hurco 4th axis rotary table brands

The Hurco manufacturing team is relentless when it comes to quality and attention to detail. Like you, they take pride in what they do and what they produce—you can count on a Hurco lathe to last. All of our machine design is conducted in the USA using both static and finite element analysis in addition to reliability analysis. The Hurco team is skilled at user-centric design that results in ergonomic features, such as convenient front access to chuck and tailstock pressure controls in addition to a front loading coolant tank design that makes maintenance easy.

More importantly, the design of Hurco turning centers supports flexible manufacturing, rigidity, and efficient chip removal. It starts with a one-piece slant bed casting that provides higher rigidity in a compact design. The 30-degree slant bed also promotes faster and easier chip removal. All Hurco turning centers are designed with a component isolation system, which keeps the components that generate the most heat isolated to fight heat dissipation and minimise spindle growth. Premium components add to the advanced performance and rigidity, with Yaskawa or Bosch/Rexroth drives, servos, and motors. Additionally, the multiple V-belt design of the spindle promotes higher power transfer with quieter operation.

Numerous chip management features minimise time wasted on cleanup and protect internal components. All of the Hurco turning centers have telescopic way covers to keep chips out and protect the premium components inside your lathe. The inside door keeps coolant and chips inside the machine.

benchmark data from Modern Machine Shop magazine, 44% of the highest performing shops in the U.S. use 5th axis positioning. Just as Hurco led the industry in the transition from manual machining to CNC machining with the invention of conversational programming, we have led the industry in the transition from 3-axis machining to 5-axis positioning (or 5-sided machining). At Hurco, customer productivity (which leads to customer profitability) is the primary criterion we use when deciding where to devote our research and development resources. Decades ago, the Hurco engineering team determined that 5-axis CNC machining, in particular, 5-sided machining, could significantly increase productivity at job shops. We set a path to become the experts and revolutionized the industry with the development of control technology that optimizes the process for full 5-axis and 5-sided (3+2).

With 5-sided CNC machining, also called 3+2, you reduce setup time, increase accuracy, and expand your shop’s capability for future simultaneous 5-axis work. The key to our success in helping machinists make the transition from 3-axis to 5-sided machining lies within the conversational programming features of the Hurco control, such as Transform Plane and

When you invest in a Hurco 5-axis machining center, you get two machines in one. A machine that will immediately increase the profit margin of the parts you’re producing on a 3-axis machining center due to the powerful 5-sided programming​ (no CAM needed) and a rigid machine that is fully compatible with CAD/CAM packages for simultaneous 5-axis.

The integrated Hurco CNC control and conversational programming powered by WinMax® is the most versatile and intuitive out of any of the CNC controls in the industry. More importantly, each feature has benefits that you can measure in terms of increased productivity, which leads to increased profitability.​

In 1968, Gerald Roch and Edward Humston formed a company they called Hurco ("Hu" for Humston, "R" for Roch, and "CO" for Company ). Roch was the idea guy and Humston was the business guy...actually, Mr. Humston was Mr. Roch"s boss as the owner of E.L. Humston Company where Mr. Roch was a sales representative for eight years.

Mr. Roch grew up around his grandfather"s tool and die shop where he discovered his passion for building things. After he graduated from Purdue University with an industrial engineering degree, he returned to his grandfather"s shop (which was now owned by Mr. Roch"s father and two other partners). Mr. Roch"s fascination with simplifying processes, combined with the emergence of computers, would lead Mr. Roch to start Hurco.

People often talk about innovation, but rarely talk about the innovators. Mr. Roch is the epitome of a true innovator. He is curious. Asks questions and he never accepts the status quo. He has acquired more than 60 patents, due in large part to his fascination with efficiency combined with his background at the family tool and die shop, his collaborative personality, and his drive to solve problems. His patents for interactive control technology, which we refer to as conversational programming, are considered the most significant. Machine tool builders throughout the world had to obtain a license from Hurco to implement this technology into their products because Mr. Roch, Hurco co-founder, invented it.

The connection between technology and people is the core of our culture at Hurco. At the end of the day, machine tools aren"t about iron, and technology isn"t about software codes. They are about people...people like Gerald Roch and people like you, who work each day to identify ways to continually improve their processes, their business, and the parts they manufacture.

Hurco’s Field Service Apprenticeship (FSA) is a two-year program that starts with a 12-week industry training which merges hands-on training and repair of CNC machines with classroom materials.

Hurco has recognized Reynolds Machinery as its 2020 top distributor in unit sales — a first for Reynolds, though it has come close several times in the past.

Combined with Hurco’s Automation Manager CNC feature, the partnership is expected to enable job shops to integrate collaborative robots into their processes with minimal effort.

The Hurco Max5 control now includes a 3D Import feature with 3D DXF technology enabling the user to load the file they receive from their customer directly into the Hurco control.

Machine tool builder Hurco had its five-axis technology on display, and provided attendees with a sneak peek at two other machining center models that will be introduced at this year"s International Manufacturing Technology Show.

For Michael Cope, the book is a chance to reach machinists and shop owners about the advantages of five-axis machining, which he sees as the industry’s future.

Hurco offers its 3D Print Head, an optional, spindle-powered wireless accessory for Hurco VMCs that extrudes plastic PLA filament for 3D printing directly on a CNC machine.

Joe Braun will serve as vice president of marketing and product management, Scott Camloh will serve as national sales manager and Cory Miller will serve as general manager for Hurco North America.

Designed to handle the rigors of high-speed machining, Hurco"s VMX42HSi high-speed mill offers direct-drive servos, an 18,000-rpm integral spindle and X-Y-Z travels measuring 42" × 24" × 24".

Designed to meet the demands of moldmaking applications, Hurco’s VMX6030i vertical machining center provides more Y-axis travel in a footprint smaller than the company’s VMX64.

The swivel-head design of Hurco’s five-axis VMX42SRTi features a flush rotary table that is embedded to provide an additional 3.5" of clearance in the Z axis for taller parts.

The delivery of a TM8 slant-bed turning center from Hurco (Indianapolis, Indiana) to Ferris State University marks the latest in a continuing collaboration among industry partners to support students studying manufacturing technology. The machine, a slant-bed lathe that is said to provide short-run versatility, will be housed in a hands-on applications lab at the university’s campus in Big Rapids, Michigan.

At the inaugural edition of the imX (interactive manufacturing experience) event, Hurco will showcase its control expertise and emphasize the benefits of five-sided machining.

Machine tool builder Hurco (Indianapolis, Indiana) has announced a partnership with the Connecticut Center for Advanced Technology (CCAT), an organization that provides services and resources to entrepreneurs and businesses.

A manufacturer of blisks and impellers needed to quickly find a new five-axis machining center, or risk losing a lucrative job. Two new VMCs fit the shop’s requirements and provided unexpected benefits. (Includes video.)

Dreyer & Reinbold Racing (DRR) has partnered with industrial automation company Hurco (Indianapolis, Indiana) for the 2011 IZOD IndyCar Series season.

The VMX30U VMC combines an efficient trunnion table design and five-axis technology to simplify machining for parts and molds with swept surfaces and contours, the company says.

Hurco’s TM18L is a true slant-bed lathe with a maximum cutting length of 79.4" (approximately 2 m) to accommodate longer stock for the energy and mining industries.

Hurco says its largest machining center, the 3-m DCX32, has the capacity to handle large parts and molds for the aerospace and energy sectors. Featuring X-, Y- and Z-axis travels of 126" × 82.

Hurco features 11 machine tools with its integrated control powered by WinMax, which is software is designed to expand a shop’s capability. An interactive space with the control consoles is set up for booth visitors to test.

Hurco’s VM10U small-footprint, five-axis machining center minimizes setups, eliminates scrap by using powerful verification graphics and minimizes benchwork with smoothing algorithms that deliver quality surface finish. The machine has X-, Y- and Z-axis travels of 21", 16" and 19", respectively.

The TMX series of slant-bed lathes from Hurco includes three turning centers: TMX8, TMX8MY and TMX8MYS, all of which include construction and high-performance specifications for efficiency. Specifications include rapids of 950 ipm (X axis) and 1,200 ipm (Z axis), a spindle speed of 14,500 rpm and a 36-hp spindle motor. The all-digital control, drives and motors along with absolute encoders on all linear axes provide superior surface finish capability, the company says.

This shop watched its chosen niche become less profitable. Its response was a dramatic investment in new equipment, along with an information-related change that has made all of the shop’s equipment more cost-effective.

To get maximum leverage from its manufacturing know-how, Krieger Machine, a CNC shop in Stuart, Florida, draws on all of its software resources - CAD, CAM and shopfloor programming. The shop relies on KeyCreator from Kubotek as its main CAD resource. Mastercam from CNC Software is its main CAM resource. On the shop floor, conversational programming on the Hurco vertical machining centers proves to be another vital resource. All three systems help the shop succeed as a reliable producer of precision parts for a variety of industries.

A five-side machining program can be thought of as five different three-axis programs stitched together. Does that mean the task of programming a five-side job has to be five times as difficult, or five times as time-consuming?

Conventional wisdom about standard milling operations has always been that compared to square shoulder cutters, lead angle cutters are easier on the spindle, can be run at higher table feed rates, and cut freer. Finishes are typically better and, with the addition of a wiper flat insert, finishes could be further improved.

Due to the chip thinning attributes of this type of cutter, actual table feeds can be more rapid, albeit at the sacrifice of some depth of cut compared to a zero lead cutter.

The SR series of 5-axis CNC mills offers multiple advantages, starting with the machine’s design configuration that utilizes a swivel head with either an A or C style rotary table. The generous size of the rotary table provides maximum versatility because you can use the extra table space for secondary operations or 3-axis work.

Heavier Parts. Because the table is stationary, the swivel head/rotary table 5-axis machining centers are typically preferred when machining heavier parts.

Unlimited angular movement of C-axis. With a swivel head/rotary table 5-axis machining center, it is extremely important to make sure the table (C-axis) supports unlimited angular movement.  For example, if you are machining down a steep wall and going around the part, the table needs to rotate in a continuous motion. If the C-axis is limited to +360 / -360 degrees of motion, it will literally need to unwind at regular intervals to machine the part. Conversely, the tables on the Hurco SR 5-axis mills are built with unlimited and continuous rotation because our focus from design to delivery is to maximize productivity and profitability for our customers.

Tool access for swept surfaces and complex contours. There are certain applications, such as impellers or turbines, when it is beneficial to approach the part from underneath. When you mill uphill, as it is sometimes called, the base of the spindle is lower than the tool tip. The B-axis tilting head with the C-axis rotary table of the SR machining center supports this type of cutting strategy, whereas a trunnion style 5-axis mill doesn’t.

Buying a multi-axis CNC milling machine like a 5 axis CNC machine is similar to choosing a car make and model. You will base your decision on the intended use, budget and personality along with many other considerations. The garage of options for 5-axis CNCs is equivalent to a garage of race cars, all-terrain vehicles, buses, and luxury cars. There are more general purpose machines and then there are used 5-axis CNC machines made for specific applications. Smaller shops often start 5-axis machining by adding a single or dual rotary to an existing 3-axis vertical machining center.

Machinists often find that they can begin the learning process for making more complex parts with the addition of a single or dual-rotary unit. You may have started in this area of developing your expertise and now find that more quote opportunities are coming in for even more complex parts which have higher profit margins. This is a great time to buy your first used 5-axis CNC milling machine!

There are many reasons now more than ever why machine shops are replacing their current machines with 5-axis CNC milling machines. Here are a few of the top reasons that drive machine shop owners to add or replace older machines with 5-axis CNC machines:

The business case can be made for replacing standard 3-axis parts machining with 5-axis CNC machining based on both the setup and cycle time improvements. In one example by Hurco, one part that took 7 operations and 5 hours 30 minutes to setup on a standard 3 axis CNC machine needed only 2 operations and 1 hour 30 minutes to setup on a 5-axis machine. The cycle time for that same part also went down by over 30%. If a machine is running, it"s not making money. This kind of savings can quickly improve ROI.

When you buy a used 5-axis CNC machine, you are increasing the complexity of parts that you can make. Some shops like work that others consider to be too difficult. If your company loves to learn from every challenge and become better with each job, this strategy can pay great dividends. 5-axis machining is great for the complex work and shorter running jobs. Your 5-axis machine should be flexible, precise and adaptable for the challenges. Many used 5-axis machines have a swivel head that can articulate cuts in almost every direction.

5-axis CNC machines are built to last. Similar to buying a car, newer years might have some special features, but if you dont need those features, then why buy them? A solid used CNC 5-axis for sale should be able to reliably make parts for many years. The software can be upgraded, sensors can be added, skins on controls can be replaced and the machine will continue to make parts. You can find great bargains on 5-axis CNC machines for sale in our listings.

5-axis CNC machining can do what other machines can do, but machines like Swiss lathes, vertical machining centers and other 3-axis mills cannot do everything that a 5-axis CNC machining center can do. This makes the 5-axis CNC one of the most versatile pieces of equipment that you can buy. Combined with the power of modern CAD/CAM software, you can make a wide range of parts with one piece of equipment.

Buying a 5-axis CNC milling machine gives your operators the opportunity to grow in their abilities to make more complex parts. Parts that you may not want to quote today will become possible as your machinists become accustomed to a new way of thinking about machining.

When a used 5-axis CNC is setup in a work center to allow for automated material loading and parts unloading, it can run unattended with as much as 95% spindle utilization. Compared to other types of milling like vertical machining centers and horizontal machining centers, you get more production simply because the 5-axis machine spindles are running more consistently.

When deciding on the type of used 5-axis machine to purchase, key factors to consider will be part complexity, part mix and the average number of parts to be run per setup. For example, parts that can be made on a 3-axis machine may actually be a better fit on a 5-axis because of a quicker setup on a machine with tools already available on a tool changer. Major options for used 5-axis CNCs include the rotary type and trunnion table type.Part Complexity: Do you want to machine complex parts? Consider the differences between trunnion and swivel head style machines and the table tilting and rotation travel for the A-axis and C-axis. Also consider the number of tool slots available in the tool changer the more stations, the more complexity in one setup.

Physical Size: Youll want to consider the physical size of your used CNC 5-axis machine. This will be dictated by the size of parts that will be machined and the amount of room on your shop floor. Then youll need to determine the rigidity by thinking about the types of materials that you will be machining. Keep in mind that some multi-axis machines are better than others for particular applications. It will be helpful to learn if a particular used CNC machine was used in a similar application before.

We have for sale used 5-axis CNC machining centers with trunnion tables. A few benefits of choosing a trunnion style trunnion table on your 5-axis CNC machine include a better under-cut capability, larger work volume and more torque at low RPM. As compared with a swivel rotate machine which typically is limited to 90 degrees of the head in any direction, a trunnion table allows more than 90 degrees of rotation.

This makes it possible to reach up under a flange, under the edge of a part, or machine an angle hole that points down under the table. Since the part is under the spindle"s Z-axis and the spindle is always vertical, once a workpiece is clamped down you have the full travel of the X and Y as the machining envelope. As compared to a swivel head machining center, there is more torque at lower RPMs on a 5-axis with a trunnion table.

We have used 5-axis CNC machines with swivel heads. A few benefits of choosing a swivel head machine over a trunnion include the ability to run heavier parts, more versatility and fewer tool interference issues. On a trunnion style machine, the part is always rotating and twisting within the work envelope which limits the weight capacity that the axis can handle. Since the table rotates more like a standard 3-axis machine on a 5-axis machining center with a swivel head, the table can handle heavier parts because of better weight distribution.

Often swivel rotate used 5-axis CNC machines have much greater versatility than the trunnion because of table space on the side which allows for some fixturing, 3-axis work, or even 4th axis work using the tilting head. On trunnion table 5-axis CNC, when the part tilts towards the operator, the bottom of the head casting and the trunnion itself which can impede making smaller type parts as compared to the swivel. Standard length tooling works well on swivel rotate machining centers where often longer tooling is needed for trunnion table style 5-axis machines.

The same Stallion Trunnion Table, up to eight times the productivity. ​Built for the highest production jobs. Available in 3 to 8 sided configurations.​ Complete solutions available to maximize your VMCs throughput.​​ Also made for any rotary table and machine tool on the market.

Managing director Chris Smith favours this style of 5-axis machining centre over the trunnion-mounted rotary table arrangement due to its versatility for tackling a greater variety of work, including 4-axis machining of large components.

Last year saw the arrival of a Hurco VMX30i, purchased with a fourth axis rotary table to speed set-ups, increase production efficiency and reduce delivery times, plus a larger 3-axis VMX60i with 1,525 x 660 x 610mm working volume that significantly extends the size of component that can be machined on the Livingston site.

Celebrating the 40th anniversary of its inauguration this year, Almond Engineering now operates eight Hurco machine tools, a TM8 CNC lathe with 8-inch chuck and seven machining centres. The latter form the vast majority of prismatic metalcutting capacity on site, the only other machining centre being a Bohner & Koehle bought in the 1970s.

As to the subcontractor"s continued purchase of the Hurco brand, Mr Smith comments: "Ours is a prototype and small batch production environment, so efficient shopfloor programming is important to us. We rely on it 90% of the time.

"Back in 2004, we had a number of manual tool change mills and one vertical machining centre, but spent more time programming them than actually cutting metal. To take over from them, in 2004 we bought our first VMX42 with a 1m X-axis. The Hurco control was clearly ahead at the time in terms of the speed and capability of its conversational programming and has continued to lead the market ever since.

He pointed also to the user friendliness of Hurco machines, with staff able to move seamlessly between the twin-screen WinMAX controls powering the larger machining centres and the single-screen MAX controls on the smaller VM1 machining centre and TM8 lathe.

The subcontractor"s hyperMILL offline CAM system is used mostly for programming more complex 3+2 axis cycles to reduce set-ups and improve accuracy on the 5-axis machines and to create some fully interpolative cycles as well.