Safety ecology and health and safety
Occupational health and safety - protection of human labor
Monitoring and security interlock systems
Our intralogistics systems use advanced sensors that monitor the workspace and all operations in real time.
- Automatic locks and sensors: If a threat to the health or safety of our employees is detected, the systems automatically stop the operation of equipment, preventing potential accidents. Sensors analyze the environment, eliminating the risk of collisions and dangerous situations.
- Mapping manual processes: By mapping manual operations, we can continuously monitor and optimize the tasks performed by employees, minimizing their physical strain. We reduce the risk of injuries, especially those related to repetitive movements and overexertion.
Automation as the answer to staff shortages
Our intralogistics systems use advanced sensors that monitor the workspace and all operations in real time.
- Reducing demand for workers: By automating processes such as transportation, sorting and warehousing, we are able to reduce the number of people needed to handle these operations, while maintaining high labor efficiency. As a result, even in the face of staff shortages, our systems run smoothly.
- Relieving the teams: Automatic conveyor sorting systems take over the heaviest and most repetitive tasks, allowing our employees to focus on tasks that require greater precision and commitment. We reduce the physical strain on employees, resulting in greater employee satisfaction and a lower risk of injury and therefore absenteeism.
- Operational Continuity: Automation allows our systems to run uninterrupted, even when the number of available employees is limited. Automated operations maintain high efficiency, eliminating downtime and delays that could result from staff shortages.
Ergonomics and reduced risk of injury
At Intralog, we care about the ergonomics and comfort of your employees. Our systems not only protect the health of your staff, but also improve the quality of their work by:
- Elimination of heavy manual work: Automatic transport and storage systems eliminate the need for manual handling of heavy objects, which significantly reduces the risk of physical injury. In this way, employees work more comfortably, which increases their efficiency and satisfaction.
- Optimization of repetitive tasks: Automation eliminates excessive physical strain from repetitive activities, which minimizes fatigue and prevents injuries from muscle or joint strain. Job mapping allows you to identify areas that need ergonomic improvement on an ongoing basis.
Operational continuity without downtime
With our intralogistics systems, safety goes hand in hand with work continuity. Safety features, sensors and interlocks minimize the risk of accidents, but also prevent downtime:
- Reduced downtime: Automatic monitoring systems eliminate downtime associated with equipment failures or human error. Thanks to the rapid response of the systems to threats, operations can continue without delay, increasing the efficiency of our work.
- Operational Performance: Automation not only improves security, but also optimizes processes, allowing us to operate more efficiently, without the need to frequently involve employees in routine tasks.
Higher level of security
Automatic sensors and interlocks provide maximum protection for workers, reducing the risk of accidents and injuries.
Effective human resource management
Automation allows operational efficiency to be maintained, even with limited staff, which is crucial in the face of staff shortages.
Ergonomic workstations
Our systems optimize physical work, reducing the workload of employees and minimizing the risk of injury, resulting in better quality of work and reduced costs related to sickness absence.
Reliable and continuous operation
Automating operations allows warehouse processes to continue without downtime, increasing productivity and reducing operating costs.
Quality system components
Why do we choose technology leaders?
SIEMENS, SEW, NORD, RITTAL and other brands that supply components for Intralog systems are global leaders in their fields, which translates into several key benefits:
- Reliability and quality: Components from reputable companies are characterized by exceptional durability, which minimizes the risk of failure and guarantees the long-term operation of systems. Compared to components of unknown quality, our partners' products undergo rigorous testing and certification, which means they can operate in harsh environments for many years without frequent replacement.
Easy access to spare parts: by choosing products from the leaders, we ensure easy access to spare parts worldwide. Components such as SEW and NORD drives and SIEMENS controls are widely used and available, which means our customers will never be forced to search for hard-to-find replacements.
Future Security: The brands we choose are stable players in the global market, which means that the solutions we offer will be supported for years. Unlike components produced by lesser-known companies that may disappear from the market, technology leaders provide continuity of support and service, which gives our customers peace of mind and independence.
How do these components differ from non-branded counterparts?
Compared to replacements, the components used in Intralog systems have significant advantages in several key respects:
- Durability and reliability: Components from companies such as RITTAL (control cabinets), Sick and Datalogic (sensors) and Cognex (vision systems) are designed and made of the highest quality materials. They are much more resistant to wear and tear than unbranded alternatives, resulting in longer system life and less frequent component replacements.
- Advanced technology features: equipment from our partners are equipped with the most modern technologies, such as standby management systems that save energy up to 40%. With precisely operating sensors, these systems automatically reduce energy consumption, which lowers operating costs and reduces the carbon footprint. Cost-effective components often do not have such advanced features, which increases operating costs in the long run.
Safety and certifications: Each of our components comes from well-established companies that meet stringent international standards for safety, quality and environmental protection. Examples include drives from SEW and NORD, which offer not only excellent technical performance, but also compliance with environmental regulations. Alternatives may not meet these standards, with risks of failure, incompatibility and potential safety hazards.
Operational reliability
Stable operation of systems based on proven components, which minimizes the risk of downtime and costly failures.
Longevity and economy
Durable and efficient components that do not require frequent replacement, which reduces operating costs.
Ease of servicing
Availability of spare parts and technical support worldwide through partnerships with global technology leaders.
Sustainability
Selecting components that are energy efficient and reduce carbon footprint by using modern energy management technologies.
Reducing energy consumption
Examples of activities
- Photovoltaics and energy storage: we use renewable energy sources such as solar panels, which, combined with energy storage systems, allows us to significantly reduce power consumption from the grid. Photovoltaics power conveyor systems, lighting and even water heating through solar panels. This solution reduces energy costs to 40%, which also reduces the carbon footprint.
- Standby and device efficiency: we use state-of-the-art, energy-efficient equipment with intelligent sensor systems that allow equipment to go into "standby" mode when not in use. As a result, energy consumption can be reduced by up to 40%, which directly translates into lower operating costs and energy savings.
- Optimization of logistics processes: Our conveyor systems and automated solutions are designed to minimize energy consumption during the transportation of goods in the warehouse. Reduced duty cycles, proper adjustment of goods flows and elimination of excessive equipment activity lead to significant energy savings.
Reducing the carbon footprint
Renewable energy sources
The use of photovoltaics and other renewable energy systems allows us to significantly reduce CO2 emissions. The energy self-sufficiency resulting from the use of renewable sources reduces the need to use conventional energy, which contributes to a lower carbon footprint.
Durability of equipment and reduction of production
Thanks to advanced monitoring systems, our equipment runs more efficiently and is less prone to wear and tear. Longer equipment life means less frequent replacement of equipment, reducing the need to manufacture new units, thereby reducing the greenhouse gas emissions associated with their production.
Reducing material consumption
We are introducing clever solutions, such as direct packaging of products on conveyor belts without additional packaging or dividers. This approach reduces material consumption, which also translates into a reduced carbon footprint associated with production and disposal.
Transport optimization
By integrating intelligent logistics systems and advanced route planning, it is possible to reduce the number of delivery runs, which lowers emissions and reduces the overall carbon footprint associated with transporting products.
