When Schaeffler received the VDA Logistics Award for its “Touchless Material Flow” automation breakthrough, it was more than recognition of a single project. It was a signal.
Awarded under the framework of Verband der Automobilindustrie, this achievement reflects a structural shift across the automotive supply chain:
Logistics is no longer manual. It is engineered.
And in engineered logistics systems, packaging is no longer passive.
“Touchless material flow” refers to fully automated intralogistics processes where components move from storage to production lines without human intervention.
This includes:
Conveyor-based transport
Robotic palletizing
Automated high-bay storage
RFID-driven tracking
Closed-loop returnable packaging rotation
In such environments, even small inconsistencies in packaging dimensions or stacking stability can lead to:
Conveyor blockages
Robotic gripping failure
Stack collapse
Production downtime
Automation does not tolerate variability.
While industry headlines focus on robotics and AI systems, automation relies on a quieter foundation:
Dimensional precision and structural stability in returnable containers.
This is where VDA-standard containers — particularly reinforced RL-KLT series — become critical infrastructure.
A container in a touchless system must:
Maintain consistent footprint across cycles
Withstand multi-layer stacking under load
Move smoothly on conveyors
Align precisely for robotic handling
Retain structural integrity after hundreds of rotations
In other words, it must behave predictably — every time.
The RL-KLT 600×400 format is widely used in European automotive supply networks because it provides:
Reinforced ribbed bases distribute vertical load effectively, preventing bottom deflection during stacking.
This ensures stable pallet formation and reliable automated transfer — especially when transporting:
Engine components
Transmission assemblies
Brake systems
EV structural modules
Automation systems are calibrated to exact tolerances.
Our manufacturing process focuses on:
High-precision mold design
Strict dimensional consistency control
Reinforced corner structure for stacking alignment
In automated environments, packaging tolerance is not cosmetic — it directly impacts system uptime.
Touchless logistics systems operate continuously. Packaging must survive high-frequency rotation.
Reinforced RL-KLT containers offer:
High-impact polypropylene construction
Oil and chemical resistance
Long service life in closed-loop systems
Stable performance under repetitive stacking pressure
The result is lower replacement frequency and reduced lifecycle cost per unit.
Schaeffler’s award highlights a broader transition:
Automation is becoming standard
Manual handling is decreasing
Packaging is becoming system-integrated
Returnable containers are part of digital infrastructure
Automotive manufacturers are increasingly evaluating packaging not as a commodity — but as a structural element within automated logistics design.
As a professional manufacturer of VDA-compliant RL-KLT containers, we see this transition clearly.
Our focus is not just on producing plastic containers. It is on ensuring:
Reinforced structural reliability
Dimensional repeatability for automation
Stack stability under industrial load
Custom height solutions aligned with component geometry
ESD options for sensitive automotive electronics
RFID and barcode-ready labeling integration
We understand that in automated supply chains, packaging inconsistency equals operational risk.
That is why structural precision, mold control, and reinforcement design are core priorities in our production.
If your supply chain is moving toward:
Increased robotic handling
Automated warehouses
High-frequency returnable loops
OEM-level VDA compliance
Then container engineering becomes strategic.
The shift toward touchless material flow is not a future concept — it is already shaping how automotive logistics systems are designed today.
Standardized, reinforced RL-KLT containers are not just storage tools.
They are enablers of stable automation.
Schaeffler’s VDA Logistics Award represents more than innovation recognition — it reflects a structural evolution of automotive logistics.
Automation demands predictability.
Predictability begins with packaging design.
As automotive supply chains become increasingly automated and digitally integrated, reinforced VDA-standard containers such as RL-KLT 600×400 are becoming foundational components in intelligent logistics systems.
For manufacturers planning the next stage of supply chain modernization, packaging decisions should align with automation strategy — not follow behind it.
When Schaeffler received the VDA Logistics Award for its “Touchless Material Flow” automation breakthrough, it was more than recognition of a single project. It was a signal.
Awarded under the framework of Verband der Automobilindustrie, this achievement reflects a structural shift across the automotive supply chain:
Logistics is no longer manual. It is engineered.
And in engineered logistics systems, packaging is no longer passive.
“Touchless material flow” refers to fully automated intralogistics processes where components move from storage to production lines without human intervention.
This includes:
Conveyor-based transport
Robotic palletizing
Automated high-bay storage
RFID-driven tracking
Closed-loop returnable packaging rotation
In such environments, even small inconsistencies in packaging dimensions or stacking stability can lead to:
Conveyor blockages
Robotic gripping failure
Stack collapse
Production downtime
Automation does not tolerate variability.
While industry headlines focus on robotics and AI systems, automation relies on a quieter foundation:
Dimensional precision and structural stability in returnable containers.
This is where VDA-standard containers — particularly reinforced RL-KLT series — become critical infrastructure.
A container in a touchless system must:
Maintain consistent footprint across cycles
Withstand multi-layer stacking under load
Move smoothly on conveyors
Align precisely for robotic handling
Retain structural integrity after hundreds of rotations
In other words, it must behave predictably — every time.
The RL-KLT 600×400 format is widely used in European automotive supply networks because it provides:
Reinforced ribbed bases distribute vertical load effectively, preventing bottom deflection during stacking.
This ensures stable pallet formation and reliable automated transfer — especially when transporting:
Engine components
Transmission assemblies
Brake systems
EV structural modules
Automation systems are calibrated to exact tolerances.
Our manufacturing process focuses on:
High-precision mold design
Strict dimensional consistency control
Reinforced corner structure for stacking alignment
In automated environments, packaging tolerance is not cosmetic — it directly impacts system uptime.
Touchless logistics systems operate continuously. Packaging must survive high-frequency rotation.
Reinforced RL-KLT containers offer:
High-impact polypropylene construction
Oil and chemical resistance
Long service life in closed-loop systems
Stable performance under repetitive stacking pressure
The result is lower replacement frequency and reduced lifecycle cost per unit.
Schaeffler’s award highlights a broader transition:
Automation is becoming standard
Manual handling is decreasing
Packaging is becoming system-integrated
Returnable containers are part of digital infrastructure
Automotive manufacturers are increasingly evaluating packaging not as a commodity — but as a structural element within automated logistics design.
As a professional manufacturer of VDA-compliant RL-KLT containers, we see this transition clearly.
Our focus is not just on producing plastic containers. It is on ensuring:
Reinforced structural reliability
Dimensional repeatability for automation
Stack stability under industrial load
Custom height solutions aligned with component geometry
ESD options for sensitive automotive electronics
RFID and barcode-ready labeling integration
We understand that in automated supply chains, packaging inconsistency equals operational risk.
That is why structural precision, mold control, and reinforcement design are core priorities in our production.
If your supply chain is moving toward:
Increased robotic handling
Automated warehouses
High-frequency returnable loops
OEM-level VDA compliance
Then container engineering becomes strategic.
The shift toward touchless material flow is not a future concept — it is already shaping how automotive logistics systems are designed today.
Standardized, reinforced RL-KLT containers are not just storage tools.
They are enablers of stable automation.
Schaeffler’s VDA Logistics Award represents more than innovation recognition — it reflects a structural evolution of automotive logistics.
Automation demands predictability.
Predictability begins with packaging design.
As automotive supply chains become increasingly automated and digitally integrated, reinforced VDA-standard containers such as RL-KLT 600×400 are becoming foundational components in intelligent logistics systems.
For manufacturers planning the next stage of supply chain modernization, packaging decisions should align with automation strategy — not follow behind it.
