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Rugged cast iron construction
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Rise, fall, swivel and tilt adjustment
- Blade diameter, max. 450 mm
- Blade bore diameter 30 mm
- Blade speed 3000 rpm
- Cutting depth, max. 155 mm (330mm wide)
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Sliding carriage with spring return
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Mechanical motor brake
- Blade diameter, max. 350 mm
- Blade bore diameter 30 mm
- Cutting depth, max. 100 mm
- Cutting width, max. 640 mm (at 20 mm deep)
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'Up-stroke' saw movement
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Upper controls for pneumatic regulation of saw stroke speed
- Blade diameter, max. 500/ 550 mm
- Cutting depth, max. 125/ 150 mm
- Cutting width, max. 280/ 310 mm
- Blade speed 2800 rpm
Salvador SuperUp 600
Semi-Automatic Crosscut Saw
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Large cutting capacity
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Two handed safe operation
- Blade diameter, max. 600 mm
- Cutting depth, max. 150 mm (420 mm wide)
- Cutting width, max. 610 mm (30 mm deep)
- Blade speed 2750 rpm
Salvador SuperPush 150
Semi-Automatic Crosscut Saw
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Programable cutting lists
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Cutting list optimisation
- Blade diameter, max. 400/ 500/ 550 mm
- Cutting depth, max. 80/ 125/ 150 mm
- Cutting width, max. 250/ 280/ 310 mm
- Pusher speed 30 m/min
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Compatible with any crosscut saw
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Programmable stop/pusher modes
- Pusher speed 30 m/min
- Material capacity 3100/ 4100/ 5100/ 6100 mm
- Min. cutting length (stop mode) 40 mm
- Min. cutting length (pusher mode) 40 mm (last piece only)
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Precision movement
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Sturdy cast iron construction
- Blade diameter, max. 420 mm
- Cutting depth, max. 170 mm (400 mm wide)
- Blade speed 3500 rpm
- Horizontal swivel angle 45 - 90 - 25°
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Precision movement
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Sturdy cast iron construction
- Blade diameter, max. 520 mm
- Cutting depth, max. 200 mm (420 mm wide)
- Blade speed 2800 rpm
- Horizontal swivel angle 45 - 90 - 25°
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Automatic stop and saw unit
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5.4m programmable stop capacity
- Working length capacity 5400 mm
- Overall beam length 6000 mm
- Pusher length 600 mm
- Pusher plate dimensions 200 x 100 mm
There are no used machines to show for this product type.
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Radial arm cross cut saws offer ultimate flexibility
When it comes to versatility radial arm machines remain the ultimate choice. The sawing head is mounted on an arm protruding over the table and the operator manually pulls it across and through the workpiece. The main advantage is that compound angles can be cut by adjusting the angle of the arm and the tilt of the saw head. It should be noted however that this method of crosscutting can be dangerous if not carried out carefully.
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Semi-automatic crosscutting for safe operation
An upstroke (or up cut) crosscut saw offers a safe working method for operators and should be considered when only 90° cuts are required. Two separate buttons are pressed by the operator to start the cutting cycle keeping hands well away from the saw blade. A clamp secures the material from above and the sawblade travels up through the material before returning to its home position safely inside the machine.
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Infeed, outfeed. Measuring and setting.
We offer a full range of infeed and outfeed tables complete with graduated fence and flip over stops that can be specified to any length and width required. Both open pitch and closed pitch tables are offered. Options for electronic digital readouts to stop positions offer quick, repeatable set ups for consistency between operators.
Crosscut Saws Frequently Asked Questions
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What is a crosscut saw used for?
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The main use of a crosscut saw is to cut timber and other similar material to length and remove defects such as knots (sometimes referred to as shakes). To avoid wasted production time this process is normally carried out at the start of the machining process.
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What is the difference between a crosscut saw and a rip saw?
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A crosscut saw cuts solid wood across the grain to the correct length. A rip saw cuts with the grain, down the length of timber.
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What are the different types of crosscut saw?
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The term crosscut saw can be applied to a number of machine types including radial arm saws, chops saws, up-cut saws, pendulum saws and more.
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What operations can be carried out on a crosscut saw?
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In addition to sizing and trimming lengths of timber, more advanced operations can be performed on a crosscut depending on the make and model. These include; trenching/ grooving; angled and bevel cutting (compound mitre cuts); pointing of stakes. Note some manufactures of crosscut saws offer a ripping facility by turning the sawing head through 90 degrees. Ripping on a crosscut saw is considered extremely high risk and very dangerous. It is therefore the opinion of Daltons Wadkin that ripping should never be attempted under any circumstance on a crosscut saw.
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What is the difference between a manual and automatic crosscut saw?
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A manual crosscut saw requires the operator to manually position the timber workpeice for the correct dimension and then physcially power the cutting head through the material, usually by pulling the saw carriage towards them. An automatic crosscut saw works from a predefined cutting list, positioning the timber to the correct length, carrying out the cut and ejecting the finished workpiece all on its own with no operator input.
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How do I set my timber to cut the correct length with a crosscut saw?
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Manual crosscut saws are usually supplied with a sacrificial fence and bed/ table. To set the workpiece to the correct length for cutting a graduated fence and stop can be used.
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What materials can I cut with a crosscut saw?
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With the correct tooling and safety measures in place, it is possible to cut a range of materials with a crosscut saw including solid wood, wood based panels (MDF, plywood etc), composites, recylced plastic “wood” , non-ferrous metals (aluminium, copper etc) and more.
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