With over 40 years of industry technical expertise, this heavy industrial metal saw delivers unmatched stability and performance for continuous heavy-duty operations, addressing the challenges of cutting oversized, high-strength metal workpieces. As a top-tier ultra large capacity band saw, it is the core processing equipment for businesses requiring reliable, high-precision cutting of massive metal materials.
The H-1613T TEC band saw offers industry-leading cutting capacity, supporting round materials up to Ø1300mm and square materials up to 1600×1300mm, with a 700mm-1600mm clamping range for oversized workpieces. With a total weight of ~22000kg, its reinforced heavy-duty frame minimizes vibration during high-load cutting, extending saw blade service life, ensuring consistent precision, and adapting to long-term continuous operation in harsh industrial environments.
Powered by a 22kw permanent magnet synchronous main drive motor, this ingot cutting band saw has a total connected load of 33kw, with infinitely variable cutting speed (20-80m/min) and adjustable feed speed (1-300mm/min). Equipped with standard JLH-EHA feed system and Saw Master control platform, it delivers adaptive feed control for different metal materials and hardness levels, maximizing cutting efficiency while reducing saw blade wear and operational costs.
This large structural steel saw comes standard with full intelligent safety features, including sawbow anti-collision detection, blade breakage detection, sawing depth control, laser line projection, and CE electrical safety compliance. Hydraulic blade tensioning, hydraulic movable guide arms, and hydraulic saw guide clamping ensure stable cutting, reduce unplanned downtime, and protect operators and equipment during heavy-duty operation.
Standard equipment includes: JLH-EHA feed system, Saw Master control system, CE electrical safety compliance, permanent magnet synchronous motor, sawbow anti-collision detection, LED working light, laser line projection, blade breakage detection, sawing depth control, HMI + button control panel, inverter, hydraulic blade tensioning, automatic spiral chip conveyor, motorized chip brush, hydraulic cooling fan, hydraulic table movement, precision gear reducer, single vise clamping, hydraulic movable guide arm, 40L chip collection box, full tool kit, and one standard saw blade (13770×80×1.6mm).
Customizable options include: UL electrical safety compliance, deviation detector, 70L movable chip collection box, and container transport underframe to meet diverse on-site and regulatory requirements.
This ultra large capacity industrial band saw is purpose-built for steel mills and ingot processing plants, heavy machinery manufacturing, shipbuilding structural steel processing, wind power equipment fabrication, and large bridge engineering steel processing. It excels at cutting large steel ingots, thick-walled structural steel, oversized profiles, and high-strength alloys, catering to heavy industrial business users with large-scale, high-load cutting demands.
It supports round materials up to Ø1300mm and square materials up to 1600×1300mm, with a 700mm-1600mm clamping range for oversized workpieces.
It is equipped with a 22kw main saw motor, 3.75kw hydraulic motor, and 33kw total connected load, designed for non-stop heavy-duty industrial cutting.
Standard features include sawbow anti-collision detection, blade breakage detection, sawing depth control, laser line projection, and CE-compliant electrical safety systems.
It has an overall length of 6400mm, width of 6800mm, height of 3480mm, and total weight of ~22000kg, for fixed heavy industrial workshop installation.
If you are a heavy industrial processing operator, steel mill production manager, or large-scale metal fabrication specialist in need of a reliable, high-performance ingot cutting band saw for your large-scale metal processing projects, contact us today. We provide tailored cutting solutions, on-site technical consultation, professional after-sales support, and competitive pricing to help you optimize heavy cutting operations, improve efficiency, and reduce long-term operational costs.
