Southwood Export Limited (SWEL), a New Zealand company, has been operating since 1985 and is a leader in processing of plantation timber. SWEL had increasingly been experiencing problems with metal contamination at their Bluff chipping plant, with bullets, metal stakes, barbed wire, bolts and more embedded in the wood. Supplying export pulp and paper markets, SWEL could not afford to have metal contamination in their product.
After a major incident SWEL realised it needed to act quickly. After approaching a number of vendors SWEL selected a Sesotec DLS metal detection solution from Reynolds Group. SWEL needed to detect metal fragments down to the size of a 10 cent coin, with the wood chip 350mm deep moving on the conveyor at 190 metres per minute, in the open air, 8 metres above the ground. With a constantly variable climate, that can range from high heat and direct sunshine through to sub-zero blasts direct from Antarctica, it was clear no ordinary metal detector would do the job, which is why the Sesotec DLS was selected.
Plant Manager Ross Best, who has worked with a lot of metal detection systems, says he selected the DLS both for its strong design features, and for the support capability of Reynolds Group. “It was a bit more expensive than some other products on the market but not out of touch. I like the IP rating, stainless design, 360 degree detection and the repeatability of detection. I also found the staff on board very approachable and easy to deal with”, said Ross.
Given the installation at height, the ability to disassemble and then reassemble the DLS around the existing conveyor without any cut-in or modifications was a big selling point. The IP67 rating, solid stainless steel construction, and advanced signal processing to deal with the fluctuating environment meant the DLS was one of the few units up to the task.
Ross has been very pleased with the performance of the DLS, “The unit we purchased has been a very reliable unit compared to others I have experienced in the timber industry. Once tuned it has very few trips where we do not find anything and works well at any tonnage rate or timber moisture content and because of the 360 degree detection it doesn’t matter where the contamination is in the product.”
For more information on Sesotec metal detectors and x-ray inspection solutions contact Reynolds Group.
It takes something special to overcome the challenge of printing high quality codes onto ultra-fast packing lines with difficult to mark substrates. The new Linx CSL60 laser does just that.
Incorporating a powerful processor and 60 watt laser tube with Linx’s unique Visicode system, you can now rest assured that all industry compliance requirements will be met with the CSL60’s ability to produce crisp, clear codes on difficult-to-mark materials such as glass and PET at high speeds. With the introduction of an advanced processor into the laser’s design, messages from the control unit to the marking head are able to be relayed instantly, ensuring your line speeds remain unaffected, and allowing up to 70,000 packs per hour to be marked.
With complete IP65 protection available for the laser head and controller, your fully integrated system can now remain unmoved during wash down to reduce downtime.
Just as important are the 25 different head and lens options, enabling over 16,000 combinations of lens, marking heads and tubes – the widest choice in the industry. This customisation also allows each laser to run at its optimum power levels, helping extend the life of the equipment and giving the CSL60 laser the flexibility to fit your exact requirements. The CSL60 is designed with easy installation in mind, even where space is at a premium. The intuitive LinxVision touch screen allows your operators to quickly and easily create and select messages.
As always with laser technology, no consumables are required, bringing down your running costs significantly and removing downtime for refilling and cleaning. The air-cooled operation further reduces your costs as no ancillary air cooling or factory air is required.
The brand new CSL60 laser from Linx is the cutting edge in marking technology. Contact the helpful team at Reynolds Group today to find out more.
Sesotec have recently launched their new RAYCON EX1 X-ray inspection system, an “entry level” model that is a break-through in price & performance. Easy to use and based on the same advanced software platform as the rest of the RAYCON range, the EX1 is especially suited for the “end of line” inspection of packed products up to 200mm width and 120mm height.
Sesotec Singapore General Manager Tan Tong-Liang, and Reynolds CEO James Booth, with the new RAYCON EX1 at Interpack, Dusseldorf.
With its minimal installation length of only 800 millimetres, easy-clean and toolless rapid-change belt system (change a belt in less than 60 seconds), hygienic rating for wet applications, and advanced connectivity capabilities, the RAYCON EX1 system can be easily integrated into existing packing lines without major disruption or expense.
While compact and very low cost, the EX1 provides high detection accuracy for contaminants such as stainless steel, glass, or stones starting from a size of 0.6 millimetres. The system features easy integration, operation, maintenance, and cleaning.
With the EX1, small to medium size companies that have had difficulty with the higher capital investment of X-ray technology can now obtain all the benefits of X-ray inspection without the substantial price difference when compared to traditional metal detection technology.
For more information about the RAYCON EX1, or any of Sesotec’s other X-ray and metal detection systems, contact Reynolds Group.
Here’s a great short video from Wired about the challenges of robots interacting with humans, and the way these are being addressed. Here at Reynolds Group we are finding the applications for Universal co-working robots practically endless; don’t be surprised to find yourself working next a robot some time soon!
Chemical Packers Ltd is a specialist contract manufacturing and packing company based in Auckland and operating nationwide. They produce a wide range of products for different industries such as adhesives, industrial and household cleaning products, automotive products and agricultural products.
Chemical Packers recently took delivery of a new Impresstik 2001VAC to deal with their rapidly growing volumes. Managing Director Paul McCormack says, “We have a number of different labelling machines but the Impresstik is by far the best.”
Chemical Packers undertook extensive research before committing to their new labelling system, including a trip to Australia to the Impresstik factory to see for themselves. Needless to say, they were impressed. “The build quality is excellent. You can tell just by looking at the machine that it is a precision instrument”, says Paul. “Also the ease of use and really fast setup. As a contract packer this is key to minimising machine changeover times.” The Impresstik has proven so versatile and quick and easy to set up, Chemical Packers now routinely do very short runs that in the past would have been labelled by hand, and of course the finished result beats hand labelling every time.
Of Reynolds Group, Paul has been totally impressed, “From the first sales contact to the last training session and beyond, the team are always looking to provide a superior product to guarantee a happy and productive customer. It may be the first Impresstik we have bought but I guarantee it won’t be the last!”
Reynolds is now a recognised Solution Integrator for Universal Robots. UR are the world’s leading innovator of collaborative robots (“cobots”), the next generation in robotic technology. UR robots are designed to work alongside people, automating repetitive or awkward tasks, in a highly flexible manner. UR robots can be rapidly redeployed for any manner of task, and are often used as an “extra pair of hands”.
While traditional industrial robotics focuses on raw speed and performance, and requires significant engineering in installation and safety guarding, UR robots can work alongside humans in many applications without the need for safety cells. The robots are able to sense contact with external objects and react appropriately, meaning they really can be used right alongside staff. The simple and versatile teaching system makes setting up UR robots to conduct new tasks fast and easy. Also, the UR range is well priced, making flexible robotic automation available to businesses when it was previously cost-prohibitive; investment paybacks can be amazingly short!
If you would like to find out more about the UR range and how Reynolds can help improve your productivity and bottom line, contact us today!
The Linx SLHP (Scribing Laser High Performance) is a top of the range CO2 steered-beam model capable of producing superior quality codes at some of the fastest speeds currently available on the market. Reaching in excess of 70,000 bottles per hour on a high speed bottling line, and line speeds of up to 900m/min, the SLHP is able to produce complicated codes, such as GS1 2D data matrix codes, especially suited for pharmaceutical coding requirements.
Dwell times have been reduced by the speed and power of the 120W laser. This means less chance of outside interference during the coding process and higher quality codes without errors. This combination of speed and power can be utilized to create highly complex codes that are also permanent. An excellent tool for anti-counterfeiting measures on high value goods, and to meet strict traceability requirements.
Operating costs are reduced with the introduction of a blower unit rather than water cooling or factory air. Enabling the SLHP to run without consumables. Ease of set up and operation is achieved with a simple-to-use integral keyboard and display, featuring three level password protection.
The flexibility of the Linx SLHP makes it an excellent choice for a wide range of applications, especially for lines operating around the clock or for high volume outputs. Speed and versatility makes it a future-proof choice, enabling businesses to diversify or expand their coding requirements without further investment.
If you’re interested in learning more about the Linx SLHP, or for more information on any of the wide range of products Reynolds Group supports, please contact our knowledgeable team.
Linx Printing Technologies has just launched two new laser coders that open up the benefits of the technology to more companies and applications. The new Linx CSL range offer even faster printing speeds and greater versatility, making the coders ideal for a wider variety of products, along with quicker and easier installation and set-up that help to make laser coding simpler and more accessible.
The Linx CSL10 (10 watt) and CSL30 (30 watt) laser coders feature a new, more powerful processing board that is able to relay the message from the control unit to the marking head more quickly, delivering higher speeds, ideal for high speed variable coding applications such as unique QR codes for product traceability. Equally important, the coder can handle complex messages and graphics without any loss of quality, ideal for the requirements of high speed packing and bottling lines. Both models apply crisp codes onto many different packaging materials including coated paper and card, plastic, glass, rubber, coated metal and anodised aluminium.
A new marking head has been introduced for wide web applications, enabling the coders to code across multiple lines using just a single laser where previously two machines would have been required. An area of up to 440mm x 600mm can be coded – ideal for applications such as flexible sheet for lids.
Both models can be specified in an IP65 version, allowing the coder to operate in harsh, wet and dusty environments such as frozen, dairy, beverage, chemicals and construction.
Both the Linx CSL10 and Linx CSL30 retain the proven features of Linx laser technology including a highly efficient operating system that delivers one of the longest tube lives on the market – around 45,000 hours – and its unique VisiCode® function for producing unsurpassed high quality codes on glass and PET while reducing energy usage by up to 50%. An enhanced version of its LinxVision® operating system allows for fast and simple set-up that minimises errors.