CIDAN E-POWER Double Folder: Buyer Fit

The CIDAN E-POWER is a fully electric CNC double folder for trim and panel production, and buyers should judge it against representative parts and the complete handling cycle before assuming a production gain. The machine debuted at METALCON on October 7, 2026, giving folder buyers a new drive-and-handling configuration to evaluate.

What the E-POWER brings to folding

The E-POWER uses synchronized electric drives and can move multiple axes simultaneously. CIDAN describes that motion as reducing waits between bends, but the launch information does not provide a comparative cycle-time measurement for a buyer’s parts. The automatic gripper is listed as a machine feature; loading, material handling, and automatic sheet flipping are options that may reduce manual positioning when they suit the work and quoted configuration.

The 10-axis Beckhoff control includes 3D profile visualization, bending-sequence calculation, collision control, and DXF import. These are useful functions to test with the shop’s actual programming and operator workflow. Optional electrical slitting and hemming may be relevant where those operations are now handled elsewhere; verify the required configuration and capacity before treating them as part of the folder’s process.

Check profile geometry and material capacity

The E-POWER is designed for trim and panel work, and its launch material identifies tight J-channels and small profiles as target applications. Its 35-degree lower-beam geometry provides additional workpiece space, but that does not establish that every flange, bend sequence, or deep profile will clear. Use the tightest profile and smallest flange in the intended mix as demonstration pieces.

The product page lists E-POWER DF 32 and DF 41 working lengths of 126 and 161 inches. Its maximum folding capacities are specified by material strength: 16-gauge steel at 400 N/mm², 0.0787-inch aluminum at 200 N/mm², and 20-gauge stainless steel at 600 N/mm². Treat these as published capacity conditions, then confirm the actual material grade, thickness, dimensions, and profile with the supplier.

Compare the complete production cycle

Measure loading, gripping, repositioning, turning, folding, and unloading on representative parts. The gripper and optional loading or flipping equipment could address repeated sheet handling, but their value depends on part size, weight, batch pattern, and the selected configuration. Compare the full sequence with the current process rather than judging only the folding motion.

The launch promotes faster folding and energy-efficient operation but does not provide comparative measurements for a buyer’s production conditions. If cycle time, energy use, throughput, or labor is central to the purchase decision, request a demonstration with representative work and comparable measurements before assigning savings or payback.

Fit the configuration to the shop

Confirm the required working length, tooling clearance, and handling options against the job mix. Check the machine’s working area and the space needed to support and move sheets through loading, folding, and unloading; a compact-footprint description alone cannot establish that a specific layout will work. Ask the supplier to identify included and optional equipment, electrical and installation requirements, training, and pricing in the proposed configuration.

I’m Patrick O’Neill, Mac-Tech’s National Product Manager / Regional Sales Executive, supporting forming-system applications nationally. I can help assess folder geometry, tooling, controls, handling choices, and layout against your production needs, and frame the questions to take into a purchase discussion. Bring drawings or samples of your tightest profiles, material grades and thicknesses, sheet lengths and part weights, production mix, current folding sequence and handling steps, and floor-space constraints so I can help assess fit and the next step.