Aris Industries

Hurco Companies, Inc., has chosen the Performance Racing Industry trade show as the venue to unveil the company’s new CNC Honing feature. Engineers from Hurco and Bates Technologies worked together to implement stroke honing and air gauging for one of Hurco’s Fortune 500 customers earlier this year and the company is now offering this capability to other customers.

The ability to expand the flexibility of the CNC machine to perform honing operations eliminates the need for dedicated CNC honing machines. The Hurco VMX42i, considered the workhorse of the industry, will be used to demonstrate CNC honing. The VMX42i has X/Y/Z travels of 42” x 24” x 24”, a dual-wound 12,000 RPM spindle that provides more torque at a lower base speed without requiring a gearbox, a wider table that extends across the entire Y-axis and moves completely forward in the work cube for easy operator access, and a 30-station swing-arm ATC.

Other demonstrations that are advantageous to the motorsports industry will be conducted by Hurco customers. Mast Motorsports will showcase head porting and head machining on the VMX42SWi, a 5-axis machine that utilizes a swivel head for the B-axis that has travels of +/- 90 degrees and a rotary table for the A-axis. The VMX42SWi has X/Y/Z travels of 42” x 24” x 24”, a 12,000 RPM dual-wound Yaskawa spindle motor, fast 1,378 ipm rapid traverse rates (X and Y axes), larger linear rails that are wedge locked and mounted to a machined shoulder to increase rigidity, and a 40-station swing-arm automatic tool changer (ATC). The lead engineer from Mast Motorsports will be on-hand to answer questions about the demonstration.

Hurco and their IndyCar partner Carpenter Fisher Harman Racing (CFHR) will machine a damper part the race team manufactures at their Hurco CNC Machine Shop in Indianapolis on the TMM8i slant-bed lathe with live tooling. The lead machinist from CFHR will be on hand to answer questions about the demonstration. The TMM8i has a 2-inch bar capacity and an 8-inch chuck with a maximum turning diameter of 25 inches and maximum turning length of 79.4 inches. The fast servo turret provides fast and accurate tool indexes with the ability to use any combination of ID and OD tool holders. The C-axis programs to .001 degree and it is standard on the Hurco lathes with live tooling unlike many competitive models.

The unique advantage of Hurco CNC machines is the flexibility of the control because it empowers the machinist to determine the most efficient way to program the part whether it be CAD/CAM and Industry Standard NC, or Conversational Programming. This type of flexibility is especially valuable for the racing industry because the machinist can program the part right at the control with conversational programming and rely on the sophisticated verification graphics to prove out the part before machining.

Robbie Ott, lead machinist for CFHR said, “I especially like using the Hurco when building prototypes. Just recently we built prototype damper parts. And like with most prototypes, we did not succeed the first time. Hurco gave us the flexibility to make modifications quickly and easily without starting from scratch.”

Another IndyCar machinist Shane Sievers said the flexibility of the control makes the need for quick turnaround easy, “In a lot of ways, we’re like a prototype shop.

I’ll get a call when the team is on the race track and they’ll say they need a part tomorrow morning. Sometimes I have a print. Sometimes I sketch it out on a piece of paper. The Hurco control makes it easy to get the part from my head to the control…the Hurcos are made to handle that kind of quick turnaround and the need for flexibility.”

About Hurco:
Based in Indianapolis, Indiana, Hurco manufactures sophisticated, yet shop floor friendly machine tools designed for virtually any application and budget. The flagship VMX Series is a production-oriented line of mills designed for speed while the high performance TMX Series is its counterpart in the lathe category. The popular VM Series of mills and the TM Series of lathes combine small footprints with huge work cubes and best-in-class features. The U Series and SR Series feature application machines with 5-axis technology. The TMM Series includes lathes equipped with live tooling for multi-tasking. 

Each machining center and turning center from Hurco includes the integrated Hurco control with WinMax^® which has multiple programming methods and is the most efficient way for machine shops to increase productivity.

For more information, please visit:
www.hurco.com

Stay Connected:

Hurco Companies, Inc., has chosen the Performance Racing Industry trade show as the venue to unveil the company’s new CNC Honing feature. Engineers from Hurco and Bates Technologies worked together to implement stroke honing and air gauging for one of Hurco’s Fortune 500 customers earlier this year and the company is now offering this capability to other customers.

The ability to expand the flexibility of the CNC machine to perform honing operations eliminates the need for dedicated CNC honing machines. The Hurco VMX42i, considered the workhorse of the industry, will be used to demonstrate CNC honing. The VMX42i has X/Y/Z travels of 42” x 24” x 24”, a dual-wound 12,000 RPM spindle that provides more torque at a lower base speed without requiring a gearbox, a wider table that extends across the entire Y-axis and moves completely forward in the work cube for easy operator access, and a 30-station swing-arm ATC.

Other demonstrations that are advantageous to the motorsports industry will be conducted by Hurco customers. Mast Motorsports will showcase head porting and head machining on the VMX42SWi, a 5-axis machine that utilizes a swivel head for the B-axis that has travels of +/- 90 degrees and a rotary table for the A-axis. The VMX42SWi has X/Y/Z travels of 42” x 24” x 24”, a 12,000 RPM dual-wound Yaskawa spindle motor, fast 1,378 ipm rapid traverse rates (X and Y axes), larger linear rails that are wedge locked and mounted to a machined shoulder to increase rigidity, and a 40-station swing-arm automatic tool changer (ATC). The lead engineer from Mast Motorsports will be on-hand to answer questions about the demonstration.

Hurco and their IndyCar partner Carpenter Fisher Harman Racing (CFHR) will machine a damper part the race team manufactures at their Hurco CNC Machine Shop in Indianapolis on the TMM8i slant-bed lathe with live tooling. The lead machinist from CFHR will be on hand to answer questions about the demonstration. The TMM8i has a 2-inch bar capacity and an 8-inch chuck with a maximum turning diameter of 25 inches and maximum turning length of 79.4 inches. The fast servo turret provides fast and accurate tool indexes with the ability to use any combination of ID and OD tool holders. The C-axis programs to .001 degree and it is standard on the Hurco lathes with live tooling unlike many competitive models.

The unique advantage of Hurco CNC machines is the flexibility of the control because it empowers the machinist to determine the most efficient way to program the part whether it be CAD/CAM and Industry Standard NC, or Conversational Programming. This type of flexibility is especially valuable for the racing industry because the machinist can program the part right at the control with conversational programming and rely on the sophisticated verification graphics to prove out the part before machining.

Robbie Ott, lead machinist for CFHR said, “I especially like using the Hurco when building prototypes. Just recently we built prototype damper parts. And like with most prototypes, we did not succeed the first time. Hurco gave us the flexibility to make modifications quickly and easily without starting from scratch.”

Another IndyCar machinist Shane Sievers said the flexibility of the control makes the need for quick turnaround easy, “In a lot of ways, we’re like a prototype shop.

I’ll get a call when the team is on the race track and they’ll say they need a part tomorrow morning. Sometimes I have a print. Sometimes I sketch it out on a piece of paper. The Hurco control makes it easy to get the part from my head to the control…the Hurcos are made to handle that kind of quick turnaround and the need for flexibility.”

About Hurco:
Based in Indianapolis, Indiana, Hurco manufactures sophisticated, yet shop floor friendly machine tools designed for virtually any application and budget. The flagship VMX Series is a production-oriented line of mills designed for speed while the high performance TMX Series is its counterpart in the lathe category. The popular VM Series of mills and the TM Series of lathes combine small footprints with huge work cubes and best-in-class features. The U Series and SR Series feature application machines with 5-axis technology. The TMM Series includes lathes equipped with live tooling for multi-tasking. 

Each machining center and turning center from Hurco includes the integrated Hurco control with WinMax^® which has multiple programming methods and is the most efficient way for machine shops to increase productivity.

For more information, please visit:
www.hurco.com

Stay Connected:

Hurco Companies, Inc., has chosen the Performance Racing Industry trade show as the venue to unveil the company’s new CNC Honing feature. Engineers from Hurco and Bates Technologies worked together to implement stroke honing and air gauging for one of Hurco’s Fortune 500 customers earlier this year and the company is now offering this capability to other customers.

The ability to expand the flexibility of the CNC machine to perform honing operations eliminates the need for dedicated CNC honing machines. The Hurco VMX42i, considered the workhorse of the industry, will be used to demonstrate CNC honing. The VMX42i has X/Y/Z travels of 42” x 24” x 24”, a dual-wound 12,000 RPM spindle that provides more torque at a lower base speed without requiring a gearbox, a wider table that extends across the entire Y-axis and moves completely forward in the work cube for easy operator access, and a 30-station swing-arm ATC.

Other demonstrations that are advantageous to the motorsports industry will be conducted by Hurco customers. Mast Motorsports will showcase head porting and head machining on the VMX42SWi, a 5-axis machine that utilizes a swivel head for the B-axis that has travels of +/- 90 degrees and a rotary table for the A-axis. The VMX42SWi has X/Y/Z travels of 42” x 24” x 24”, a 12,000 RPM dual-wound Yaskawa spindle motor, fast 1,378 ipm rapid traverse rates (X and Y axes), larger linear rails that are wedge locked and mounted to a machined shoulder to increase rigidity, and a 40-station swing-arm automatic tool changer (ATC). The lead engineer from Mast Motorsports will be on-hand to answer questions about the demonstration.

Hurco and their IndyCar partner Carpenter Fisher Harman Racing (CFHR) will machine a damper part the race team manufactures at their Hurco CNC Machine Shop in Indianapolis on the TMM8i slant-bed lathe with live tooling. The lead machinist from CFHR will be on hand to answer questions about the demonstration. The TMM8i has a 2-inch bar capacity and an 8-inch chuck with a maximum turning diameter of 25 inches and maximum turning length of 79.4 inches. The fast servo turret provides fast and accurate tool indexes with the ability to use any combination of ID and OD tool holders. The C-axis programs to .001 degree and it is standard on the Hurco lathes with live tooling unlike many competitive models.

The unique advantage of Hurco CNC machines is the flexibility of the control because it empowers the machinist to determine the most efficient way to program the part whether it be CAD/CAM and Industry Standard NC, or Conversational Programming. This type of flexibility is especially valuable for the racing industry because the machinist can program the part right at the control with conversational programming and rely on the sophisticated verification graphics to prove out the part before machining.

Robbie Ott, lead machinist for CFHR said, “I especially like using the Hurco when building prototypes. Just recently we built prototype damper parts. And like with most prototypes, we did not succeed the first time. Hurco gave us the flexibility to make modifications quickly and easily without starting from scratch.”

Another IndyCar machinist Shane Sievers said the flexibility of the control makes the need for quick turnaround easy, “In a lot of ways, we’re like a prototype shop.

I’ll get a call when the team is on the race track and they’ll say they need a part tomorrow morning. Sometimes I have a print. Sometimes I sketch it out on a piece of paper. The Hurco control makes it easy to get the part from my head to the control…the Hurcos are made to handle that kind of quick turnaround and the need for flexibility.”

About Hurco:
Based in Indianapolis, Indiana, Hurco manufactures sophisticated, yet shop floor friendly machine tools designed for virtually any application and budget. The flagship VMX Series is a production-oriented line of mills designed for speed while the high performance TMX Series is its counterpart in the lathe category. The popular VM Series of mills and the TM Series of lathes combine small footprints with huge work cubes and best-in-class features. The U Series and SR Series feature application machines with 5-axis technology. The TMM Series includes lathes equipped with live tooling for multi-tasking. 

Each machining center and turning center from Hurco includes the integrated Hurco control with WinMax^® which has multiple programming methods and is the most efficient way for machine shops to increase productivity.

For more information, please visit:
www.hurco.com

Stay Connected:

Hurco Companies, Inc., has chosen the Performance Racing Industry trade show as the venue to unveil the company’s new CNC Honing feature. Engineers from Hurco and Bates Technologies worked together to implement stroke honing and air gauging for one of Hurco’s Fortune 500 customers earlier this year and the company is now offering this capability to other customers.

The ability to expand the flexibility of the CNC machine to perform honing operations eliminates the need for dedicated CNC honing machines. The Hurco VMX42i, considered the workhorse of the industry, will be used to demonstrate CNC honing. The VMX42i has X/Y/Z travels of 42” x 24” x 24”, a dual-wound 12,000 RPM spindle that provides more torque at a lower base speed without requiring a gearbox, a wider table that extends across the entire Y-axis and moves completely forward in the work cube for easy operator access, and a 30-station swing-arm ATC.

Other demonstrations that are advantageous to the motorsports industry will be conducted by Hurco customers. Mast Motorsports will showcase head porting and head machining on the VMX42SWi, a 5-axis machine that utilizes a swivel head for the B-axis that has travels of +/- 90 degrees and a rotary table for the A-axis. The VMX42SWi has X/Y/Z travels of 42” x 24” x 24”, a 12,000 RPM dual-wound Yaskawa spindle motor, fast 1,378 ipm rapid traverse rates (X and Y axes), larger linear rails that are wedge locked and mounted to a machined shoulder to increase rigidity, and a 40-station swing-arm automatic tool changer (ATC). The lead engineer from Mast Motorsports will be on-hand to answer questions about the demonstration.

Hurco and their IndyCar partner Carpenter Fisher Harman Racing (CFHR) will machine a damper part the race team manufactures at their Hurco CNC Machine Shop in Indianapolis on the TMM8i slant-bed lathe with live tooling. The lead machinist from CFHR will be on hand to answer questions about the demonstration. The TMM8i has a 2-inch bar capacity and an 8-inch chuck with a maximum turning diameter of 25 inches and maximum turning length of 79.4 inches. The fast servo turret provides fast and accurate tool indexes with the ability to use any combination of ID and OD tool holders. The C-axis programs to .001 degree and it is standard on the Hurco lathes with live tooling unlike many competitive models.

The unique advantage of Hurco CNC machines is the flexibility of the control because it empowers the machinist to determine the most efficient way to program the part whether it be CAD/CAM and Industry Standard NC, or Conversational Programming. This type of flexibility is especially valuable for the racing industry because the machinist can program the part right at the control with conversational programming and rely on the sophisticated verification graphics to prove out the part before machining.

Robbie Ott, lead machinist for CFHR said, “I especially like using the Hurco when building prototypes. Just recently we built prototype damper parts. And like with most prototypes, we did not succeed the first time. Hurco gave us the flexibility to make modifications quickly and easily without starting from scratch.”

Another IndyCar machinist Shane Sievers said the flexibility of the control makes the need for quick turnaround easy, “In a lot of ways, we’re like a prototype shop.

I’ll get a call when the team is on the race track and they’ll say they need a part tomorrow morning. Sometimes I have a print. Sometimes I sketch it out on a piece of paper. The Hurco control makes it easy to get the part from my head to the control…the Hurcos are made to handle that kind of quick turnaround and the need for flexibility.”

About Hurco:
Based in Indianapolis, Indiana, Hurco manufactures sophisticated, yet shop floor friendly machine tools designed for virtually any application and budget. The flagship VMX Series is a production-oriented line of mills designed for speed while the high performance TMX Series is its counterpart in the lathe category. The popular VM Series of mills and the TM Series of lathes combine small footprints with huge work cubes and best-in-class features. The U Series and SR Series feature application machines with 5-axis technology. The TMM Series includes lathes equipped with live tooling for multi-tasking. 

Each machining center and turning center from Hurco includes the integrated Hurco control with WinMax^® which has multiple programming methods and is the most efficient way for machine shops to increase productivity.

For more information, please visit:
www.hurco.com

Stay Connected:

A portable pipe beveling tool that lets one person perform end preps on large pipe used for oil & gas pipelines and process steam lines to help produce precision welds is available from Esco Tool of Holliston, MA.

The Terminator MILLHOG^® Pipe Beveling Tool features an adjustable tool holder that indexes and locks for easy setup and has a dual spring safety hanger which facilitates alignment on pipe from 8-5/8” I.D. up to 36” O.D.

Allowing one person to setup, align, and machine large pipe ends, this pipe machining tool can bevel, face, and bore simultaneously to create precision end preps that are the foundation for producing precision welds.

Easy to maneuver, the Terminator MILLHOG^® Pipe Beveling Tool rigidly clamps to the I.D. and has a tracker to compensate for variations in wall thickness and a precision feed control to advance into the pipe. Equipped with user-selectable formed TiN coated tool bits, it comes with a 5 HP pneumatic motor or an optional hydraulic motor and does not require cutting fluids.

The Terminator MILLHOG^® Welding End Prep Tool is priced from $47,995.00 and is available for rent in the continental U.S.A.

About Esco Tool:
The ESCO Tool Company was founded in 1954 and developed the first portable end prep tool for the Trident Nuclear Submarine program. Those early tools clamped to the tube O.D. and machined precision end preps on nozzles that were attached to a vessel. Back then, there was no other way to do the job. After this early success, other uses where found for these innovative tools and they became the best way to end prep high temperature and pressure boiler tubes.It became apparent, however, that O.D. clamping limited the usefulness of those early generation tools for boiler work. Always solutions-oriented, ESCO developed the first narrow body I.D. clamping tool in the 1970s to satisfy the needs of the boiler industry. The tool was well received in the boiler fabrication, maintenance, and metalworking industries and ESCO has been innovating consistently since that time. Working closely with end-users on the toughest tube and pipe cutting and welding end prep challenges has allowed us to invent and manufacture high quality tools that work efficiently, get the job done fast, and require no special operator training. ESCO Tool has a long heritage of innovation.Today, our MILLHOG® Tools are boilermaker tough and field proven! We design and build robust gear drives and housings, select the best components available in the world, incorporate self-centering draw rod assemblies that rigidly mount to the tube or pipe I.D., and feature the EscoLockTM wedge-style blade lock system with TiN (titanium nitride) coated cutter blades that direct heat away from the tube or pipe surface. Providing torque-free operation, these tools pull a continuous thick chip without cutting fluids.

MILLHOG® Tools are available for sale or rent. A major reason why our tools are so well engineered today is because we have been able to tear-down and evaluate our rental tools for many years. This has allowed us to engineer, upgrade, and develop new tools based upon the real-world requirements of boilermakers. 

There’s no guesswork here. Today we manufacture over 20 models and versions of field-proven MILLHOG® Tools and provide them to end-users directly and through a worldwide network of distributors.

For more information, please visit:
www.escotool.com

A portable pipe beveling tool that lets one person perform end preps on large pipe used for oil & gas pipelines and process steam lines to help produce precision welds is available from Esco Tool of Holliston, MA.

The Terminator MILLHOG^® Pipe Beveling Tool features an adjustable tool holder that indexes and locks for easy setup and has a dual spring safety hanger which facilitates alignment on pipe from 8-5/8” I.D. up to 36” O.D.

Allowing one person to setup, align, and machine large pipe ends, this pipe machining tool can bevel, face, and bore simultaneously to create precision end preps that are the foundation for producing precision welds.

Easy to maneuver, the Terminator MILLHOG^® Pipe Beveling Tool rigidly clamps to the I.D. and has a tracker to compensate for variations in wall thickness and a precision feed control to advance into the pipe. Equipped with user-selectable formed TiN coated tool bits, it comes with a 5 HP pneumatic motor or an optional hydraulic motor and does not require cutting fluids.

The Terminator MILLHOG^® Welding End Prep Tool is priced from $47,995.00 and is available for rent in the continental U.S.A.

About Esco Tool:
The ESCO Tool Company was founded in 1954 and developed the first portable end prep tool for the Trident Nuclear Submarine program. Those early tools clamped to the tube O.D. and machined precision end preps on nozzles that were attached to a vessel. Back then, there was no other way to do the job. After this early success, other uses where found for these innovative tools and they became the best way to end prep high temperature and pressure boiler tubes.It became apparent, however, that O.D. clamping limited the usefulness of those early generation tools for boiler work. Always solutions-oriented, ESCO developed the first narrow body I.D. clamping tool in the 1970s to satisfy the needs of the boiler industry. The tool was well received in the boiler fabrication, maintenance, and metalworking industries and ESCO has been innovating consistently since that time. Working closely with end-users on the toughest tube and pipe cutting and welding end prep challenges has allowed us to invent and manufacture high quality tools that work efficiently, get the job done fast, and require no special operator training. ESCO Tool has a long heritage of innovation.Today, our MILLHOG® Tools are boilermaker tough and field proven! We design and build robust gear drives and housings, select the best components available in the world, incorporate self-centering draw rod assemblies that rigidly mount to the tube or pipe I.D., and feature the EscoLockTM wedge-style blade lock system with TiN (titanium nitride) coated cutter blades that direct heat away from the tube or pipe surface. Providing torque-free operation, these tools pull a continuous thick chip without cutting fluids.

MILLHOG® Tools are available for sale or rent. A major reason why our tools are so well engineered today is because we have been able to tear-down and evaluate our rental tools for many years. This has allowed us to engineer, upgrade, and develop new tools based upon the real-world requirements of boilermakers. 

There’s no guesswork here. Today we manufacture over 20 models and versions of field-proven MILLHOG® Tools and provide them to end-users directly and through a worldwide network of distributors.

For more information, please visit:
www.escotool.com

A portable pipe beveling tool that lets one person perform end preps on large pipe used for oil & gas pipelines and process steam lines to help produce precision welds is available from Esco Tool of Holliston, MA.

The Terminator MILLHOG^® Pipe Beveling Tool features an adjustable tool holder that indexes and locks for easy setup and has a dual spring safety hanger which facilitates alignment on pipe from 8-5/8” I.D. up to 36” O.D.

Allowing one person to setup, align, and machine large pipe ends, this pipe machining tool can bevel, face, and bore simultaneously to create precision end preps that are the foundation for producing precision welds.

Easy to maneuver, the Terminator MILLHOG^® Pipe Beveling Tool rigidly clamps to the I.D. and has a tracker to compensate for variations in wall thickness and a precision feed control to advance into the pipe. Equipped with user-selectable formed TiN coated tool bits, it comes with a 5 HP pneumatic motor or an optional hydraulic motor and does not require cutting fluids.

The Terminator MILLHOG^® Welding End Prep Tool is priced from $47,995.00 and is available for rent in the continental U.S.A.

About Esco Tool:
The ESCO Tool Company was founded in 1954 and developed the first portable end prep tool for the Trident Nuclear Submarine program. Those early tools clamped to the tube O.D. and machined precision end preps on nozzles that were attached to a vessel. Back then, there was no other way to do the job. After this early success, other uses where found for these innovative tools and they became the best way to end prep high temperature and pressure boiler tubes.It became apparent, however, that O.D. clamping limited the usefulness of those early generation tools for boiler work. Always solutions-oriented, ESCO developed the first narrow body I.D. clamping tool in the 1970s to satisfy the needs of the boiler industry. The tool was well received in the boiler fabrication, maintenance, and metalworking industries and ESCO has been innovating consistently since that time. Working closely with end-users on the toughest tube and pipe cutting and welding end prep challenges has allowed us to invent and manufacture high quality tools that work efficiently, get the job done fast, and require no special operator training. ESCO Tool has a long heritage of innovation.Today, our MILLHOG® Tools are boilermaker tough and field proven! We design and build robust gear drives and housings, select the best components available in the world, incorporate self-centering draw rod assemblies that rigidly mount to the tube or pipe I.D., and feature the EscoLockTM wedge-style blade lock system with TiN (titanium nitride) coated cutter blades that direct heat away from the tube or pipe surface. Providing torque-free operation, these tools pull a continuous thick chip without cutting fluids.

MILLHOG® Tools are available for sale or rent. A major reason why our tools are so well engineered today is because we have been able to tear-down and evaluate our rental tools for many years. This has allowed us to engineer, upgrade, and develop new tools based upon the real-world requirements of boilermakers. 

There’s no guesswork here. Today we manufacture over 20 models and versions of field-proven MILLHOG® Tools and provide them to end-users directly and through a worldwide network of distributors.

For more information, please visit:
www.escotool.com

Advanced Machine & Engineering Co., the pioneers in sawing technology, announces the AMSAW S300, the new addition to their family of sawing systems.

AMSAW S300 is designed for efficiency, speed and increased productivity for cutting ferrous and non-ferrous materials. It has a capacity of 3.00” – 12.00” and utilizes saw blade diameters from 24” to 36”.

The spindle motor is 60 HP/45KW and provided with operator friendly controls.

The AMSAW S300 allows for cut lengths up to 30” and multi-indexing when length exceeds 30”. Accuracy for length is (+/-) 0.005”.

The AMSAW S300 is fast, economical and reliable. It’s innovative, compact design incorporates hardened spindle gears with minimum backlash. It uses cermet or carbide tipped, disposable or re-grind able saw blades. Unattended sawing is possible with the automatic bar loading table. If required, AMSAW S300 can be designed and built to the customer’s specific requirements.

The equipment and saw blades are manufactured from one source, in Rockford, IL, USA.

About Advanced Machine & Engineering Co.:
Advanced Machine & Engineering Co. is a manufacturer located in Rockford, Ill., serving the Machine Tool Industry with precision components and accessories, including spindle interface components, workholding devices, and, through our sister company, Hennig, machine enclosures, chip removal and filtration systems. The Fluid Power – Safety markets are served with cylinder rod locks and safety catcher devices; and the Production Saw market with our AmSaw carbide saw machines and Speedcut blade products. AME has manufacturing partners and customers around the world and across the U.S.

For more information, please visit:
www.ame.com

About Hennig:
Hennig, Inc. designs and produces custom machine protection and chip/coolant management products for state-of-the-art machine tools. Hennig products are designed to protect against corrosion, debris and common workplace contaminants.

Manufacturing facilities located in the US, Germany, France, Brazil, India, Japan and South Korea. Repair centers are located in Machesney Park, IL; Chandler, OK; Livonia, MI; Blue Ash, OH; Mexico City, Mexico; and Saltillo, Mexico.

For more information, please visit:
www.hennigworldwide.com

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