As the intelligent warehousing industry continues to evolve at a rapid pace, safety remains the fundamental cornerstone and long-term safeguard for sustainable business development. As a global leader in intelligent warehouse robotics, Quicktron adheres firmly to the principle of “people-oriented, safety-first”. From employee training and production management to product design, Quicktron has established a systematic, internationally aligned, and continuously improving safety management system—ensuring the highest standards of protection for customers, employees, and partners worldwide.

Employee Safety Training: Making Safety a Second Nature

Quicktron has built a comprehensive and globally standardized employee safety training system, covering all production and project-related work scenarios.

• Comprehensive Training Coverage: Training content includes personal protective equipment (PPE), equipment lifting operations, AGV area management, working at heights, commissioning and maintenance risk prevention, and mandatory safety certifications required across different countries.

• Diversified Training Methods: Online theoretical learning via the Quicktron Academy platform is combined with offline hands-on practical training, ensuring consistent learning experiences for employees worldwide.

• Closed-Loop Training Mechanism: From onboarding safety training and pre-project refreshers to annual updates and daily pre-shift safety briefings, safety education is embedded into everyday operations.

• Strict Assessment and Supervision: Through simulated practical assessments, qualification rates, on-site behavior observation, and accident rate tracking, Quicktron ensures that safety knowledge is translated into real-world practice.

The ultimate goal of this system is to internalize safety awareness as an instinctive work habit for every employee—striving toward the objective of zero accidents.

Production Safety Management: Clear Accountability, Closed-Loop Control

In manufacturing operations, Quicktron ensures safety through four key pillars: clear accountability, continuous training, rigorous inspections, and comprehensive emergency preparedness.

Safety Responsibility System

1. Team Leaders: The primary safety owners of production lines, responsible for pre-shift briefings, in-shift inspections, and post-shift summaries.  
2. Operators: Required to comply with the “Four No-Harm Principles”—not harming oneself, not harming others, not being harmed by others, and protecting others from harm.
3. Safety Officers / Engineers: Responsible for procedure development, training supervision, and continuous improvement.  

Safety Training and Education

1. Pre-Job Training: New hires and employees changing positions must complete three-tier safety education.
2. Ongoing Training: Quarterly refreshers, new equipment operation training, and accident case studies. 

Safety Inspections and Hazard Identification

1. Daily Checks: Operators inspect equipment and protective devices before operation.
2. Tiered Inspections: Daily by team leaders, weekly by workshop supervisors, and monthly by factory management.  
3. Specialized Inspections: Electrical, pneumatic, and mechanical protection checks with closed-loop corrective actions.

Emergency Response and Drills

1. Emergency Equipment: Emergency stop buttons, fire extinguishers, and first-aid kits.
2. Skill Readiness: Employees must be proficient in emergency stop procedures, initial incident handling, and evacuation routes.
3. Regular Drills: Routine emergency drills for scenarios such as mechanical injuries, electric shocks, and fires. 

By clearly defining responsibilities, standardizing procedures, and strengthening emergency preparedness, Quicktron integrates safety into every stage of production.

Product Safety Management: Safety by Design

Quicktron’s product safety management follows international standards and prioritizes risk prevention throughout the entire product lifecycle—from design to deployment.

Risk Assessment and Design Principles

Based on EN ISO 12100 risk assessment methodology, potential hazards are identified at the early design stage and controlled through a hierarchical approach:inherently safe design → protective measures → supplementary safeguards → safety information.

Examples include:

1. Low-voltage circuit designs to reduce electric shock risks;
2. Smooth exterior designs to minimize collision hazards;
3. Controlled safe docking speeds to prevent impact injuries.

System Safety Control

Safety control systems are designed in accordance with ISO 13849-1 to meet required performance levels (PL/SIL), including:

1. Safety PLCs, safety light curtains, emergency stop buttons, and anti-collision bumpers;
2. Clear warning labels to enhance personnel awareness.

Verification and Certification

1. Products undergo EVT, SVT, and other verification stages, combining simulation and on-site testing to ensure reliable safety performance;
2. In collaboration with international certification bodies such as TÜV Rheinland and ETL, Quicktron has obtained certifications including ISO 3691-4, EN 619, EN 528, and UL 3100—ensuring compliance with global regulatory standards.

User Information and Training

Quicktron provides customers with detailed user manuals, safety signage, and training programs, enabling safe and correct operation and maintenance of equipment.

Safety is Quicktron’s Bottom Line and Our Commitment to Customers

From employee training and manufacturing operations to product design, Quicktron consistently upholds the highest safety standards.

1. For employees: Making safety a work habit and safeguarding lives and health.
2. For production: Building robust defenses through accountability and systems to eliminate hidden risks.
3. For products: Ensuring end-to-end protection through international standards—from design to real-world use.