KR24 Standing Seam Machine Shipping to Mexico: Second LR24/KR24 Delivery
KR24 Standing Seam Machine Shipping to Mexico
The KR24 standing seam roofing sheet roll forming machine, known also as LR24 roof panel roll forming machine was loaded intoto a 40’HQ container yesterday.
This roll forming machine is the second KR24/LR24 standing seam roof panel roll forming machine that we export to Mexico in the year 2015, and together with the roll forming machine, there are manual decoiler, hydraulic oil pump, PLC control box, run-out tables and a tool box.
This roll forming machine produces 610 standing seam roofing sheets that lock each other through a seam lock machine. The shipping cost from China to Mexico will be doubled since 15th September, so we shipped this machine before the freight changes. This roll forming machine used Siemens PLC control and everything can be controled through the touch screen on the control box, such as required quantities and cutting lenght etc.
Frequently Asked Questions
What profile does the KR24/LR24 standing seam machine produce? ›
Based on the page, this machine produces 610mm standing seam roofing sheets that lock together through a seam lock machine. The specific rib height and exact panel geometry are not detailed on this page. If you need precise profile drawings or samples for your project, contact MTC Industrial with your dimensional requirements so they can confirm compatibility before ordering.
What equipment is included when the KR24 machine ships? ›
According to the shipping description, the standard equipment with this KR24/LR24 delivery includes a manual decoiler, hydraulic oil pump, PLC control box, run-out tables, and a tool box. While the page shows this configuration for one shipment, your own order may include additional options like automatic stackers or seam lockers. Request a detailed equipment list from MTC when getting your quotation.
Can the KR24 machine be customized for different material widths or coatings? ›
The KR24/LR24 is set up to produce 610mm standing seam panels from the specific coil width used in that profile. The page does not specify the exact coil width, thickness range, or coating types supported. Customization options depend on your substrate and paint system. Talk to MTC about your coil specifications so they can advise whether tooling or machine adjustments are required for your material.
What electrical and control features does the KR24 standing seam machine have? ›
This machine uses a Siemens PLC control system combined with a touch screen interface on the control box. Through the touch screen, operators can set required panel quantities and cutting lengths. The specific voltage, frequency, and phase requirements are not shown on this page. Your local electrical supply (e.g., 220V/60Hz or 380V/50Hz) must be confirmed with MTC before shipment to ensure correct components are configured.
Why does the shipping container size matter for a KR24 roll forming machine? ›
The KR24/LR24 was loaded into a 40′ HQ container for the Mexico shipment, which is a common method when exporting single machines. Container choice affects freight cost and whether the machine must be partially disassembled for transport. Since shipping rates can change—as noted on this page with the September 2015 freight increase—the container size also impacts when you should book your order to control logistics costs.
How do cutting length and quantity controls work on this machine? ›
Operators set the required panel quantity and cutting length directly through the touch screen on the Siemens PLC control box. The machine then produces the panels to those specifications automatically. The page indicates these functions are touch-screen-driven, but it does not describe the cutting method (e.g., hydraulic shear vs. flying cut) or any punching capabilities. For production planning, request cycle time details for your specific panel length from MTC.
What factors determine production speed for the KR24/LR24 line? ›
The page does not list a maximum speed in meters per minute. Effective production speed depends on panel length, material grade and thickness, forming station setup, and whether the machine is operating with a manual decoiler as shown in the shipment. Shorter panels involve more start/stop cycles, which lowers average output. Ask MTC for speed curves based on your typical panel lengths to calculate realistic daily output.
