COM
SCHMERSAL SLC440/COM
    • Safety type 4 in accordance with IEC 61496-1
    • Automatic start or restart interlock
    • active integrated set-up tool
    • Process safety with highest availability
    • User-friendly parameter setting, no tools required
    • optional degree of protection IP69 with protective enclosure (accessories)
SLC440AS
SCHMERSAL SLC440AS
  • Safety type 4 in accordance with IEC 61496-1
  • Integrated AS-Interface
  • Protection field height 170 mm - 1770 mm
  • Configurable blanking functions
  • Integrated status indicator


SLC240COM
SCHMERSAL SLC240COM
  • Safety type 2 in accordance with IEC 61496-1
  • User-friendly parameter setting, no tools required
  • Reliable safety concept in case of interferences (EMC, welding sparks)
  • Process safety with highest availability
  • active integrated set-up tool
SLC445
SCHMERSAL SLC445
  • Multifunctional
  • Muting
  • Cyclic mode
  • Double acknowledgement/reset
  • Multiscan
  • Safety type 4 in accordance with IEC 61496-1
  • active integrated set-up tool
  • Blanking: fixed/floating
  • Status and diagnostics via 7-segment display
  • Integrated contactor control
  • User-friendly parameter setting, no tools required
Type 2 safety light curtain SG2 BASE series
DATALOGIC Type 2 safety light curtain SG2 BASE series

SG2 Type 2 Safety Light Curtains Basic Line is suggested for Finger, Hand and Body Presence safety detection, where high reliability, easy installation and alignment, as well as cost saving are requested.

Type 2 safety light curtain SG2 EXTENDED
DATALOGIC Type 2 safety light curtain SG2 EXTENDED

SG2 Type 2 Extended offers Finger and Hand resolution safety detection with integrated selectable EDM function and automatic or manual restart mode.

Type 4 safety light curtain SG4 BASE series
DATALOGIC Type 4 safety light curtain SG4 BASE series

SG4 Type 4 Safety Light Curtains Basic Line is suggested for Finger, Hand and Body Presence safety detection, where high reliability, easy installation and alignment, as well as cost saving are requested.

Safety light curtain SG BODY series
DATALOGIC Safety light curtain SG BODY series

SG Body Compact are suitable for safety protection and perimeter access control where high reliability, cost saving and easy are requested. A fully integrated Muting function is available to distinguish the material flow from an accidental passage of an operator.

Safety light curtain SG BODY BIG series
DATALOGIC Safety light curtain SG BODY BIG series

SG Body BIG is recommended for safety protection and access control where high reliability, improved robustness and easy installation are requested, also including a cost effective retro-reflective version.

Safegate
Reer Safegate

Safety light curtain with integrated Muting functions for the protection of high-risk industrial applications, in particular those requiring a highlevel of integration of the muting functions. SAFEGATE guarantees the integration of the muting sensors that can be connected directly to the safety light curtain. Programmable models (SMPO) functional parameters configuration can be managed via Safegate Configuration Software (SCS)

Admiral
Reer Admiral

The Admiral serie of safety light curtains, with integrated balnking functions, is the ideal solution for the protection of the majority of high-risk industrial applications. Long Range models with 2, 3 and 4 allow beams reach a max. of 60 m, while the Dual beams models reaches the max. of 80 m.

EOS4
Reer EOS4

EOS4 is a compact light curtain range with competitive performance and innovative features. Includes models with integrated safety functions such as self-monitoring static outputs, control of external contactors (EDM), and selectable automatic or manual restart. 2 safety PNP static outputs. Easy connection and installation thanks to the M12 connectors and the use of unshielded cables up to 100 meters.

Safety Light Curtains with Finger Protection
wenglor Safety Light Curtains with Finger Protection

TÜV-certified safety light curtains with the highest performance level e in accordance with DIN EN ISO 13849-1 protect people and machines in hazardous areas. The electro-sensitive protective equipment of type 4 offers reliable finger protection with a resolution of 14 mm.

Safety Light curtains BLCT
Fiessler Safety Light curtains BLCT

Properties:

Integrated control-unit with contactor control and restart can be programmed without a PC

Contactor/valves directly connectablly, switching capacity 0,5A/24V

Smallest safety distances by short response times 4 ms to 29 ms, depending of the protection high

Finger and hand protection with up to 5m protective width(resolution 14 mm and 30 mm)

Protection heights from 100mm to 1500 mm in steps of 100 mm

Microcontroller monitoring of the safety functions (self-monitored)

Semiconductor outputs with short-circuit and crossconnection monitoring

Integrated self-diagnosis with a fault indication by 7-digit display

Optional safety switchgears permit muting and clocked operation

Direct connection via M12 connector

Compact design 25 x 35 mm w/ flexible fastening by tenon blocks and protection category IP 65

Safety Light Curtains with Blanking features BLVT
Fiessler Safety Light Curtains with Blanking features BLVT

Properties:

Blanking features for blanking any obstacles in the detection field

integrated switching unit, contactor control and restart interlock activated by Dip-switches

can be connected directly to contactors/valves, switching capacity 0,5A/24V

minimum safety distance due to short response times, between 5 ms and 25 ms, depending on constructional length

detection of smallest obstacles (14 mm / 30 mm) inside a detection range of 7 meters / 24 meters

between 7 and 247 beams with protective heights from 100 up until 2500 mm

micro-processor controlled safety functions

muting and stroke operation with optional safety control-unit PLSG

self-monitoring semiconductor outputs with line interruption monito ring, short-circuit- and side current passages check

built-in self-diagnosis with error display

protective system IP 65 (waterproof sealed)

Safety Light curtains ULCT
Fiessler Safety Light curtains ULCT

Properties:

  • Integrated control-unit with contactor control and restart can be programmed without a PC
  • Contactor/valves directly connectablly, switching capacity 0,5A/24V
  • Smallest safety distances by short response times 4 ms to 29 ms, depending of the protection high
  • Finger and hand protection with up to 5m protective width(resolution 14 mm and 30 mm)
  • Protection heights from 100mm to 1500 mm in steps of 100 mm
  • Microcontroller monitoring of the safety functions (self-monitored)
  • Semiconductor outputs with short-circuit and crossconnection monitoring
  • Integrated self-diagnosis with a fault indication by 7-digit display
  • Optional safety switchgears permit muting and clocked operation
  • Direct connection via M12 connector
  • Compact design 25 x 35 mm w/ flexible fastening by tenon blocks and protection category IP 65
Light curtains ULVT
Fiessler Light curtains ULVT

Properties:

integrated control-unit with contactor control and restart activatable by DIP switches activatable

contactor/valves directly connectablly, switching capacity 0,5A/24V

smallest safety distances by short response times 4,5ms to 24,5ms, depending of the protection high

smallest obstacle recognition of 14mm from 0,3m to 7m range

protection heights of 100mm to 1900mm in 100mm steps

microprocessor monitoring of the safety functions

built in selfdiagnostic with error display

muting and stroke operation with optional safety control-unit PLSG

protective system IP65

Safety light curtains
ifm Safety light curtains

Safety categories 2 and 4 to IEC 61496

Reliable protection of hazardous areas and gates

Wide range selectable on the unit

No dead space when mounted in L shape

Easy connection via the tried-and-tested M12 connector

Safety light curtains are used where hazardous areas must be secured. They are optoelectronic safety devices consisting of one transmitter and one receiver. They conform to the safety requirements of type 2 / SIL 1 or type 4 / SIL 3.
Typical applications include access prevention or hazardous area monitoring of robot cells and production lines. For food and beverage applications, units with protective tubes and high protection ratings are offered. Safety light curtains with floating blanking can be used to safeguard material feed processes on presses and saws.

Safety Light Curtains
BANNER Safety Light Curtains

Safety light curtains protect personnel from injury and machines from damage by creating a sensing screen that guards machine access points and perimeters. Banner offers intuitive, easy-to-use safety light curtains for a wide variety of safety applications.

Type 4 safety light curtains protect personnel from injury and machines from damage by guarding points of operation, access, areas and perimeters. Type 2 safety light curtains are a cost-effective light curtain safety solution for guarding lower-risk applications, where the result of an accident is only a slight injury.

SAFETY LIGHT CURTAINS
Panasonic SAFETY LIGHT CURTAINS

Panasonic Safety Light Curtains offer no dead zone detection, built-in muting, blanking functions and up to Category 4 protection to provide the best solution for a variety of machine safeguarding applications.

SE4D Series
IDEC SE4D Series

Conventional light curtains had dead zone where there are no beam axis at both ends. With SE4D the first beam axis placed right along the edges, detection can be performed along the entire area. Up to 3 sets (emitter/receiver) can be connected in series to cover L or U shaped configurations, or to guard both the front and back of a machine.
SE4D light curtain is equipped with a muting control function that causes a line to stop only when a person passes through the light curtain, but does not stop the line when an object passes through. The muting sensor and muting lamp can be directly connected to the light curtain. A special controller for muting is not required thus reducing cost.
Fixed blanking prevents the control output (OSSD1/2) from turning off when a specific beam is interrupted. This is used in applications where a specific beam is always interrupted. When the object is moved outside of the sensing area, the control output (OSSD1/2) turns off. Floating blanking function prevents the control output (OSSD1/2) from turning off when the number of beams interrupted is less than a preset number. The number that can be set is from 1 to 3 beams. This function enables sensing even when the position of the obstacles changes in the sensing area.

Safety light curtains mac4
Sick Safety light curtains mac4

SICK's new mac4 safety light curtain features an expandable modular design that can be used in a variety of different machines. The mac4 is based on a modular housing concept and an innovative combination of base, extension and end modules. No blind zone restrictions and a versatile range of assembly options enable the mac4 to be seamlessly integrated into machines. Featuring the simplest of functions and yet the maximum level of protection, PL e, the mac4 is an ideal cost-efficient solution for protecting small mounting stations. The two resolutions 17 mm and 30 mm offer reliable detection with protective field heights of up to 1,050 mm and scanning ranges of up to 3.2 m.

At a glance:

  • Type 4 (IEC 61496), SIL3 (IEC 61508), PL e (EN ISO 13849)
  • Modular, expandable housing design with reliable ABS plastic
  • No blind zones
  • Protective field heights between 210 mm and 1,050 mm
  • Scanning range: 0.4 m to 3.2 m
  • Resolution: 17 mm and 30 mm
  • Direct mounting or with alignment brackets
  • Adapter for laser alignment aid AR60
440L Type 4 and 445L Safe 4 GuardShield PAC Safety Light Curtains
Rockwell Automation 440L Type 4 and 445L Safe 4 GuardShield PAC Safety Light Curtains

Our Bulletin 440L Type 4 and 445L Safe 4 Guardshield PAC Safety Light Curtains are based on the individual safety light curtain platforms and are used for whole-body detection. They are typically positioned around an area or in front of a machine process entry or exit areas. These devices are applied in applications where a formal risk assessment has determined that the hazard poses a moderate to high risk of operator injury.

Bulletin 440L Type 4 PAC Safety Light Curtains
Offers multiple models:
Standard
Standard with integrated laser alignment
ArmorBlock® Guard I/O™ connectivity
Offers advanced functions:
Beam coding
External device monitoring
Machine test signal
Start/restart interlock
Provides efficient connectivity through M12 quick-disconnects
Optically synchronized, which eliminates hard-wiring for synchronization
Offers simplified setup though Integrated laser alignment system
Provides a rugged IP65 enclosure rating


Bulletin 445L Safe 4 PAC Safety Light Curtains

Provides efficient connectivity through M12 quick-disconnects
Offers optical synchronization, which eliminates hard wiring for synchronization simplified setup though Integrated laser alignment system
Provides a rugged IP65 enclosure rating
Offers a wide operating range:
0…18 m (0…59.05 ft)
5…30 m (16.4…98.4 ft)

What is a Safety Scanner?


A safety scanner is a type of safety device that is used to monitor a specific area of a workplace and detect any potential safety hazards. Safety scanners typically use infrared or laser technology to scan the surrounding environment and create a safety zone or safety field around the device.

If an object or person enters the safety zone, the safety scanner can trigger an alarm or stop the machinery in the area to prevent accidents or injuries. Some safety scanners are also able to detect the speed and direction of movement of objects within the safety zone, which can help to prevent collisions between moving vehicles or machinery.

Safety scanners are often used in manufacturing and other industrial settings where workers are in close proximity to machinery and other potential hazards. They are designed to help prevent accidents and injuries by detecting and responding to potential safety hazards in real-time.

Overall, safety scanners are an important safety tool for any workplace where workers are at risk of injury or accidents, and can help to create a safer and more productive work environment for all employees.

What is the general process by which Safety Scanners operate to detect and prevent potential hazards in a workplace environment?


Safety scanners typically use infrared or laser technology to detect objects within a defined area, and then generate a safety zone or safety field around the device. Here is a general overview of how safety scanners work:

1. Emitting a signal:

The safety scanner emits a signal, which may be a beam of infrared or laser light.

2. Scanning the area:

The signal scans the area around the safety scanner, and reflects off objects that are within its range.

3. Receiving the signal:

The safety scanner receives the signal that has been reflected off objects within the safety zone, and uses this information to create a 2D or 3D map of the objects within the area.

4. Analyzing the data:

The safety scanner analyzes the data it has received to determine the size, shape, speed, and direction of the objects within the safety zone.

5. Triggering an alert:

If an object or person enters the safety zone, the safety scanner can trigger an alert or stop the machinery in the area to prevent accidents or injuries.

Some safety scanners are also able to communicate with other safety devices, such as emergency stop buttons, to further enhance workplace safety.

Overall, safety scanners use advanced technology to monitor and detect potential safety hazards within a defined area, and can provide real-time alerts to prevent accidents and injuries in the workplace.

What are some of the key reasons that Safety Scanners are considered to be important safety devices in the workplace?


Safety scanners are important for a variety of reasons, mainly because they help to prevent accidents and injuries in the workplace. Here are some of the key reasons why safety scanners are important:

1. Hazard detection:

Safety scanners are able to detect potential hazards in the work environment, such as moving machinery or objects, and alert workers to the presence of these hazards.

2. Injury prevention:

By alerting workers to potential hazards, safety scanners can help to prevent injuries and accidents from occurring. This is especially important in industries where workers are at risk of serious injury or death, such as in manufacturing or mining.

3. Improved efficiency:

Safety scanners can also help to improve workplace efficiency by reducing the risk of accidents and injuries. When workers feel safe and secure in their work environment, they are able to work more efficiently and productively.

4. Cost savings:

By preventing accidents and injuries, safety scanners can also help to save companies money in terms of lost productivity, workers' compensation claims, and other expenses associated with workplace accidents.

5. Compliance with safety regulations:

In many industries, safety scanners are required by law to comply with safety regulations and standards. Using safety scanners can help companies to meet these requirements and avoid fines or other penalties.

6. Improved safety culture:

Safety scanners can also help to promote a culture of safety in the workplace. When workers see that their employer is taking safety seriously, they are more likely to take safety precautions themselves and to report any safety concerns they may have.

Overall, safety scanners play a critical role in maintaining a safe and healthy work environment for employees, which is essential for both the workers themselves and the success of the company.

What are some examples of industries or workplaces that commonly use Safety Scanners as part of their safety programs and equipment?


Safety scanners are used in a variety of industries to improve safety by detecting and preventing hazardous situations. Some industries that commonly use safety scanners include:

1. Manufacturing:

Safety scanners are used in manufacturing to detect when workers or equipment are within a hazardous area, such as near a robot or machinery that is in operation.

2. Automotive:

Safety scanners are used in the automotive industry to improve worker safety on assembly lines, where there is a risk of injury from moving vehicles and heavy machinery.

3. Logistics and Warehousing:

Safety scanners are used in logistics and warehousing facilities to detect and prevent collisions between moving vehicles, such as forklifts, and stationary objects, such as racks or walls.

4. Agriculture:

Safety scanners are used in agriculture to detect when workers are within close proximity to heavy machinery, such as tractors or harvesters.

5. Mining:

Safety scanners are used in mining to detect and prevent collisions between heavy equipment, such as trucks or bulldozers, and workers.

6. Oil and Gas:

Safety scanners are used in the oil and gas industry to improve worker safety in hazardous environments, such as oil rigs or refineries.

7. Food and Beverage:

Safety scanners are used in food and beverage processing plants to detect and prevent collisions between workers and machinery, and to ensure that workers stay clear of hazardous areas, such as areas with high temperatures or chemicals.

8. Aviation:

Safety scanners are used in aviation to detect and prevent collisions between aircraft and ground vehicles, such as baggage carts or fuel trucks.

Benefits of Safety Scanners:


Safety scanners provide several key benefits, including:

1. Improved safety:

Safety scanners help to prevent accidents and injuries by monitoring the robot's motion and position, and stopping it if it exceeds pre-defined safety limits. This helps to ensure a safe working environment for personnel and reduces the risk of equipment damage or environmental hazards.

2. Compliance with regulations:

Safety scanners are often required by industry regulations, such as ISO 10218 and ISO 13849, to ensure that robotic systems meet safety standards.

3. Increased efficiency:

Safety scanners can help to improve the efficiency of a robotic system by reducing downtime caused by accidents or damage. They can also help to optimize the robot's performance and increase productivity by ensuring that it operates within its safe working limits.

4. Enhanced flexibility:

Safety scanners can be integrated with a variety of robotic systems, allowing for a flexible and adaptable safety solution that can be customized to meet the specific needs of the application.

5. Improved user experience:

Safety scanners can help to improve the user experience by providing a more intuitive and user-friendly interface for controlling the robot. They can also provide valuable feedback and diagnostic information that can be used to optimize the performance of the robotic system.

Overall, safety scanners play an important role in ensuring the safety and efficiency of robotic systems, and are essential components in many industrial applications.

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