Showing posts with label intelicut. Show all posts
Showing posts with label intelicut. Show all posts
Monday, January 12, 2009
Sunday, January 11, 2009
High pressure waterjet in construction -An unknown technology
In order to gain a better understanding of how much the industry knows about waterjet technology, a survey was mailed out to various companies. A total of 215 surveys were mailed along with the cover letter and a self-addressed envelope for return. The construction companies were chosen out of the list provided by Associated General Contractors (AGC) in a random manner.
A total of 95 surveys were returned.
Approximately 42 percent of the companies are familiar with the waterjet.
Of the 42 percent who were familiar with its use, only about 17 percent of them actually employ this technology in their company.
Of the 17% who use the abrasive waterjet,
100% of them do employ another cutting technique.
88% percent use the pneumatic hammer,
63% use the diamond blade power saw,
19% employ other techniques such as torches, hydroblasting and grinders.
Of the 17% who employ the abrasive waterjet in their business,
56% use the waterjet for concrete cutting,
38% use the waterjet for steel cutting and
63% use the waterjet for cleaning and paint removal.
Of the 83% who do not use the abrasive waterjet,
76% use the pneumatic hammer,
83% use the diamond blade power saw,
9% use the mechanical brushes and
9% use other techniques such as verneer trenches and torches.
Conclusion and Limitations
It appeared after studying the advantages and disadvantages of the waterjet, that this is a tool that the construction industry should find very useful. Unfortunately, this does not seem to be the case. Many of the regional companies do not seem to have any significant knowledge of the waterjet, thus remaining unwilling to employ this technology.
The responses that we have received have left us with the inability to comment on the cost effectiveness of the waterjet in the construction industry. The majority of companies that we contacted do not employ the waterjet in their companies, nor d o most of them have any knowledge of the abrasive waterjet. These companies seem to be conservative to new technology and unwilling to take risks. This may also be due to the fact that many companies are unwilling to invest in a new technology that is not widely used.
REFERENCES
[1] Behringer -Plosonka, Catherine A., "Waterjet Cutting - A Technology Afloat on a Sea of Potential", Manufacturing Engineering, Vol. 99, Nov. 1987, pp. 37-41.
[2] Haylock, Rob, "Waterjet Cutting", Conference: Automach Australia "85, July 2-5, 1985, Melbourne, Australia.
[3] Slattery, Thomas J., "Abrasive Waterjet Carves Out Metalworking Niche", Machine and Tool Blue Book, July 1991, pp. 31-34.
[4] Hitchox, Alan L., "Vote of Confidence for Abrasive Waterjet Cutting", Metal Progress, Vol. 130, July 1986, pp. 33-34.
[5] Flow International, 1995.
[6] Steinhauser, John, "Abrasive Waterjets: on the ‘Cutting Edge’ of Technology", Flow Systems, Inc.
[7] "Jetpac Intensifier Pump - Model 40DT", Flow Specs, FS-130, Sept. 1989.
[8] Ayers, Gary W., "Principles of Waterjet Cutting", Tappi Journal, Vol. 70, Sept 1993, pp. 91-94.
[9] Zaring, K., "Advanced Abrasive Waterjet Hardware and Cutting Performance", 5th American Waterjet Conference, Aug. 1989.
[10] Hashish, M., "Steel Cutting With Abrasive Waterjets", 6th International Symposium on Jet Cutting Technology, April 1982.
[11] Vijay, M.M., "A Critical Examination of the Use of Waterjets for Medical Applications", 5th American Waterjet Conference, Aug. 1989.
[12] Medeot, R., "History, Theory and Practice of Hydrodemolition", 5th American Waterjet Conference, Aug. 1989.
[13] Schmid, R.F., "High Pressure Hydro-Milling of Concrete Surfaces", 5th American Waterjet Conference, Aug. 1989.
[14] Peart, John W., "Lead-Pigmented Paints - Their Impact on Bridge Maintenance Strategies and Costs", Public Roads, Vol. 52 Sept. 1992, pp. 47-51.
[15] Katausakas, Ted, "DOT Coasts Rusting Bridges With Layers of Problems", R&D Magazine, May 1990, pp. 43-48.
[16] Baldry, Ian, "Surface Preparation", Civil Engineering (London, England), April 1987, pp. 47-48.
[17] Falcone, Linda M. Tonkay, Gregory L., "Economic Feasibility of a Tool to Remove Rivets From Railway Bridges", Proposal to The Canadian National Railway, April 1990.
A total of 95 surveys were returned.
Approximately 42 percent of the companies are familiar with the waterjet.
Of the 42 percent who were familiar with its use, only about 17 percent of them actually employ this technology in their company.
Of the 17% who use the abrasive waterjet,
100% of them do employ another cutting technique.
88% percent use the pneumatic hammer,
63% use the diamond blade power saw,
19% employ other techniques such as torches, hydroblasting and grinders.
Of the 17% who employ the abrasive waterjet in their business,
56% use the waterjet for concrete cutting,
38% use the waterjet for steel cutting and
63% use the waterjet for cleaning and paint removal.
Of the 83% who do not use the abrasive waterjet,
76% use the pneumatic hammer,
83% use the diamond blade power saw,
9% use the mechanical brushes and
9% use other techniques such as verneer trenches and torches.
Conclusion and Limitations
It appeared after studying the advantages and disadvantages of the waterjet, that this is a tool that the construction industry should find very useful. Unfortunately, this does not seem to be the case. Many of the regional companies do not seem to have any significant knowledge of the waterjet, thus remaining unwilling to employ this technology.
The responses that we have received have left us with the inability to comment on the cost effectiveness of the waterjet in the construction industry. The majority of companies that we contacted do not employ the waterjet in their companies, nor d o most of them have any knowledge of the abrasive waterjet. These companies seem to be conservative to new technology and unwilling to take risks. This may also be due to the fact that many companies are unwilling to invest in a new technology that is not widely used.
REFERENCES
[1] Behringer -Plosonka, Catherine A., "Waterjet Cutting - A Technology Afloat on a Sea of Potential", Manufacturing Engineering, Vol. 99, Nov. 1987, pp. 37-41.
[2] Haylock, Rob, "Waterjet Cutting", Conference: Automach Australia "85, July 2-5, 1985, Melbourne, Australia.
[3] Slattery, Thomas J., "Abrasive Waterjet Carves Out Metalworking Niche", Machine and Tool Blue Book, July 1991, pp. 31-34.
[4] Hitchox, Alan L., "Vote of Confidence for Abrasive Waterjet Cutting", Metal Progress, Vol. 130, July 1986, pp. 33-34.
[5] Flow International, 1995.
[6] Steinhauser, John, "Abrasive Waterjets: on the ‘Cutting Edge’ of Technology", Flow Systems, Inc.
[7] "Jetpac Intensifier Pump - Model 40DT", Flow Specs, FS-130, Sept. 1989.
[8] Ayers, Gary W., "Principles of Waterjet Cutting", Tappi Journal, Vol. 70, Sept 1993, pp. 91-94.
[9] Zaring, K., "Advanced Abrasive Waterjet Hardware and Cutting Performance", 5th American Waterjet Conference, Aug. 1989.
[10] Hashish, M., "Steel Cutting With Abrasive Waterjets", 6th International Symposium on Jet Cutting Technology, April 1982.
[11] Vijay, M.M., "A Critical Examination of the Use of Waterjets for Medical Applications", 5th American Waterjet Conference, Aug. 1989.
[12] Medeot, R., "History, Theory and Practice of Hydrodemolition", 5th American Waterjet Conference, Aug. 1989.
[13] Schmid, R.F., "High Pressure Hydro-Milling of Concrete Surfaces", 5th American Waterjet Conference, Aug. 1989.
[14] Peart, John W., "Lead-Pigmented Paints - Their Impact on Bridge Maintenance Strategies and Costs", Public Roads, Vol. 52 Sept. 1992, pp. 47-51.
[15] Katausakas, Ted, "DOT Coasts Rusting Bridges With Layers of Problems", R&D Magazine, May 1990, pp. 43-48.
[16] Baldry, Ian, "Surface Preparation", Civil Engineering (London, England), April 1987, pp. 47-48.
[17] Falcone, Linda M. Tonkay, Gregory L., "Economic Feasibility of a Tool to Remove Rivets From Railway Bridges", Proposal to The Canadian National Railway, April 1990.
Monday, January 5, 2009
Simulation of pure waterjet cutting
Searching lately trough the AWJC web i found this amazing research from the technical research center in Chania - Crete - Greece. A member of the research team Mrs. Phys. Maniadaki Kyriaki (MSc) has uploaded the following interesting animation.
Simulation Details:
Compared with traditional and most non-traditional machining technologies, AWJ cutting technology has a number of distinct advantages, such as no thermal distortion, high flexibility, high machining versatility and good surface quality, easy integration with mechanical manipulators, low machining force and minimal burrs. The utilization of the AWJ cutting/drilling and in particular its application into hard-to-cut materials is growing. Consequently, the waterjet and abrasive waterjet technology has been a subject of research for a number of years and the main stream of research has been directed towards the understanding of the complex material removal mechanisms and the optimization of the process parameters (fluid dynamics and technological) for various applications
In the current study, work was undertaken to accurately simulate the pure water jet flow of the process. The flow has been divided into three regions, inside the waterjet nozzle, the waterjet flow into the air and the waterjet impact on a non-moving target material as well as the impact on a moving target. What distinguishes this project from previous work is that the overall waterjet process is simulated including the nozzle waterflow simulation. At this stage of research the waterjet velocity profile that is created at the exit of the nozzle is computed and its form is known vs. time. The main objective is to investigate and analyze in detail the material behavior under waterjet impingement.
Sunday, December 28, 2008
Steel Fab 2009 19-22 January 2009
Steel Fab 2009 19-22 January 2009
Expo Centre Sharjah, United Arab EmiratesSteelFab: Middle East's most established sourcing platform for the metal-working, metal manufacturing and steel fabrication industrySteelFab is the Middle East's largest trade show for the metal working, metal manufacturing & steel fabrication industries. The event made its debut in 2004 and since then has grown considerably in terms of number of exhibitors, occupied exhibition space, as well as exhibit profile.For More Information Please visit http://www.steelfabme.com
Or email int.sales@hydrocut.gr
Expo Centre Sharjah, United Arab EmiratesSteelFab: Middle East's most established sourcing platform for the metal-working, metal manufacturing and steel fabrication industrySteelFab is the Middle East's largest trade show for the metal working, metal manufacturing & steel fabrication industries. The event made its debut in 2004 and since then has grown considerably in terms of number of exhibitors, occupied exhibition space, as well as exhibit profile.For More Information Please visit http://www.steelfabme.com
Or email int.sales@hydrocut.gr
Monday, December 22, 2008
Κόψτε τα έξοδα με Yδροκοπη
Κοπή με μηχανές υδροκοπης VEGA της HYDROCUT (INTELICUT)
Χρησιμοποιώντας μηχανήματα ακριβείας και ένα υψηλό επίπεδου επιστήμονες, η Hellenic Hydrocut (στο εξωτερικό γνωστή και ως INTELICUT ) κατασκευάζει προηγμένα προϊόντα κοπής με υδροβολή υψηλής τεχνολογίας απο το 1999.
Η Hyrocut (INTELICUT) κατασκευάζει μηχανήματα υδροκοπης με δυνατότητα κοπής σχεδόν οποιουδήποτε υλικού. Το Waterjet με αντλίες της σειράς stream line της KMT παράγουν πιέσεις κοπής έως 4.100 bar και ταχύτητες mach 2,5.
Εταιρείες χρησιμοποιούν τα συστήματα κοπής με υδροβολή τύπου VEGA με εξαιρετική αποτελεσματικότητα εδώ και πάνω από 10 χρόνια. Η ευελιξία και αξιοπιστία της VEGA διευκολύνει τη χρήση και σε καταστάσεις παραγωγής υψηλού εύρους και σε μικρές παραγγελίες, δημιουργικές εφαρμογές χαμηλού εύρους.
Στην ουσία, καινοτόμες εταιρείες συνεχίζουν να βρίσκουν νέες εφαρμογές για τη βελτίωση της παραγωγής τους και επιτυγχάνουν ένα υψηλότερο επίπεδο αποτελεσματικότητας και ανταγωνιστικότητας.
Έως σήμερα, η υγιεινή, ανάπτυξη και επιβίωση των περισσοτέρων βιομηχανικών κατασκευαστών, επιχειρήσεων εργασίας και μηχανών στην κατεργασία υλικών, επιχειρήσεων διαμόρφωσης και κατασκευής, θέτουν ως προϋπόθεση τις μηχανές υδροβολής.
Στην κοπή με υδροβολή μπορούμε να αναφέρουμε πέντε βασικά στοιχεία τα οποία ξεχωρίζουν - και αυτά είναι τα εξής:
Εξοικονόμηση
Πολλαπλή χρήση/ ευελιξία
Ακρίβεια κοπή και άριστη επιφάνια και σε τελική μορφή
Δυνατότητα κοπής σχεδόν οποιουδήποτε υλικού σε μια ποικιλία πάχους από πολύ λεπτά φύλλα μετάλλου έως 240 χιλ. και ακόμα περισσότερο
δυνατότητα ολοκλήρωσης η προεργασία άλλων διαδικασιών όπως κατεργασία κοπής με λέιζερ, κοπή με πλάσμα, και εργασίες με Router και κατεργασίες σε κέντρα CNC.
Περισσότερα στο www.hydrocut.gr η int.sales[at]hydrocut.gr
Χρησιμοποιώντας μηχανήματα ακριβείας και ένα υψηλό επίπεδου επιστήμονες, η Hellenic Hydrocut (στο εξωτερικό γνωστή και ως INTELICUT ) κατασκευάζει προηγμένα προϊόντα κοπής με υδροβολή υψηλής τεχνολογίας απο το 1999.
Η Hyrocut (INTELICUT) κατασκευάζει μηχανήματα υδροκοπης με δυνατότητα κοπής σχεδόν οποιουδήποτε υλικού. Το Waterjet με αντλίες της σειράς stream line της KMT παράγουν πιέσεις κοπής έως 4.100 bar και ταχύτητες mach 2,5.
Εταιρείες χρησιμοποιούν τα συστήματα κοπής με υδροβολή τύπου VEGA με εξαιρετική αποτελεσματικότητα εδώ και πάνω από 10 χρόνια. Η ευελιξία και αξιοπιστία της VEGA διευκολύνει τη χρήση και σε καταστάσεις παραγωγής υψηλού εύρους και σε μικρές παραγγελίες, δημιουργικές εφαρμογές χαμηλού εύρους.
Στην ουσία, καινοτόμες εταιρείες συνεχίζουν να βρίσκουν νέες εφαρμογές για τη βελτίωση της παραγωγής τους και επιτυγχάνουν ένα υψηλότερο επίπεδο αποτελεσματικότητας και ανταγωνιστικότητας.
Έως σήμερα, η υγιεινή, ανάπτυξη και επιβίωση των περισσοτέρων βιομηχανικών κατασκευαστών, επιχειρήσεων εργασίας και μηχανών στην κατεργασία υλικών, επιχειρήσεων διαμόρφωσης και κατασκευής, θέτουν ως προϋπόθεση τις μηχανές υδροβολής.
Στην κοπή με υδροβολή μπορούμε να αναφέρουμε πέντε βασικά στοιχεία τα οποία ξεχωρίζουν - και αυτά είναι τα εξής:
Εξοικονόμηση
Πολλαπλή χρήση/ ευελιξία
Ακρίβεια κοπή και άριστη επιφάνια και σε τελική μορφή
Δυνατότητα κοπής σχεδόν οποιουδήποτε υλικού σε μια ποικιλία πάχους από πολύ λεπτά φύλλα μετάλλου έως 240 χιλ. και ακόμα περισσότερο
δυνατότητα ολοκλήρωσης η προεργασία άλλων διαδικασιών όπως κατεργασία κοπής με λέιζερ, κοπή με πλάσμα, και εργασίες με Router και κατεργασίες σε κέντρα CNC.
Περισσότερα στο www.hydrocut.gr η int.sales[at]hydrocut.gr
Monday, December 15, 2008
Waterjet cutting creates new opportunities for designers
Waterjet cutting creates new opportunities for designers
Good product design is as much about understanding the capabilities of the manufacturing processes as it is about fulfilling the product's functional requirements. Designers therefore need to appreciate how processes are evolving, and one that is developing fast is waterjet cutting and the related process of abrasive waterjet cutting.
From the early 1970s, when waterjet cutting was first used commercially on paper-based materials and honeycomb materials for the aerospace industry, development progressed rapidly until the 1980s, when abrasive cutting was commercialized. Modern waterjet and abrasive waterjet cutting equipment is robust, reliable and versatile. Typically an ultra-high-pressure intensifier (pump) delivers water at up to 4150 bar (60,000 psi) such that it exits the cutting nozzle at Mach 2-3 (680-1020 m/s). Diamond or sapphire is usually used for the nozzle to maximise the cutting life. Where used, the abrasive material is usually garnet or olivine. While most machines cut two-dimensional (2D) profiles, others use a cutting head mounted on a multi-axis manipulator to enable three-dimensional (3D) shapes with angled sides to be cut from thicker sheet. It is also possible to mount a cutting head on a five- or six-axis robots to enable, for example, complex mouldings to be trimmed.
Waterjet and abrasive waterjet cutting are remarkably versatile. On the one hand they can cut thin paper-like materials or soft materials such as foam, rubber and food products; on the other hand, they can cut very hard and brittle materials, including hardened steel and granite. They can also cut composite materials, meat products, and carpet. Very thin materials can be cut with ease, and abrasive waterjet cutting can be used to cut up to 180 mm of concrete or 400 mm of steel. Clearly the hardness and thickness of the workpiece have an impact on the cutting speed, as does the surface finish required.
Longer life
One of the drawbacks with waterjet and abrasive waterjet cutting used to be the short life available from the nozzle and the seals in the cutting heads and intensifiers. However, developments in these areas have resulted in considerably longer lives. Intensifier seals today can easily last 1700 hours (compared with 40-50 hours for previous generations) and cutting head seals can be expected to last 2000 hours (compared with 60-80 hours). Similarly, developments in abrasive mixing units help to make the cutting process considerably more cost-effective by reducing the maintenance requirements and the costs associated with machine downtime.
Something else that helps to minimise downtime is improved diagnostics. Intensifiers such as the KMT Streamline SL-V 60 offer a touch-screen control with guided maintenance procedures, as well as remote diagnostics via the internet .
Bigger units are often used with multiple cutting heads, thereby helping customers to minimise the investment needed to operate a machine with multiple cutting heads or multiple waterjet or abrasive waterjet cutting machines.
The three-dimensional cutting capabilities of waterjet and abrasive water jet cutting have already been mentioned, but this subject is worth exploring further. Flow International Corporation has a video on its website that illustrates the potential of a five-axis robot, with examples of plates being cut while held at an angle to the machine bed, complex aperture profiles being cut into curved surfaces, a thin-walled truncated cone being cut form thick material and, probably the most impressive, a fan with 15 curved blades. The UK's Nottingham University is another organisation at the forefront of waterjet cutting. As well as working on ways to use a six-axis abrasive waterjet cutting machine to create pockets in aerospace components, the Nottingham researchers have recently developed a way to cut thin double-curvature polycarbonate with pure water.
Another way in which waterjet and abrasive waterjet cutting are starting to move away from the traditional two-dimensional applications is in the forming of blind holes.
It is well known that the two cutting processes are capable of starting a cut away from the edge of the workpiece by first piercing through the material, but some users and researchers are starting to create blind holes by stopping the flow before the hole has penetrated to the far side of the material.
Currently the challenge is to control the shape and depth of the hole, but progress is being made in this area. For product designers, it could be argued that the most significant development in waterjet and abrasive water jet cutting in the last five years relates to improved machine productivity and, therefore, a more cost-effective process. Nevertheless, the use of five- and six-axis robots also creates new opportunities, and the pocketing functions currently being developed are likely to make waterjet and abrasive waterjet cutting even more versatile in the near future.
Interested on advanced waterjet cutting ? Did you know all about Waterjet? Subscribe and stay up to date!
One of the drawbacks with waterjet and abrasive waterjet cutting used to be the short life available from the nozzle and the seals in the cutting heads and intensifiers. However, developments in these areas have resulted in considerably longer lives. Intensifier seals today can easily last 1700 hours (compared with 40-50 hours for previous generations) and cutting head seals can be expected to last 2000 hours (compared with 60-80 hours). Similarly, developments in abrasive mixing units help to make the cutting process considerably more cost-effective by reducing the maintenance requirements and the costs associated with machine downtime.
Something else that helps to minimise downtime is improved diagnostics. Intensifiers such as the KMT Streamline SL-V 60 offer a touch-screen control with guided maintenance procedures, as well as remote diagnostics via the internet .
Bigger units are often used with multiple cutting heads, thereby helping customers to minimise the investment needed to operate a machine with multiple cutting heads or multiple waterjet or abrasive waterjet cutting machines.
The three-dimensional cutting capabilities of waterjet and abrasive water jet cutting have already been mentioned, but this subject is worth exploring further. Flow International Corporation has a video on its website that illustrates the potential of a five-axis robot, with examples of plates being cut while held at an angle to the machine bed, complex aperture profiles being cut into curved surfaces, a thin-walled truncated cone being cut form thick material and, probably the most impressive, a fan with 15 curved blades. The UK's Nottingham University is another organisation at the forefront of waterjet cutting. As well as working on ways to use a six-axis abrasive waterjet cutting machine to create pockets in aerospace components, the Nottingham researchers have recently developed a way to cut thin double-curvature polycarbonate with pure water.
Another way in which waterjet and abrasive waterjet cutting are starting to move away from the traditional two-dimensional applications is in the forming of blind holes.
It is well known that the two cutting processes are capable of starting a cut away from the edge of the workpiece by first piercing through the material, but some users and researchers are starting to create blind holes by stopping the flow before the hole has penetrated to the far side of the material.
Currently the challenge is to control the shape and depth of the hole, but progress is being made in this area. For product designers, it could be argued that the most significant development in waterjet and abrasive water jet cutting in the last five years relates to improved machine productivity and, therefore, a more cost-effective process. Nevertheless, the use of five- and six-axis robots also creates new opportunities, and the pocketing functions currently being developed are likely to make waterjet and abrasive waterjet cutting even more versatile in the near future.
Interested on advanced waterjet cutting ? Did you know all about Waterjet? Subscribe and stay up to date!
Wednesday, November 12, 2008
Η Ελλάδα και πάλι μπροστά - Τώρα και στην Υδροκοπή
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Για να μην λετε ότι δεν ξέρατε...
Η ΕΛΛΑΔΑ ξέρει να ΦΤΙΑΧΝΕΙ ΜΗΧΑΝΕΣ ΥΔΡΟΚΟΠΗΣ και θα το αποδείξω.
Μάλιστα ανταγωνίζεται όχι μόνο τα κινέζικα στης τιμές αλλά και τους ΣΚΑΝΔΙΝΑΒΟΥΣ στην ποιότητα.
Τίποτα δεν έχει να ζηλέψει τους ΓΕΡΜΑΝΟΥΣ στην τεχνολογία ούτε τους ΙΤΑΛΟΥΣ στην εμφάνιση.
ΕΙΣΑΓΩΓΗ ΣΤΑ ΜΥΣΤΙΚΑ ΤΗΣ ΕΠΙΥΤΙΧΙΑΣ .....
Η Υδροκοπή (WJC) είναι η τεχνολογία κοπής που έρχεται από το μέλλον. Εύκολα ξεχωρίζει από τις άλλες μεθόδους κοπής, λόγω της μεγάλης ευρύτητας εφαρμογών και του οικολογικού, 100% μη ρυπογόνου, τρόπου λειτουργίας. Η κοπή επιτυγχάνεται μέσω μιας δέσμης νερού μικρής διαμέτρου (0,5-1,2 χιλιοστά) και υπερ-υψηλής πίεσης (4.000 ατμόσφαιρες), με ή χωρίς την προσθήκη σμύριδας ανάλογα με το υλικό. Η Υδροκοπή πρωτοεμφανίστηκε στα μέσα της δεκαετίας του’80, αν και οι καταβολές της, σαν jet υψηλής πίεσης, φτάνουν στις αρχές του 20ου αιώνα. Από τα τέλη της 10ετίας του ’90 γνωρίζει μεγάλη εξάπλωση, αφού μέχρι τότε ήταν κοστολογικά απρόσιτη. Ευέλικτη, χωρίς περιορισμούς σε διαστάσεις, πάχη, υλικά, ακρίβεια και γεωμετρία του προς κοπή σχεδίου, είναι πρακτικά η μόνη τεχνολογία που ως όριο, έχει μόνο τη φαντασία.
Καλή Πάστα..
Tα μηχανήματα της hydrocut είναι εφοδιασμένα με κορυφαία εξαρτήματα (ΚΜΤ , I.T.T., BOSCH-REXROTH, ITEM, PHOENIX-CONTACT)
Ξεχάστε αυτά που Ξέρατε
Η σειρά Υδροκοπής VEGA ενσωματώνει 5 μοντέλα για όλες τις απαιτήσεις. Τα μοντέλα διαφοροποιούνται από τα βασικά τους χαρακτηριστικά αλλά και από τον πρόσθετο εξοπλισμό που ξεπερνάει τις 50 επιλογές. Καινοτομία και αποκλειστικό πλεονέκτημα της Hydrocut στη σειρά VEGA, είναι ο συνδυασμός πολλών τεχνολογιών που παρουσιάζουν συνέργια με την Υδροκοπή. Plasma, Router,Marking, Drilling, Tapping στο ίδιο μηχάνημα. Το αποτέλεσμα καλύπτει 100% τις ανάγκες μιας πλήρως παραγωγικής γραμμής όσο σύνθετη και αν είναι. Μεγιστοποίηση του οικονομικού αποτελέσματος με ακρίβεια και ταχύτητα.
Η νέα Επιλογή
WJC+Plasma = COMBO
Η εμπορικότερη εφαρμογή των παραπάνω υλοποιείται στη σειρά COMBO. Με την προσθήκη Plasma στην υπάρχουσα κεφαλή WaterJet, δημιουργήσαμε ένα μοναδικό προϊόν συνδυασμένης κοπής. Στο επιλεγμένο μοντέλο υδροκοπής ως βάση, ενσωματώνουμε ένα σταθμό κοπής Plasma ώστε να επιτύχουμε μεγάλη μείωση της λειτουργικής δαπάνης (στα μέταλλα) λόγω της ευελιξίας που προσφέρει αυτός ο συνδυασμός. Το προηγμένο λογισμικό που διαθέτει μπορεί να λειτουργεί τελείως ανεξάρτητα την κάθε τεχνολογία ή ακόμα και τις δύο μαζί ταυτόχρονα στο ίδιο κομμάτι. Με απίστευτα φιλικό περιβάλλον χειρισμού στα ελληνικά και με την αμεσότερη υποστήριξη μετά την πώληση, η αγορά ενός συστήματος υδροκοπής VEGA, αποτελεί την επόμενη έξυπνη κίνηση που θα οδηγήσει την επιχείρηση σας σε ένα άρτιο τεχνολογικό μέλλον.
10 χρόνια Παγκόσμια
Εδώ και 10 χρόνια η Hydrocut δημιουργεί τεχνογνωσία για την Ελλάδα και τον κόσμο ως ενεργά μέλη της Διεθνούς Ενώσεως Κατασκευαστών Waterjet (WJTA).
Η Ομάδα
Η WWW.HYDROCUT.GR αποτελείται από μια ομάδα νέων ανθρώπων που δραστηριοποιούνται στην κατασκευή CNC συστημάτων υδροκοπής από το 1999 και ανταγωνίζονται με επιτυχία τις πλέον προηγμένες χώρες (Σουηδία, Ελβετία, Αμερική) Σαν πρωτοπόρος και μοναδικός κατασκευαστής συστημάτων υδροκοπής στην νοτιοανατολικής Ευρώπης , βρίσκεται στην πρώτη θέση της Εγχώριας αγοράς και αναπτύσσεται συνεχώς, προωθώντας τα προϊόντα της στην απαιτητική αγορά της Βόρειας Ευρώπης και της Σκανδιναβίας.
Η πελάτες
Πελάτες της, είναι επιχειρήσεις από όλους του χώρους της βιομηχανίας και της βιοτεχνίας, που ενσωματώνουν συστήματα κοπής υψηλής απόδοσης για καλύτερη ποιότητα κοπής σε όλες τις προδιαγραφές.
Τα Υλικά
Τα υλικά που μπορούν να κοπούν με Υδροκοπή είναι αμέτρητα δείτε μερικά παραδείγματα:
-Αφροδες υλικά
-Κρύσταλλα
-Κεραμικά
-Μέταλλα
-Τρόφιμα
-Ξύλο
-Χαρτί
-Ορυκτά
-Πλαστικά
Το Video
Δειτε το video
για περισότερες πληροφορίες 
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