Post Casting

Precision Cutting for Casting Perfection

Everett Industries stands at the forefront of this challenge, offering cutting solutions that transform raw castings into flawless components with unparalleled efficiency.Whether you’re dealing with intricate investment castings or heavy-duty industrial components, our solutions ensure that every cut contributes to your product’s quality.

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Key Benefits

From the laboratory precision of our Leco cutting systems to the high-volume capability of our Foundry Saws, Everett offers a complete spectrum of post-casting solutions. Our systems don’t just cut metal—they sculpt the future of your casting operations.

Cutting Waste & Boosting Profits

Our cutting solutions reduce scrap rates by increasing your repeatability, turning potential waste into profitable components.

Dialed In Accuracy

Our experience with machine tool design enables us to design systems that can meet your tight tolerances.

The Peace of Productivity

Advanced safety features, like our E-Stop Knee Button, provide peace of mind without compromising productivity.

Cutting Solutions for Post Casting Excellence

At Everett, we understand that in post casting, precision isn’t just about maintaining tolerances—it’s about preserving the integrity of your castings while maximizing throughput. Our cutting systems, exemplified by the advanced 22″ Foundry Saw, combine powerful motors with high positional accuracy, ensuring clean, precise cuts even on the toughest cast materials.

Features

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Find the Perfect Solution

Casting Parting Saw

Designed for precision and versatility, the Casting Parting Saw excels in handling a wide range of cast products. Its operator protection system allows for hands-on processing of complex casting geometries.

Wheel Spindle Power

20HP

(15kW)

20HP

(15kW)

Wheel Diameter

22"

mm

2"

Min

Vertical Column Cast Parting Saw

When dealing with larger castings, our Vertical Column Cast Parting Saw provides the power and accuracy needed for clean, efficient cuts. Its robust design ensures stability during cutting, maintaining precision even on substantial workpieces.

Wheel Spindle Power

50HP

(37.5kW)

20HP

(15kW)

Workpiece Diameter

36"

Max

1"

Min

2-Axis Parting Saw

For when laboratory-grade precision is required, our 2-Axis Parting Saw offers unmatched accuracy. Ideal for repeated small to medium cast part trimming, these saws ensure your formerly hands-on parting operation is safer, cleaner, and repeatable.

Wheel Spindle Power

13.3HP

(10kW)

20HP

(15kW)

Wheel Diameter

16"

350mm

7"

Min

Foundry Saw

The cornerstone of many post-casting operations, our 22″ Foundry Saw is a marvel of versatility and power.

This powerhouse combines the raw cutting force needed for large castings with the precision required for finishing operations, making it an indispensable tool in any foundry’s arsenal.

Wheel Spindle Power

20HP

(56kW)

20HP

(15kW)

Dust Collector Port

8"

Max

7"

Min

Casting Your Future

At Everett, we’re not just keeping pace with post-casting challenges—we’re casting the future of precision cutting. Let us help you transform your raw castings into profit-driving components with unmatched efficiency, quality and safety.

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Schedule an Industrial Solutions Consultation

Foundry Saw

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The cornerstone of many post-casting operations, our 22″ Foundry Saw is a marvel of versatility and power.

This powerhouse combines the raw cutting force needed for large castings with the precision required for finishing operations, making it an indispensable tool in any foundry’s arsenal.

Wheel Spindle Power

20HP

(10kW)

20HP

(15kW)

Dust Collector Port

8”

350mm

1”

Min

Highly Productive Solution

20HP Abrasive Cut-off Saw mounted on a 36”W x 48”D x 1”T top plate on a 36”W x 40”D steel cabinet base equipped with dust/debris cart, spark arrester baffle, and an 8” dust collector port.

Features

Saw can be used as chop saw or locked at a height with the work piece pushed into the cut-off wheel on a fixture (ask about a fixture design/buildquote). To adjust blade height, operator uses foot to actuate pneumatic saw head release, moves saw head to desired position, and releases pneumatic valve. Upon release, cylinder clamps saw arm at height. Spring- actuated cylinder rod-lock holds clamp in place even if air pressure is lost. Port on clinder allows for manual un-lock if air pressure is unavailable.
Standard work table is equipped with four key-hole slots, 10” long x 5/8” wide (2” dia key hole) for attaching work piece or fixtures. Option to equip table with twin 300mm (12”) wide X 400mm (16”) deep X 20mm (7/8”) thick t-slot tables according to DIN 508. Slots for M8 (5/16”) t-slot nuts (10 pcs M8 included with tables) are on 50mm (2”) centers. (T-slot table available as option). Have longer run lots? Rings? Angled or akward parts? We can help design a cutoff fixture to make repeat or challenging jobs less risky to your operator and get through cutoff quicker.

Base saw equipped with lighted, 3-sided hood with roof to contain dust, debris, and to make dust collector more effective. Customer to consult with factory to specify configuration of hood sides to accommodate parts larger than 30” wide. Full enclosure with reach-through swing door and center viewing window also availabe to better protect operator’s face and body. Hood is equipped with roof slot to facilitate over head crane loading of work pieces. Saw can be ordered without enclosure to accomdate larger or longer parts that extend beyond the enclosure or that cannot be accomodated with a modified hood.

Saw equiped with hip/knee actuated emergency stop button for shutting down saw without having to let go of part/saw in case of emergency. Optional CutSenseTM VFD available for real-time feedback of cutting power draw and for rapid wheel stopping with dynamic brake.

Key Features

20HP Abrasive Cut-off Saw for tackling the toughest cast materials
Chop or Push-In Cutting capabilities for operational flexibility
Adjustable, locking, blade height with pneumatic saw head release for easy setup
Optional T-slot work table for secure clamping of complex castings
Various enclosure options for enhanced safety and dust containment
E-Stop Knee Button for hands free shutdown in emergency situations

Specifications

Maximum Workpiece Diameter

5” (125 mm)

Minimum Workpiece Diameter

1/4” (6 mm) Standard Configuration

Minimum Workpiece Cut Length (with dual sided clamping)

1/2” (12.7mm)

Typical Inconel Cutting Speed

2 sec/square in

Wheel Spindle Power

20 hp (7.5-15kW)

Wheel Peripheral Speed (if wheels rated accordingly)

13,000 sfm (65 m/s)

Wheel Flange Diameter (US/EU)

4”/5.4” (102, 135mm)

Rapid Return Speed

> 10”/sec (254mm/sec)

Total Elect. Requirements (standard saw)

35 kVA

Voltage (transformers available for other voltages)

480 V

Typical Shipping Weight

4,000 lbs

Machine Dimensions

97”W x 120”D (2.5m x 3m)

Workholding Height

39” (1 m) above floor

Guards

Painted Steel

Standard Cutoff Wheel Range

Outside Diameter

16” (400 mm)

Width

0.130” (3.25 mm)

Bore

1” (25.4 mm)

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2-Axis Metalurgical Saw

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A 2-axis, 16”/400mm diameter wheel, 13.3HP/10kW semi-automatic,wet, abrasive cutoff saw for your metlab. The saw will allow your operator to use an HMI in combination with a joystick to perform cuts from behind an engineered enclosure while watching the cut through a protective window. The saw is designed to provide you with an asset life of at least 15 years and includes a full, new-machine, 12-month parts and labor warranty the entire saw (normal wear excluded), and a machine that complies with the latest machinery and control safety standards.
Wheel Spindle Power

13.3HP

(10kW)

20HP

(15kW)

Wheel Diameter

16”

350mm

1”

Min

Highly Productive Solution

The Everett Industrial Solutions Cutoff System is not your typical tool-room type saw. It is
designed, tooled, and programmed for production cutting. Highly trained and skilled operators
are not required and that fact will be carefully considered when we design the updated health and
safety aspects of this cutting system renewal.

Features

The recontroled saw is programmed to operate in four distinct modes:Manual Mode. Operator fixtures part on table, closes door, and starts saw motor, door locks automatically. Operator uses joystick to drive part through wheel or wheel through part at a speed based on how far the joystick is advanced from vertical. Operator shuts off wheel and when safety circuit detects the wheel has stopped spinning, door unlocks.

Operator fixtures part on table, positions part under wheel using the joystick. Operator sets cutting depth using dial in combination with digital readout. Operator sets cutting down feed speed using dial. On cycle start, wheel feeds down into part at selected speed until cutting depth is reached. Wheel retracts to home position and shuts off. When wheel stops spinning, door unlocks.
Operator fixtures part on table and sets the cut end position by adjusting the Table Reverse Prox Switch position. Operator uses joystick to lower the wheel to the correct depth to cut through the desired part feature and closes door. Operator sets cutting table feed speed using dial. On cycle start, table feeds part back into wheel at selected speed until table reverse position is reached. Table reverses direction and feeds forward to home position. Wheel shuts off. When wheel stops spinning, door unlocks.
For parts with a cross section too thick to be cut in one pass, in this automatic cycle, the total cutting depth is reached in multiple increments. Operator fixtures part on table and sets the cut start and end positions by adjusting the Table Reverse and Table Forward prox switches. Operator uses total depth dial to set desired total wheel down feed distance. Operator uses increment depth dial to set wheel down feed increment for each pass. Operator sets table feed speed using dial and closes door. On cycle start, table feeds part back into wheel at selected speed until table reverse position is reached. Table reverses direction and feeds forward to Table Forward position. Until total cutting depth is reached, wheel feeds down incremental distance and table feeds back into wheel, reverses, moves forward, etc. Once total cutting depth is reached, table travels forward to home position, wheel up to home position, and wheel shuts off. When wheel stops spinning, door unlocks.
The saw can cut anywhere in a rectangle approximately 4” wide, centered on the table, by 10” tall (above the table), by 14” deep (toward the back of the machine as shown in the red hashing.
The saw is built on an existing, 2-axis saw casting and base. Everett completely disassembled, cleaned, stripped to bare metal, and inspected the base saw. Everett guarantees the mechanical integrity of all castings and base structure of the saw that were reused. Following inspection, the original machine components were re-machined and/or replaced as required, cleaned, and all painted surfaces mechanically abraded for re-coating. Components were then powder-coated or painted with industrial enamels and readied for reassembly. Central way lubrication system was replaced with new.
The saw head and wheel spindle were disassembled, cleaned, and inspected for integrity. Bearings/bushings on the pivot axis are replaced with new. Pivot shaft was replaced with new. Motor mount pivot points and belt tension adjustment mechanism was restored to new condition. Saw down-feed cylinder was replaced with new and connection mounts repaired.
Cutting wheel spindle sent to spindle remanufacturer where it was completely disassembled, bearings and seals replaced, and bores and shaft ground-chromed- ground or remanufactured as required to restore appropriate bearing mounting tolerances. Arbor and motor pulleys were replaced with new and upgraded to a timing belt style. Wheel drive and clamp flanges remanufactured for appropriate fit and balance. New clamp nut and washer provided. Spindle assembly was run in and dynamically balanced to better than G2.5.

Original 10kW Deitz induction motor cleaned, stripped of paint, recoated, run in, and completely tested for operation, end play, amperage draw, and insulation integrity. Drive belts and drive pulleys replaced with new. Motor control system upgraded to a Siemens G120C variable frequency drive and a stand-alone “zero-speed” safety monitoring relay.

In addition to adjustable wheel speed, with dynamic braking by the VFD, the wheel is electronically stopped at the end of each cycle with the stopping energy burned off through resistors. This eliminates wheel spin down time, mechanical brake adjustments, heat generation in the electrical cabinet from a DC injection brake, and is indifferent to duty cycle. Furthermore, with the VFD, wheel speed can be varied based on material to be cut and process requirements (within safe operating speeds). Drive includes standard VFD features as well as ProfiSafe communications, Safe Torque Off (“STO”), Safe Stop One (“SS1”) and other safety- related functionality.
With CutSense, the saw control system provides your operator process feedback in real time to protect the operator, wheel, work, and saw from overly aggressive cutting. A LED indicator flashes colored and audible codes during the cutting cycle. Green for a moderate process (<80% of rated current use), yellow/magenta during moderately aggressive cutting (>80% but less than 100%) and red for very aggressive cutting (>100%). This feedback helps train the operator to use the power available for fast cutting cycles, but not so fast as to shorten the life of the saw and motor…or to shatter the wheel, damage the work, or damage the machine.
The cutting wheel down feed and the table in/out feed cylinders were replaced with new. Rod end bearings and connections were machined or replaced as required based on condition and wear. Cylinders were reinstalled, aligned, and tested for leaks and function. Saw position transducer and Y-axis position switches were replace with new.
The existing Hydac hydraulic power unit was sent to a professional hydraulic shop, completely cleaned, flushed, and returned to original OEM function i.e. its ability to build pressure, pressure relief valve operation, and proportional valve functionality tested and charted. The air/oil cooler was replaced with new. The cartridge oil filter element was replaced with new. The original in-tank suction filter was replaced with an external, serviceable version. All hoses were replaced with new. Unit was painted and reinstalled. All cables and hoses replaced with new.
Cleaned, powder-coated/painted, and recontroled the original coolant and chip recovery system tankage. Replaced pump and pump motor with new. Magnetic separator cleaned and painted. All coolant distribution hoses/piping replaced with new.
The saw system’s motors, hydraulics, operations, and programming are controlled by a new Siemens failsafe PLC with associated failsafe I/O cards installed in the original cabinet. Main motor control circuit and drive mounted in new, auxiliary cabinet. All electrical control components, starters, power supplies, relays, PLC and I/O cards, pushbuttons, potentiometers, and the joystick were replaced with new. Machine completely rewired.
The control system designed to adhere to the best functional safety practices (ISO13849) and to be EN Machinery Directive compliant. The safety systems are to be designed based on a detailed and comprehensive formal risk assessment to EN/ISO12100:2012-Safety of Machinery. The cutting area is fully protected in the interlocked machine enclosure for safety and to contain mist/smoke and debris. Safety interlocks prevent automatic operation of the saw if the guarding is not secured or opening the enclosure if the wheel is turning.

Key Features

Programmable Cut Sequences: Store and recall complex cutting patterns for consistent sample preparation across

Integrated Cooling System: Precision-controlled coolant application prevents thermal artifacts, crucial for analyzing heat-sensitive materials.

Specifications

Maximum Workpiece Diameter

5” (125 mm)

Minimum Workpiece Diameter

1/4” (6 mm) Standard Configuration

Minimum Workpiece Cut Length (with dual sided clamping)

1/2” (12.7mm)

Typical Inconel Cutting Speed

2 sec/square in

Wheel Spindle Power

20 hp (7.5-15kW)

Wheel Peripheral Speed (if wheels rated accordingly)

13,000 sfm (65 m/s)

Wheel Flange Diameter (US/EU)

4”/5.4” (102, 135mm)

Rapid Return Speed

> 10”/sec (254mm/sec)

Total Elect. Requirements (standard saw)

35 kVA

Voltage (transformers available for other voltages)

480 V

Typical Shipping Weight

4,000 lbs

Machine Dimensions

97”W x 120”D (2.5m x 3m)

Workholding Height

39” (1 m) above floor

Guards

Painted Steel

Standard Cutoff Wheel Range

Outside Diameter

16” (400 mm)

Width

0.130” (3.25 mm)

Bore

1” (25.4 mm)

Get SaferCut Today

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Vertical Column Cast Parting Saw

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The 30” (765 mm) diameter wheel, 50HP (37.5kW), up to 5-axis abrasive cutoff saw is equipped with a work envelope that is 1500mm wide x 1500mm deep by 925mm high (60” x 60” x 36”) all as set forth below. Part programs are generated by recording axes locations using a teach pendant and menu entry and can be stored for future use. Everett Industrial Solution systems are machine tools…not tool-room or catalog saws. They are designed and built to be dynamically stiff to meet international machine tool standards for a least 15-20 years of productive life and aggressive, productive hands-off, post-cast rough finish cutting of aerospace alloy castings.

Wheel Spindle Power

50HP

(37.5kW)

20HP

(15kW)

Workpiece Diameter

36”

Max

1”

Min

Operator Interface and Programming

The saw is designed to process molds on a repeat basis as well as for one-off, manual cutting by an operator using a handwheel. To facilitate “visual” programming, the saw is equipped with a mobile panel that allows the operator/engineer to manipulate the mounted/fixtured part into position for the cut by jogging the rotary and linear axes while observing the laser line mounted on the saw head. Once the part is aligned to the cutting line, the “new part” starting axes positions are saved in the control.

Features

The saw is built on a structural weldment in the “bridge” or “gantry” configuration with the bed carrying the Z-axis worktable (and C- and B-axes) and the bridge the Y- and X-axes. The base is concrete filled for vibration damping mass. The bridge structural members utilize a polymer-filled “tube- in-a-tube” design that provides for high dynamic stiffness by damping cutting-induced vibration.

The linear X-, Y-, and Z-axes travel on ground linear ways and reciprocating bearing cars for rigidity and alignment. Additional cam roller guides and round rail ball bushings may be used as required for compensation for moment loads and weight carrying. All ways exposed to falling objects or cutting debris are protected with impact-resistant way covers. Ways above the cutting zone are covered with traditional bellows to protect them from incidental dust and debris. The compact, bridge design minimizes required floor space.

The saw head is designed for cutting with a nominal 30”/760mm diameter abrasive wheel at up to 16,000sfm or 80m/sec wheel speed (Vc). Minimum wheel size is 16”/400mm. The Y-axis balscrew (with safety servo brake) actuates the saw spindle up/down motion relative to the X-axis bridge cross slide for plunge cuts. For cross cuts, the blade depth is set by the operator by program/joystick using the Y-axis and then the operator/program actuates the X-axis to feed the saw head across the part parallel to the bridge.

The 4,000-rpm rated main wheel spindle is directly driven by the hydraulic motor and drives the 10” (254mm) cast iron wheel flange. The abrasive cutoff wheel is mounted on a 1.75” (44.5mm) arbor shaft and clamped by the outer wheel flange. The wheel flanges are assembled on the shaft and faced andtrued as an assembly for balance and straightness. The inner wheel flange is equipped with a 0.437” (11mm) diameter drive pin on a 5.5” (140mm) bolt circle diameter. The wheel spindle is self-contained, fully protected with labyrinth seals and held in the housing with a precision, bolt-in cap for ease or repair/replacement.

The cutoff wheel spindle is directly coupled to and driven by a bent-shaft, axial piston fixed displacement motor designed to provide 85 lb-ft of torque at 1,273 RPM (new wheel at 10,000 SFM) and 75 lb-ft at 3,820 RPM (minimum wheel at 16,000 SFM) allowing you to utilize high performance abrasives for productive, efficient, and cost-effective cutting cycles.

This motor system is designed to deliver similar performance to a 50HP electric induction motor without the interference of the physical size and suspended weight of the electric motor (500lbs) on the Y-axis. A motor tachometer, high-performance proportional valves, an accumulator (with safety valving) coupled provide the tools for closed loop, PID motor speed control for consistent cutting performance.

The linear X-, Y-, and Z-axes are actuated by AC servos equipped with encoders for open loop positioning accuracy through precision ball screws.

Provide a 100HP hydraulic power unit with 3000 PSI motor pump running off a 200-gallon elevated steel reservoir complete with typical temperature, pressure, and level sensors as well as pressure relief, low pressure startup, and isolation valves. The HPU unit is equipped with a water/oil shell and tube heat exchanger (running on its own motor/pump at 45GMP) sized to remove 60% of the system heat (approximately 60HP) with 125°F oil and 85°F cooling water. The system includes pressure relief valves, proportional-directional valves, counterbalance circuits, pressure override circuits, and associated control switches and safety valving. The power unit also controls hydraulic clamping of the rotary axes, if so equipped.

The X-axis table comes standard with a 1500mm (60”) round fixture plate or t-slot table and is mounted on a heavy-duty C-axis rotating positioning table constructed on a slewing ring, crossed-roller bearing, ring gear assembly. The drive pinion is controlled by VFD output to a gearhead motor.

In additional to the rotating C-axis, a vertical, servo driven, rotating T-slot faceplate or chuck mounted on a “4th-Axis” spindle is mounted on the perimeter of the C-axis worktable. This allows the work piece to be rotated about a its horizontal axis as well as being positioned at virtually any angle relative to the wheel cut direction. Customer to provide part fixturing/clamping as appropriate or Everett can quote custom designed work holding fixtures or tooling. A variety of faceplates, chucks, pallet mounts, or hard tooling can be designed for a variety of work pieces.

The saw system’s motors, hydraulics, operations, and ladder logic are controlled by a failsafe PLC and associated failsafe I/O cards. The main spindle hydraulic motor is controlled by the PLC through closed-loop Rexroth HACD drive and proportional valves. Table motion is coordinated by the PLC through AC servos/ballscrews as commanded by the PLC and speed/direction-control joystick potentiometers. During cutting, only one of either the Y- or the X-axes is permitted at one time to prevent wheel breakage…all other axes are fixed in position by the control.

This is a production saw designed to promote injury-free operations in a modern manufacturing environment. The system is designed to adhere to the best functional safety practices (ISO13849) and to be EN Machinery Directive compliant. The safety systems were designed based on a detailed and comprehensive formal risk assessment. The work envelope and cutting area are fully protected in the interlocked machine enclosure for safety and to contain smoke and debris. Easy access, interlocked doors allow for easy wheel change and clean up yet protect your operator from the common dangers of an open, tool room chop saw originally designed for highly skilled operators. Safety interlocks prevent automatic operation of the saw if the guarding is not secured or if the wheel is turning. Cycle start and power work clamping, if so equipped, requires two-handed control for operator safety.

Specifications

Maximum Workpiece Diameter

5” (125 mm)

Minimum Workpiece Diameter

1/4” (6 mm) Standard Configuration

Minimum Workpiece Cut Length (with dual sided clamping)

1/2” (12.7mm)

Typical Inconel Cutting Speed

2 sec/square in

Wheel Spindle Power

20 hp (7.5-15kW)

Wheel Peripheral Speed (if wheels rated accordingly)

13,000 sfm (65 m/s)

Wheel Flange Diameter (US/EU)

4”/5.4” (102, 135mm)

Rapid Return Speed

> 10”/sec (254mm/sec)

Total Elect. Requirements (standard saw)

35 kVA

Voltage (transformers available for other voltages)

480 V

Typical Shipping Weight

4,000 lbs

Machine Dimensions

97”W x 120”D (2.5m x 3m)

Workholding Height

39” (1 m) above floor

Guards

Painted Steel

Standard Cutoff Wheel Range

Outside Diameter

16” (400 mm)

Width

0.130” (3.25 mm)

Bore

1” (25.4 mm)

Get SaferCut Today

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CPP Saw

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Designed for precision and versatility, the CPP Saw excels in handling a wide range of cast products. Its advanced control system allows for programmable cutting patterns, ideal for complex casting geometries.

Wheel Spindle Power

20HP

(15kW)

20HP

(15kW)

Wheel Diameter

22"

mm

2”

Min

Highly Productive Solution

The Everett Industrial Solutions Cutoff System is not your typical tool-room type saw. It is
designed, tooled, and programmed for production-cutting and when combined with robotic or
mechanical part handling and positioning accessories, can be the center of a highly automated
production cell. Highly trained and skilled operators are not required and that fact was carefully
considered when we designed the health and safety aspects of this highly automated cutting
system.

Features

This is a production saw designed to reduce the high residual risk nature of this operation. While the proposed guarding still permits the operator’s hands and arms to be in the enclosed cutting chamber, the front “reach-through” guarding provides improved protection for the operator’s body and face/head versus a traditional, open- front tree cut-off saw. Compared to an open front saw, this saw provides more physical protection to the operator and better contains smoke and debris. When the blade is stopped, the interlocked door allows for easy wheel change and clean up. A safety interlock prevents operation of the saw if the wheel guarding is not secured in place.

  • Provide single-panel, swing-open front door with reach-through slots to allow a highly skilled and trained operator to insert their hands and arms into the work zone and manipulate the work piece while pulling the saw arm into the cut.
  • Modify cabinet top to provide overhead crane access to work fixturing area for loading/unloading of parts and fixtures when door is open.
  • Provide an “Easy-Off” emergency stop knee actuated button to allow the operator to implement an emergency stop without using their hands.
  • Saw arm trunnion stand to be mounted on riser to accommodate 16” below a new 16” wheel

Provide a 20HP VFD with dynamic brake to stop the cutting wheel at end of cycle. Provides a Safe Stop One and Safe Torque Off if E-stop is engaged during the cutting cycle. This further reduces residual risk in a safety risk assessment.

Specifications

Maximum Workpiece Diameter

5” (125 mm)

Minimum Workpiece Diameter

1/4” (6 mm) Standard Configuration

Minimum Workpiece Cut Length (with dual sided clamping)

1/2” (12.7mm)

Typical Inconel Cutting Speed

2 sec/square in

Wheel Spindle Power

20 hp (7.5-15kW)

Wheel Peripheral Speed (if wheels rated accordingly)

13,000 sfm (65 m/s)

Wheel Flange Diameter (US/EU)

4”/5.4” (102, 135mm)

Rapid Return Speed

> 10”/sec (254mm/sec)

Total Elect. Requirements (standard saw)

35 kVA

Voltage (transformers available for other voltages)

480 V

Typical Shipping Weight

4,000 lbs

Machine Dimensions

97”W x 120”D (2.5m x 3m)

Workholding Height

39” (1 m) above floor

Guards

Painted Steel

Standard Cutoff Wheel Range

Outside Diameter

16” (400 mm)

Width

0.130” (3.25 mm)

Bore

1” (25.4 mm)

Get SaferCut Today

Download Brochure
Contact Us