The Hercules+CN1000 is a CNC automatic bandsaw machine for sale built for high-output metal cutting environments. It delivers precision, repeatability, and durability across demanding applications. Moreover, this hydraulic automatic bandsaw for metal integrates advanced control systems to streamline cutting operations. As a result, machine shops achieve improved throughput with reduced manual intervention. This high production bandsaw for machine shop environments supports continuous performance and scalable manufacturing efficiency.
Hercules+CN1000 Features:
This CNC automatic bandsaw machine is for sale to enhance workflow efficiency in high-output environments. It supports continuous operation with minimal operator involvement. In addition, the Hercules+CN1000 uses advanced CNC controls to regulate feed rates and cutting parameters, which improves process stability. Operators achieve reliable cut quality across multiple cycles, which supports predictable and scalable performance for high production bandsaw machine shop applications. As a result, it reduces downtime and improves overall equipment effectiveness, which enables manufacturers to meet demanding production targets without sacrificing accuracy.
This hydraulic automatic bandsaw for metal ensures accurate material positioning during every cycle and maintains tight tolerances under heavy workloads. It also features a rigid frame design that minimizes vibration during cutting operations. This stability reduces blade wear and improves cut integrity across demanding materials. As a result, the Hercules+CN1000 delivers repeatable performance and supports consistent output in high-production environments.
The Hercules+CN1000 integrates easily into existing machine shop environments and supports automated workflows with minimal disruption. Additionally, the CNC interface allows customization for specific production requirements, enabling quick and efficient parameter adjustments. This CNC automatic bandsaw machine for sale reduces labor dependency while enhancing operational safety through controlled automation. As a result, machine shops achieve higher throughput while minimizing operational risk in high-production environments.
| Cutting Capacity | O Degree |
| Round | 13” |
| Rectangle | 13” x 20” |
| Square | 13″ |
| Bundle Capacity – Maximum | 5.9” x 18.89” |
| Bundle Capacity – Minimum | 5.5” x 5.5″ |
| Saw Blade Size | 13’6″ x 1-1/4″ x .042″ |
| Saw Blade Speed | Variable 52 to 393 FPM |
| Saw Motor | 4 HP |
| Indexing Stroke | 39” |
| Hydraulic Motor | 2 HP |
| Coolant Pump Motor | 0.25 HP |
| Voltages | 440v/3PH (220v/3PH available with transformer) |
| Machine Weight | 4,079 lbs. |
| Footprint | 99” x 87” |
| Worktable Height | 36” |
The FMB Hercules+CN1000 is a fully automatic enclosed dual-column bandsaw for large production work, built around a heavy cast saw head, a polymer-concrete-filled main support column, and a secondary column for added rigidity. A.W. Miller Technical Sales supports manufacturers throughout New York, Pennsylvania, Maryland, Delaware, Southern New Jersey, and Quebec with applications engineering, installation, training, and service support.
A 10-inch touchscreen stores up to 100 programs with cut length, quantity, material dimensions, shape, grade, feed rate, and blade speed. ECO, Normal, FAST, and blade break-in modes give operators distinct process choices for balancing throughput, blade condition, and material requirements.
Applications commonly evaluated for the Hercules+CN1000 include:
The cast head is designed to absorb cutting vibration and maintain alignment through demanding sections.
Job data can include material and cutting parameters, making repeat setup more systematic.
ECO, Normal, FAST, and automatic blade break-in modes allow the cutting strategy to change with production priorities and blade condition.
The full enclosure supports cleaner automated operation on large, chip-intensive work.
Its heavy dual-column construction, vibration-damped main column, large touchscreen, stored material-specific programs, and multiple cutting modes are aimed at higher-capacity production work.
The control can store cut lengths, quantities, material dimensions, material shape, material grade, feed rate, and saw blade speed.
A controlled break-in process helps condition new blade teeth before full production cutting, which can support more stable blade performance and life.
Mode selection should reflect alloy, cross section, blade type, production target, blade life, and cut-quality requirement rather than defaulting to the fastest setting.
Stock size and shape, material grade, annual volume, required cut length and tolerance, bundle strategy, material handling, blade selection, chip load, and available floor space should be established.