The material becomes misaligned after passing through a furnace during the manufacturing process. Misalignment can lower productivity and increase failure risks. Various factors could be causing the misalignment, such as vibration during rolling, motor speed/torque issues, lack of maintenance, improper guidelines, design limitations, inexperience, material properties like thermal expansion, and potential design errors.

2. The material is misaligned after the
emerges process in the furnace. Before
entering the furnace, materials was
aligned properly.
If the problem is solved, the
productivity of the products will
increases and the risk of the failure will
be lower.

3. Misaligned
MMCB
not stable
Roller shacking Vibration
Motor
Speed
& Torque
Lack of Service
No proper
guideline
Design limitation Lack of Experience
Impact on
materials
Height difference Design Error
Type of MMCB
Thermal expansion
and contraction

4. Improving Feature Worsening Feature
#13-Stability of the
object’s composition
#34-Ease of repair
#11-Stress
NO. Inventive Principle
#2 Extraction
#10 Preliminary action
#16 Partial or excessive action
#35 Parameter change
#40 Composite materials
Side view
Product
SELL