Aries and ACR9000 – Now both with EtherNet/IP!

Aries and ACR9000 Controllers – Now both with EtherNet/IP!

Aries and ACR9000 controllers
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Special offer – CNC Machine FlatCom P

Special offer – CNC Machine FlatCom P
Flatcom P with hoodThis CNC Machine has a fixed work table and uses a stepper controller

There are four models with traverse paths of:

X = 400 / 800 mm,
Y = 300 / 600 / 1200 mm,
Z = 150 mm

These machines have a great cost/performance ratio for:

  • Drilling and milling
  • Imprinting and engraving
  • De- burring and polishing
  • Soldering and welding
  • Assembling and mounting
  • Metering and fastening
  • Bonding and casting
  • Measuring and testing
  • Scanning and scaling

Flatcom P without hoodThey come with the base frame, protection hood, milling spindle and control panel as an option

They are especially suitable for the following application areas:Flatcom P

  • Mechanical Engineering
  • Architects
  • Advertising materials
  • Engraving
  • Goldsmiths

 

Click here for more information on the Flatcom P

Servo Network Driver for LabVIEW

Servo Network Driver for
LabVIEW

YASKAWA ELECTRIC announces the release of a new driver for National Instruments’ LabVIEW graphical programming environment. This driver allows for the creation of motion profiles on a standard PC with Windows XP/Vista, which allows for simple point-to-point moves in test and measurement, lab automation, and many other applications. The driver combines the power of LabView with Yaskawa’s family of AC servo drives and motors via a PCI communication card running MECHATROLINK-II. Now, LabVIEW can fully harness the broadest range of servo products from 30W to 7.5kW.

Labview

This MECHATROLINK-II driver provides LabVIEW users a simple, easy-to-use, and powerful network for controlling “point-topoint” and velocity motion in MECHATROLINK-II enabled devices:

• Yaskawa’s Sigma III and Sigma-5 servos
• Yaskawa’s VFDs
• Other MECHATROLINK-II enabled devices (i.e. steppers and remote I/O modules, etc.)

High Performance

Simple, asynchronous, point-to-point commands are initiated in the LabVIEW environment, while the real-time position loop and trajectory generation is handled by each individual servo drive. Trapezoidal motion profiles (as seen to the right), jerk-limited accelerations, as well as sophisticated control loops, are some of the features of this high-performance servo drive.

Labview

Plug-and-Play

MECHATROLINK-II is a digital servo network which reduces wiring between servo drives and a host controller. It enables quick and reliable bidirectional transfer of servo axis data. A serial encoder interface further increases the communication between motion control components by allowing motor data to be accessed by the host controller. The new LabVIEW driver for the NT110 PCI card allows an ordinary Windows XP/Vista PC to be the host controller for a real-time servo system.

Labview

 

 

Embedded Motion Control

Keep on track with isel……Episode 7: Low-Cost CNC router saves money and reduces time to market for product display shelves

Keep on track with isel……Episode 7: Low-Cost CNC router saves money and reduces time to market for product display shelves

A manufacturer of personal care products has saved money and reduced time to market by switching to a low-cost computerised numerical control (CNC) router that makes it possible to produce point of purchase displays internally.

The manufacturer employed contractors to produce displays but there were delays in getting new designs to retailers and the cost of producing them was continually rising. The company made the decision to create their own displays and searched for an inexpensive, yet easy to use router that had the capability to produce plastic and wood components to high levels of accuracy.

The isel router they opted for has had the effect that they can now design and create new display designs in a single day. isel’s router has features readily found in more expensive machines like ball screws and servo motors that make it possible to produce a very professional looking product. This manufacturer is saving money on their outgoings and can now turn on immediately to meeting the ever-changing design demands of the retail market.

Ball screws have a few key advantages over racks: they don’t have the ‘play’ or the requirement for adjustments that racks require, do not wear as easily and are far less likely to leave debris in the mechanism a cause of skipping and errant motion. Servomotors, unlike stepper motors do not lose position, cannot skip steps and are also far better for 3D applications since they can change speed ‘on the fly’ without losing position as steppers are known to.

The company in question’s products are shipped to retailers with displays made of acrylic sheets that contain the product. The displays range from approximately 220mm high, 200mm wide and 200mm deep to as much as 600mm high by 300mm wide and 200mm deep and have either two or three tiers of shelves. The product is placed loose in the shelves, which are tilted backwards slightly to keep them secure. The shelves are held to the walls with acrylic solvents.

The company frequently develops different styles of displays in order to accommodate a new product or promotion, and often in the past subcontractors built a substantial portion of these. The disadvantage with this strategy was that a considerable amount of back and forth effort was necessary in order to communicate the company’s specific concept for the display. With the rising cost of production the process of going from prototype to finished product was proving inefficient as well as expensive.

The company set out to look for CNC routers, however the ones that they saw were either too expensive, very complicated machines or on the other hand inexpensive routers. Whatever the downside, there was little to encourage investors these machines were up to it. Their lightweight frames, the looseness of their rack and pinion drives and loss of position associated with steppers would not produce the quality and accuracy they were looking for.

The isel machine possesses a number of critical features that allow it to deliver accuracy to a level that has previously only been attainable at a much higher price. Ball screws are provided on all three axes, providing smooth motion, a high level of accuracy and repeatability, and minimal maintenance. A closed loop servo control system provides constant position feedback, higher power and smooth continuous motion that eliminates the possibility of losing position in the middle section. The machine includes a heavy steel ground stress relieved base and an aluminium T-slot table that can be easily converted to a vacuum table by installing a vacuum table accessory kit. The machine comes fully assembled and includes CNC G-code interface. The machine is available in three sizes with work envelopes of 750 by 600mm, 1250 by 1200mm and 1250 by 2400mm. Each of these models provides a repeatability of 0.025mm, a resolution of 0.005mm and a maximum speed of 6350mm per minute. A wide range of optional equipment is offered including a laser scanning module, CNC lathe attachment, vacuum blower and a fourth axis rotary table.

The resultant situation is that the company’s designer creates a CAD drawing of a new display then graphically nests the individual pieces required to make the display onto a foot acrylic sheet and saves the resulting drawing onto a CD. The CNC operator generates toolpaths, makes adjustments to compensate for the thickness of the sheet and creates a CNC program for producing the parts. The operator loads a new sheet onto the router, secures it with a vacuum clamp to the table, uploads the program into the machine control and with a click of the mouse starts the machine. The machine (then) establishes the zero point for the z-axis and then runs by itself for 30 to 120 minutes producing enough parts for as many displays as is possible to nest onto an acrylic sheet. When the machining operation is finished, the pieces are removed and they apply a torch to flame the cut edges to produce a glossy finish. These are delivered to the assembly department where operators put them together by applying acrylic solvent with a syringe.

The accuracy of cutting enabled them to develop a tab and slot construction in some of our displays which overcame some of the difficulties that assemblers were having in alignment of walls and partitions, providing improved positioning for high-precision line bending.

The time required to respond to market trends by creating new displays has been cut to a fraction of its original duration. In fact, on several occasions an idea for a new display presented in the morning has been built and assembled by the end of the day. Building their own displays also makes it much easier for companies to respond to special requests from their customers. As a matter of course the money this company saved on contract manufacturing costs went a long way towards helping them stay competitive in a low-margin business.

Micromech is the UK and Eire distributor and CNC machine integrator for isel, if you wish to find out more about these cost-effective and effort-reducing products then contact Alan Spinks on 01376 333333 or email alan@micromech.co.uk

‘Affordable Automation’