DYNAMIC ENGINEERING STEELS

    Company: Dynamic Engineering Steels Prepared by: Moung Virakboth Position: Engineer, Structural Design and Construction Contact: 096 25 33 656 (smart/telegram) #Restaurant_Decoration_Fan Problem: N/A Solution N/A Dimension Structure's height = 9 m Structure's width = 1 m Structure's length = 1 m Project Timeline 2 weeks after purchasing order (PO)

    Company: Dynamic Engineering Steels Prepared by: Moung Virakboth Position: Engineer, Structural Design and Construction Contact: 096 25 33 656 (smart/telegram) # Welcome_Gate Problem: N/A Solution N/A Dimension Structure's height = 14.5 m Structure's width = 2.2 m Structure's length = 2.2 m Project Timeline 2 weeks after purchasing order (PO)

    Company: Dynamic Engineering Steels Prepared by: Moung Virakboth Position: Engineer, Structural Design and Construction Contact: 096 25 33 656 (smart/telegram) #Battery_Rack Problem: Need to customize the rack to fit the battery and charger. Solution Build a new customize rack. Dimension Structure's height = 1.35 m Structure's width = 0.38 m Structure's length = 1.38 m Project Timeline 4 weeks after purchasing order (PO) for 20 sets

    Company: Dynamic Engineering Steels Prepared by: Moung Virakboth Position: Engineer, Structural Design and Construction Contact: 096 25 33 656 (smart/telegram) #Warehouse Construction Problem: N/A Solution N/A Dimension Structure's height = 15 m Structure's width = 25 m Structure's length = 8 m Project Timeline 8 weeks after purchasing order (PO)

    Company: Dynamic Engineering Steels Prepared by: Moung Virakboth Position: Engineer, Structural Design and Construction Contact: 096 25 33 656 (smart/telegram) #Container_Roof Problem: Leaking water into the container. Solution Build a roof on the container. Dimension Structure's height = 4.5 m Structure's width = 10 m Structure's length = 14 m Project Timeline 1 week after purchasing order (PO)

    Company: Dynamic Engineering Steels Prepared by: Moung Virakboth Position: Engineer, Structural Design and Construction Contact: 096 25 33 656 (smart/telegram) # Ring_Pull_Warehouse Problem: Change machine location. Destroy ring pull about 4 tons within 2 months. Solution Build a new warehouse Select a shredder machine that is suitable for the requirement. Dimension Structure's height = 5 m Structure's width = 8.6 m Structure's length = 5 m Project Timeline 4 weeks after purchasing order (PO)

    Company: Dynamic Engineering Steels Prepared by: Moung Virakboth Position: Engineer, Structural Design and Construction Contact: 096 25 33 656 (smart/telegram) # Install_Rack_and_Platform Problem: Unorganized and waste higher space. Solution Install a rack for heavy goods, and build a platform on the top for light goods. Dimension Structure's height = 4 m Structure's width = 27.5 m Structure's length = 50.28 m Project Timeline 8 weeks after purchasing order (PO)

    Company: Dynamic Engineering Steels Prepared by: Moung Virakboth Position: Engineer, Structural Design and Construction Contact: 096 25 33 656 (smart/telegram) # Trailer_for_Tool_Transportation Problem: Need to transport maintenance tools from office to sites. Solution Build a trailer with shelves and compartments for storing tools Dimension Structure's height = 2.5 m Structure's width = 2.0 m Structure's length = 4.8 m Project Timeline 2 weeks after purchasing order (PO)

    Company: Dynamic Engineering Steels Prepared by: Moung Virakboth Position: Engineer, Structural Design and Construction Contact: 096 25 33 656 (smart/telegram) # Electric_Cable_Drum_Roller Problem: The electric cable drum is heavy to lift then rotate it to transfer the electric cable to another drum. Solution Build a structure for supporting two electric cable drums, and using the motor for rotating the drum to transfer the cables. Dimension Structure's height = 0.15 m Structure's width = 2 m Structure's length = 5 m Project Timeline 4 weeks after purchasing order (PO)

    Company: Dynamic Engineering Steels Prepared by: Moung Virakboth Position: Engineer, Structural Design and Construction Contact: 096 25 33 656 (smart/telegram) # Automatic_Stacker Problem: Need to reduce labor intensive from human workers and stack roof sheets of total weight around 2.5 tons Solution Build a finger system that can receive roof sheets and support the required load Dimension Structure's height = 1.2 m Structure's width = 2.5 m Structure's length = 12.1 m Project Timeline 14 weeks after purchasing order (PO)

    Company: Dynamic Engineering Steels Prepared by: Moung Virakboth Position: Engineer, Structural Design and Construction Contact: 096 25 33 656 (smart/telegram) # Grease_Oil_Trolley Problem: Need to prepare many grease guns to maintain grease oil pails storage. Solution Build a trolley that could move 3 pails and 5 pails to the maintenance location. Dimension * Trolley for 3 pails Structure's height = 1.55 m Structure's width = 1 m Structure's length = 1.2 m * Trolley for 5 pails Structure's height = 1.75 m Structure's width = 1 m Structure's length = 2 m Project Timeline 2 weeks after purchasing order (PO)

    Company: Dynamic Engineering Steels Prepared by: Moung Virakboth Position: Engineer, Structural Design and Construction Contact: 096 25 33 656 (smart/telegram) # Lube_Oil_Trolley Problem: Need to prepare many lube oil brackets for maintenance from lube oil pails storage. Solution Build a trolley that could move 3 pails and 5 pails to the maintenance location. Dimension * Trolley for 3 pails Structure's height = 1.55 m Structure's width = 1 m Structure's length = 1.2 m * Trolley for 5 pails Structure's height = 1.75 m Structure's width = 1 m Structure's length = 2 m Project Timeline 2 weeks after purchasing order (PO)

    Company: Dynamic Engineering Steels Prepared by: Moung Virakboth Position: Engineer, Structural Design and Construction Contact: 096 25 33 656 (smart/telegram) # 5S_Cart_Machine_Parts Problem: Need to implement 5S in changing machine spare parts to reduce time Solution Build a 5S cart. Dimension * Trolley for 3 pails Height = 2.15 m Width = 2.95 m Depth = 1.00 m Project Timeline 2 Weeks / Set

    Company: Dynamic Engineering Steels Prepared by: Moung Virakboth Position: Engineer, Structural Design and Construction Contact: 096 25 33 656 (smart/telegram) #Crane_with_Manual_Trolley_Hoist_1_ton Problem: Need to maintain the motor in a narrow space that hard to lift this heavy motor. Solution Build a crane structure on top to lift motor 1 ton Dimension Structure's height = 3.5 m Structure's width = 2.7 m Structure's length = 2.3 m Project Timeline 2 weeks after purchasing order (PO)

    Company: Dynamic Engineering Steels Prepared by: Moung Virakboth Position: Engineer, Structural Design and Construction Contact: 096 25 33 656 (smart/telegram) #Structure_for_Supporting_Forklift_Fork Problem: Need to maintain chain under forklift fork that can cause unsafety when forklift fork drop. When standing on a forklift roof, it could fall from the top which causes unsafety. Solution Build a mobile structure for supporting the forklift fork. Build a safety beam with a trolley rail for walking on top of the forklift safely Dimension Structure's height = 4 m Structure's width = 1.2 m Structure's length = 5.5 m Project Timeline 2 weeks after purchasing order (PO)

    Company: Dynamic Engineering Steels Prepared by: Moung Virakboth Position: Engineer, Structural Design and Construction Contact: 096 25 33 656 (smart/telegram) #Platform_for_Maintenance_Motor Problem: The motor is 4.5m from the floor. Solution Build a platform and monkey ladder to access the motor in a narrow space. Dimension Structure's height = 4.5 m Structure's width = 2.5 m Structure's length = 4.5 m Project Timeline 2.5 weeks after purchasing order (PO)

    Company: Dynamic Engineering Steels Prepared by: Moung Virakboth Position: Engineer, Structural Design and Construction Contact: 096 25 33 656 (smart/telegram) #Mobile_Crane_3_tons Problem: The ammonia motor is heavy to lift (3 tons). Solution Build a mobile crane of 3 tons for lifting in narrow spaces. Dimension Structure's height = 3 m Structure's width = 1.7 m Structure's length = 1.4 m Project Timeline 1 week after purchasing order (PO)