Collection: Metal-Cutting Bandsaws

Metal-cutting bandsaws are essential production and fabrication tools for machine shops, tool rooms, and manufacturing facilities that work with ferrous and non-ferrous metals. These machines cut structural steel, bar stock, angle iron, tubing, and solid sections with precision and efficiency that hand hacksaws cannot match. Pittsburgh Spray Equipment stocks bandsaws from industry-trusted manufacturers—Grizzly Industrial, Grizzly, and South Bend—ranging from 5-inch portable units to 14-inch vertical saws and 18-inch horizontal models. Selection depends on your material thickness, production volume, available floor space, and power infrastructure. Horizontal models excel at high-volume cutting of long stock; vertical saws suit job-shop environments where versatility matters. Motor horsepower ranges from 1 HP for lighter duties to 2 HP for continuous production runs. Understanding cutting capacity, blade speed range, and whether single-phase or three-phase power is available will guide you to the right machine for your operation.

How to Choose the Right Metal-Cutting Bandsaws

Confirm cutting capacity (throat depth and maximum width/length) matches your stock dimensions.
Verify motor HP: 1 HP suits light production; 1.5–2 HP handles continuous ferrous cutting.
Check power availability: single-phase 110/120V for portable models, 220V single-phase or three-phase for stationary units.
Review blade speed range (typically 50–150 feet per minute); variable-speed models offer flexibility across material types.
Measure floor footprint and ceiling clearance; vertical models compact; horizontal models demand more linear space.
Inspect table size and work-holding capacity for repeatability in your typical job runs.
Confirm warranty period and local service availability through PSE distributor network.

Model Comparison

Model	Capacity (Width × Length / Throat)	Motor HP	Type	Ideal Use
Grizzly Industrial 7" × 12" 1 HP	7" × 12"	1 HP	Horizontal	Small shop, light-duty production
Grizzly Industrial 9" × 16" 1.5 HP	9" × 16"	1.5 HP	Horizontal	General fabrication, medium volume
Grizzly G0970 14" Vertical	14" throat	1.5 HP	Vertical	Job-shop versatility, complex cuts
Grizzly G9744Z2 10" × 18" 1.5 HP	10" × 18"	1.5 HP	Horizontal	High-volume production, long stock
South Bend 9" × 12" 2 HP	9" × 12"	2 HP	Horizontal	Heavy-duty ferrous, continuous duty

Frequently Asked Questions

What motor horsepower do I need for cutting 2-inch mild steel bar stock continuously?

For continuous cutting of 2-inch solid bar and structural shapes, 1.5–2 HP is recommended. A 1 HP motor will cut it but risks stalling under load and reduces blade life. The South Bend 9×12 2 HP or Grizzly 9×16 1.5 HP handle sustained production; choose 2 HP if your duty cycle is heavy.

Can I run a 1.5 HP metal-cutting bandsaw on single-phase 220V home shop power?

Yes. Most 1.5 HP horizontal models from Grizzly and South Bend are available in single-phase 220V. Verify the specific model's nameplate before purchase. Portable models like the Grizzly G0885 5-inch run on standard 110/120V single-phase, making them shop-friendly.

What is the advantage of a vertical bandsaw over a horizontal model for a tool room?

Vertical saws like the Grizzly G0970 offer superior versatility: you can cut irregular shapes, make angle cuts, and work on smaller stock without lengthy setups. Horizontal models excel at high-volume repetitive cuts on long bars. Vertical saws suit job shops; horizontal suits production runs.

How do blade speed and material selection relate for ferrous versus non-ferrous metals?

Ferrous metals (steel, cast iron) require slower blade speeds: 50–80 FPM. Aluminum and brass tolerate 100–150 FPM. Variable-speed saws offer this flexibility. Fixed-speed models typically run 90–120 FPM, a compromise suitable for mixed production. Check your typical material mix before choosing fixed or variable.

Should I prioritize cutting capacity or motor power when budgeting for a new bandsaw?

Prioritize capacity first—it determines what work you can accept. Then match motor power to your material and duty cycle. A larger machine with undersized motor frustrates users; a powerful motor can't overcome undersized capacity. The Grizzly 10×18 balances both; the South Bend 9×12 prioritizes raw power for heavy cuts.