Consistent production cutting depends on more than blade performance, particularly when processing large metal stock across repeated cutting cycles. The PMI Panther H-400A combines a dual-column saw-head design with automatic cutting capabilities and a 16-inch capacity for industrial metalworking applications. Built for manufacturers processing substantial bar stock and other metal sections, the H-400A provides a rigid cutting platform designed to support repeatable cutoff operations while reducing the manual material handling associated with conventional bandsaws.
PMI Panther H-400A Features:
The PMI Panther H-400A utilizes a dual-column saw-head configuration designed to maintain stability as the blade advances through the workpiece. Supporting the cutting head along two columns helps control movement during the cutting stroke, particularly when processing larger metal cross sections. As a dual column automatic bandsaw, the H-400A provides a rigid mechanical platform for industrial cutoff applications where controlled blade engagement and consistent cutting conditions are essential.
The H-400A is a 16 inch automatic bandsaw intended for cutting substantial metal stock in production environments. Its cutting envelope accommodates larger workpieces, making it suitable for manufacturers processing solid bar, tubing, and other metal sections that require greater capacity than smaller shop saws. This allows facilities to handle a broader range of cutoff requirements within a dedicated automatic sawing operation.
In applications requiring multiple components cut to consistent lengths, automatic sawing reduces the operator involvement associated with repeated cutting cycles. The Panther H-400A is an automatic metal cutting bandsaw designed to support recurring cutoff operations through controlled saw-head movement and automated material processing. This configuration is particularly useful for production departments preparing raw stock for subsequent CNC machining, fabrication, and other manufacturing operations.
| Cutting Capacity | 0 Degree | Bundle |
| Round | 16″ | – |
| Square/Rectangle | 16″ x 16″ | 9″ x 12-5/8″ |
| Blade Size | 15′ x 1-1/4″ x .042″ |
| Blade Speed | Variable 65 to 260 FPM |
| Saw Motor Power | 7.5 HP |
| Shuttle Stroke | 16″ |
| Voltages Available | 230v/3PH |
| Footprint | 96″ x 91″ |
| Weight | 5,100 lbs |
Pat Mooney configures the PMI Panther H-400A as a NC-controlled fully automatic production bandsaw for repeat-length bar and tube production. Its practical fit depends on the complete mix of sections, features, angles, and batch sizes.
The Panther H-400A is an NC-controlled fully automatic dual-column bandsaw built around repeat-length production, hydraulic workholding, and touchscreen job setup. A complete application review includes stock geometry, material grade, required cut or feature locations, cycle volume, clamping surfaces, infeed support, and the method used to remove the finished part.
Applications commonly evaluated for this model include:
The dual-column structure guides the saw head through the cut for production work on bar, tube, and solid stock.
Touchscreen job data controls recurring cutoff lengths and quantities instead of relying on manual stop changes.
Powered vises secure material during indexing and cutting as part of the automatic cycle.
Automatic stock advancement connects each completed cut to the next programmed part in the batch.
The H-400A is the fully automatic version of the 400-class dual-column platform, combining NC length control with automatic indexing and cutting cycles.
The control indexes stock to the programmed position before the hydraulic vises clamp and the next saw cycle begins.
The two-column guidance supports stable head travel through changing stock sections during recurring production cuts.
Finished length, quantity, material and section, blade data, blade speed, feed settings, kerf allowance, remnant requirement, and vise pressure define the cutting recipe.
It fits repeat batches where automatic material advancement and quantity control remove substantial operator involvement between cuts.