Total Hydraulic Solutions Ltd (THS) of Rotorua, New Zealand, has purchased a new all-electric ‘Breeze’ 65 mm single-stack tube bending machine from UK-based Unison Ltd. THS modifies new excavators from global brands such as John Deere, Caterpillar, Hyundai and Kobelco to accept forestry harvesting equipment. The company also provides a wide range of maintenance and support services for users of hydraulic equipment.

Currently in transit to New Zealand, THS’s new Unison Breeze machine will manufacture small batch runs of heavy-gauge tubular components from either stainless steel, black schedule steel or carbon steel. It will replace an older hydraulic tube bender that has been in operation at the Rotorua site for several years.

While visiting Unison Ltd for factory acceptance testing of his company’s new Unison Breeze machine, joint owner of THS, Andy Bedford, said: “The obvious question people will ask is why we chose to travel halfway around the world to buy a new tube bender. The fact is, after considering machines from several manufacturers and dismissing those which failed to meet our exacting requirements for quality, reliability, repeatability and support, we were directed to the Unison website by a company we know and respect in Australia.”

He continues: “A conversation with Unison’s sales projects manager, Steve Chambers, then followed. Steve clearly understood our need for a robust single-stack machine that offered easy set-up, rapid programming and fast tooling changes.All of this is essential as, with small production runs, we typically need to change bend tooling up to 20 times a day. In our busy manufacturing facility, the near-silent operation of anall-electric machine was also highly appealing, while Unison’s intuitive Unibend CNC meant training future operators would be very straightforward.”
For further information www.unisonltd.com

VGPNext is the new CADCAM programming software for BLM Group tube-bending and wire-bending machines that tackles the latest technological challenges. The software features a completely revamped graphical user interface, with a wealth of features just a click away, designed to make the operator’s job easier and machine programming more practical and simpler. VGPNext improves the synergy between machine and software by simplifying core functions for more user-friendly programming.

With VGPNext, users can identify the part program right away, simulate the job and start production in just a few clicks. It is possible to choose a program from the library using an archive containing images and technical data. The library collects all the programs on the server in one place, providing the convenience of preview images and numerous search filters to make this step even easier. Customised tags are assignable to the various part programs and users can filter searches by tag, section, material, date, machine and much more.

The Bimport module can call up a tube or multi-tube assembly in STEP or IGES formats in VGPNext to obtain theoretical co-ordinatesautomatically. This saves a lot of time and allows less experienced operators to become familiar with the program.

The entire programming flow is more user-friendly with the help of a ribbon bar that assists the operator by indicating missing steps, incorrectly entered data, default data and user-modified data. In this way, VGPNext considers all possible variables – including theoretical co-ordinates, springback, material elongation, bending feasibility and choice of tools – and indicates how to intervene. The operator can switch from one step to the next without losing valuable data.
For further information www.blmgroup.com

SafanDarleyis releasing its fully in-house developed software platform ASC-Control (Automated Solution Cell). This provides SafanDarley with a software platform that enables all further developments with and around the electric E-Brakes and the hydraulic H-Brakes. Together with AutoPOL and RoboBend (offline software), ASC-control enables SafanDarleyto offer a total package for all automated solutions. As a result, customers are no longer dependent on third parties and have only one point of contact for the entire package.

In developing the new software platform, high priority was given to ease of use, negating the need for an extensive operator training programme. After sending a job to the ASC-Control, the operator can easily operate the machine and execute the job. This permits the operator to work efficiently and increase the productivity of the automated cell.

How this functionswas shown at the recent SafanDarley E-volution days 2023 using an E-Brake 35T Premium Mini Cell with palletiser and AGV. This cell isfor the fully automated production of small complex products. It also allows successive bending of different products without intermediate programming. The cell is modularly built and is configurable entirely in line with the customer’s wishes, thus achieving optimum efficiency and higher productivity.

“Now that ASC-Control is available, it provides a huge step forward in terms of ease of use, efficiency and productivity,” says CEO Gert Dekker. “Furthermore, it lays a nice foundation for SafanDarley to develop on.”

In fact, only the first phase of ASC-Control is now complete, the main outcome being that a customer can now run its robotic press-brake cell independently.
For further information www.safandarley.com

The Amada HRB series stand-alone press brake combines a new frame design with the reliable and recognised features of the HFE3i series. To increase productivityfurther, these bending machines feature the latest AMNC 3i multi-touch screen interface with ‘LITE’ mode. Thanks to the new automatic crowning device, Amada says it becomes possible to produce high-quality parts with increased accuracy, while maintaining low energy costs and process stability. In terms of capacity, the range extends from 50 to 220 tonnes, and 2 to 4 m.

Amada’s HRB has a new frame designed for optimal flexibility; the upper beam nowoffers an opening distance of 520mm and a stroke of 250mm. This allows for the processing of more complex and complicated bends.

The processing precision of the HRB enables the production of very high quality batches thanks to the new automatic crowning device, at low energy costs and with process stability. Thanks to the management of the hydraulic system with a frequency converter, power consumption reduces by at least 20% (compared with conventional press brakes that do not feature an inverter), providing environmental benefits. The new auto-crowning produces bending tolerance of ±20′ at any point along the beam.

HRB series press bakes feature the new LITE mode interface that simplifies all operations, making the usage of the machine fast and easy, while the AMNC3i 18.5 inch, smartphone-type multi-touch panel provides easy viewing and quick data input.
For further information www.amada.eu