Wilton Horizontal Band Saw: Capacity, Controls, and Ownership Notes

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You own a Wilton horizontal band saw or you are considering buying one. Wilton makes horizontal metal cutting band saws designed for fabrication shops, machine shops, and maintenance departments. You need to know the specifications, what blade to buy, and how to maintain it. You need a guide that covers the Wilton horizontal band saw lineup.

Wilton is known for their vises and bench grinders, but they also make horizontal metal cutting band saws. These saws are designed for cutting metal bar stock, pipe, and structural shapes in shop environments.

Model Identification

Wilton 4455W (4x6 Horizontal Band Saw)

A compact horizontal metal cutting saw.

SpecificationValue
Model4455W
TypeHorizontal metal cutting band saw
Cut capacity4 inches round, 4x6 inches rectangular
Blade length64-1/2 inches
Blade width1/2 inch
Motor1/2 HP, 120V
SpeedMultiple speeds (step pulley)
CoolantOptional or built-in depending on version
ViseAdjustable angle 0 to 45 degrees
Weight~120 pounds

Wilton 6915W (5x6 Horizontal Band Saw)

A slightly larger horizontal saw.

SpecificationValue
Model6915W
TypeHorizontal metal cutting band saw
Cut capacity5 inches round, 5x6 inches rectangular
Blade length64-1/2 inches (verify)
Motor1/2 to 3/4 HP, 120V
SpeedMultiple speeds
CoolantBuilt-in

Wilton 712V (7x12 Horizontal Band Saw)

A larger horizontal saw for heavier work.

SpecificationValue
Model712V
TypeHorizontal metal cutting band saw
Cut capacity7 inches round, 7x12 inches rectangular
Blade length64-1/2 inches (verify)
Motor1 HP, 120V
SpeedVariable
CoolantBuilt-in
ViseAdjustable angle 0 to 45 degrees

How to Identify Your Wilton Saw

  1. Find the model number on the label on the saw frame.
  2. If the label is missing, measure the blade length.
  3. Measure the cut capacity (maximum round and rectangular stock).
  4. Look up the model number on the Wilton website.

Blade Selection

The Wilton horizontal saws use a 64-1/2 inch blade in 1/2 inch width. This is a standard length for 4x6 and 7x12 horizontal saws.

Available TPI Options

TPIBest ForMaterial Thickness
6 to 8 TPIThick solid bar, heavy plate1 to 4 inches
10 TPIGeneral metal cutting1/4 to 2 inches
14 TPIMedium thickness, smoother cuts1/8 to 1 inch
18 TPIThin material, sheet metalUnder 1/4 inch
10/14 variable pitchMixed material thicknessesAll

Blade Material

Bi-metal M42: The standard for horizontal metal cutting. M42 high-speed steel edge on flexible backing. Handles mild steel, stainless steel, aluminum, brass, copper, and cast iron. Cost: 15 to 30 dollars.

Bi-metal M51: Harder edge for tough materials like stainless steel. Cost: 20 to 40 dollars.

General-purpose cutting: 10/14 variable pitch, bi-metal M42. Handles a range of material thicknesses without changing blades.

Thick solid bar: 6 to 8 TPI, bi-metal M42. Coarse teeth for thick material.

Thin material: 14 to 18 TPI, bi-metal M42. Fine teeth for thin stock.

Stainless steel: 10 TPI, bi-metal M51. The harder edge handles tough stainless.

Cross-Brand Compatibility

The 64-1/2 inch blade is shared with:

  • Jet 414557 (4x6 horizontal)
  • Harbor Freight Central Machinery 4x6
  • Grizzly G0613 (5x6 horizontal/vertical)
  • Ellis 1800 (with correct blade length)

Blades from any of these brands will fit the Wilton horizontal saws.

Controls

Speed Selection

The Wilton 4455W uses step pulleys for speed selection. Change the belt position on the pulleys to select the speed.

MaterialSpeed Setting
Mild steel (thick)Low speed (60 to 100 FPM)
Mild steel (medium)Medium speed (100 to 200 FPM)
AluminumMedium to high speed (200 to 300 FPM)
Brass and copperMedium speed (100 to 200 FPM)

The Wilton 712V has variable speed, which is adjusted with a dial.

Vise Adjustment

The vise holds the workpiece during cutting. Loosen the vise jaw, position the workpiece, and tighten the vise. The vise can be angled 0 to 45 degrees for angled cuts.

Downfeed Control

The saw head lowers the blade into the workpiece. The downfeed rate is controlled by a hydraulic cylinder or gravity feed with an adjustable valve.

Slow downfeed: For thick or hard material. Prevents blade damage and produces smoother cuts. Faster downfeed: For thin or soft material. Faster cutting but may reduce blade life.

Coolant System

The coolant system pumps cutting fluid over the blade and workpiece. Coolant extends blade life, improves cut quality, and clears chips.

Use coolant for: Steel, stainless steel, and thick material. Skip coolant for: Aluminum (coolant can load the blade), brass, and thin material.

Setup

Install the blade. Open the blade guard, release tension, install the blade with teeth pointing toward the vise, tension the blade, close the guard.

Check tracking. Run the saw briefly and check that the blade tracks straight on the wheels.

Adjust the blade guides. The roller bearing guides should be close to the blade but not touching during free running.

Set the speed. Adjust the speed to match the material.

Set the downfeed rate. Adjust the hydraulic or gravity feed for the material thickness.

Position the workpiece. Clamp the workpiece in the vise. Make sure it is secure and will not move during cutting.

Common Repairs

Blade Guide Wear

The roller bearing guides can develop play after extended use.

Symptoms: Blade wandering, poor cut quality, blade breakage. Repair: Replace the guide bearings. Read the bearing number for the correct replacement.

Coolant Pump Failure

The coolant pump can fail after years of use.

Symptoms: No coolant flow, poor cut quality, short blade life. Repair: Replace the coolant pump. Clean the coolant tank and refill with fresh coolant.

Drive Belt Replacement

The drive belt stretches and cracks over time.

Symptoms: Saw runs but blade does not turn, or blade turns slowly. Repair: Replace the drive belt. Cost: 10 to 25 dollars.

Switch Failure

The power switch can fail after years of use.

Symptoms: Saw does not start, intermittent operation. Repair: Replace the switch. Cost: 15 to 25 dollars.

Vise Wear

The vise jaws can wear or become damaged.

Symptoms: Workpiece slips during cutting. Repair: Replace the vise jaws or file them flat.

Wilton vs Jet vs Harbor Freight (4x6 Comparison)

FeatureWilton 4455WJet 414557HF Central Machinery
Motor1/2 HP1/2 HP1/2 HP
Cut capacity4x6 inches4x6 inches4x6 inches
Blade length64-1/2 inches64-1/2 inches64-1/2 inches
SpeedStep pulleyStep pulleyStep pulley
CoolantOptionalOptionalOptional
Build qualityGoodGoodBudget
PriceModerateModerateLow

Which to choose: All three are similar in design. The Wilton and Jet have better fit and finish. The Harbor Freight is the least expensive but may need more adjustment out of the box.

FAQ

What blade does the Wilton 4455W use?

A 64-1/2 inch blade in 1/2 inch width. Available in 6 to 18 TPI and 10/14 variable pitch. Bi-metal M42 is the standard material.

Where can I find parts for my Wilton horizontal band saw?

Wilton customer service, authorized Wilton dealers, and aftermarket suppliers for blades, bearings, and belts. The 64-1/2 inch blade is a standard size available from LENOX, MK Morse, Starrett, and other manufacturers.

Can I use a blade from a Jet 4x6 in my Wilton 4455W?

Yes. Both use the same 64-1/2 inch blade. Blades from Jet, Harbor Freight, Grizzly, and other manufacturers with the same length are interchangeable.

What is the cut capacity of the Wilton 4455W?

4 inches round and 4x6 inches rectangular. This is the same as other 4x6 horizontal saws.

How does the Wilton compare to the Jet 4x6?

Both are similar in design and capacity. The Wilton and Jet have similar build quality. The choice may come down to price and availability.

References

  • Wilton. “4455W Horizontal Band Saw Owner’s Manual.” Wilton Corporation.
  • Wilton. “Horizontal Band Saw Product Page.” Wilton Corporation.
  • LENOX Tools. “Metal Cutting Blade Selection Guide.” LENOX Industrial Division.
  • MK Morse. “64-1/2 Inch Blade Specifications.” MK Morse Company.
  • Practical Machinist. “4x6 Horizontal Band Saw Comparison.” practicalmachinist.com.
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