WEINIG OptiCut 450 series: Highly efficient concept for optimal dynamism and performance in high-performance, continuous operation.
The OptiCut 450 series from the WEINIG DimterLine offers high-speed optimizing cross-cut saws for all industrial requirements. Select from our OptiCut range from simple to fully-automatic solutions. Position, cut and sort at rapid speed – and all of that with optimal recovery. Modern operations need this performance – for fixed-length cutting, when cutting out defects and for optimization. They are not only the fastest but also provide reliability, accuracy and complete user-friendliness. Once set up, they are immediately profitable in high-performance, continuous operation – the machines of the technology leader from the DimterLine.
The OptiCut series offers you innovative mechanical engineering from cross-cut saw specialists combined with state-of-the-art control technology and software – everything from a single source. An interesting application of high-performance optimizing cross-cut saws is their integration into fully-automatic cross-cutting lines with automatic defect and quality detection of the incoming goods. The OptiCut can grow with the requirements of the operator. They can be upgraded and retrofitted at any time. And another advantage: Customers of DimterLine OptiCut machines benefit from the service of an experienced manufacturer and the security of the worldwide presence of WEINIG.
The innovative machine concept of the top models of the DimterLine OptiCut 450 series enables feed speeds up to 550 m/min. Precise positioning at full speed and re-acceleration is performed at up to 50 m/s2. By way of comparison: Formula 1 cars take almost three times as long just to accelerate! A cut takes just 0.068 seconds - the blink of an eye!
WEINIG OptiCut 450
Optimal performance for universal application
WEINIG OptiCut 450 XL
Perfect cross-cutting of extremely large cross-sections – in record time
WEINIG OptiCut 450 Quantum
Setting the standard – the fastest optimizing cross-cut saw in the world
WEINIG OptiCut 450 FJ+
Setting the standard – the fastest optimizing cross-cut saw for finger-jointing applications
The WEINIG OptiCut 450 series provides
“It worked almost at the push of a button”
The detection performance of scanners is constantly improving. Installation of these high-tech devices is now almost a matter of “plug and play”. The example of Möbelwerke A. Decker demonstrates how it all works.
At Decker, wood arrives as raw boards and leaves the factory as a modern piece of furniture. Managing Director Andreas Decker: “We are the only furniture manufacturer to offer such high value creation: We produce furniture entirely out of solid wood and even manufacture the solid wood panels used ourselves.” The company is constantly investing in new machinery to remain at the cutting edge of technology. “Based upon our many years of successful collaboration, we opted for systems from the WEINIG Group,” explains Head of Production Rainer Weitzenbürger. In summer 2016, the customer commissioned a CombiScan Evo C200 and a ProfiPress T “Next Generation”. The CombiScan detects unwanted wood features and forwards the data to the OptiCut 450 Quantum high-performance cross-cutting system. The OptiCore Direct visualization displays the scanner results including the required crosscuts. The scanner has four-sided laser and color cameras. “Due to the high resolution, the scanner detects color defects such as sapwood or redheart extremely reliably. In the latest version, we have improved width measurement, which is particularly beneficial for panel production,” says Jörn Dittgen of Luxscan. The scanner is equipped with laser sensors as well as lasers to detect diagonal cracks (Angle-Cracks Module – ACM). Thanks to the use of four specially positioned lasers, the ACM is able to obtain decisive additional information for detecting diagonal cracks. Commissioning was simple: “The scanner worked almost at the push of a button,” says Weitzenbürger. (Source: Holzkurier)
From bent, warped beams to straight, visually appealing glulam products is a difficult journey. Rapid throughfeed is less important than the right result. Stabilame in Belgium has discovered perfect quality with an entry-level scanner.
Rustic, aesthetic visuals are required for the lamellae produced by Stabilame for glulam products and block house walls. Smaller wood defects are tolerated but the work piece must be straight. With diameters of up to 60 cm and large lengths, this is not quite so easy. Mechanical "extrusion" is not an option. However, Stabilame has achieved perfect results with an astute, inexpensive solution. What is surprising is that the solution is based upon scanner technology that is usually at home in rapid processing. Furthermore, in the WEINIG ShapeScan and EasyScan models, even compact entry-level technology has proven completely adequate for the demanding application. In the ShapeScan, a sensor initially measures the curvature and/or warping of the products sorted by strength. The calculated data is fed into the subsequent optimization on the EasyScan. The WEINIG OptiCut 450 Quantum then processes the cutting list in accordance with the pre-defined quality. Stabilame are impressed. Particularly since the system, including charging, can even work unmanned during throughfeed. All that remains is to de-stack the pallet of raw timber in advance.
Glulam production at the push of a button: The bosses at Stabilame have found an intelligent solution.
The more challenging the better
The Louis Vuitton Museum in Paris is a veritable feast for the senses in steel, glass and wood. The planning and design required boldness and inspiration. Precisely the right kind of challenge for Mathias Hofmann and his company Hess Timber.
Louis Vuitton is renowned worldwide as a manufacturer of exclusive luggage, handbags and champagnes. Behind the brand is France's richest man Bernhard Arnault. An art lover who recently commissioned the construction of the museum of the Louis Vuitton foundation in the south of Paris. The plans were drawn up by renowned North American architect Frank Gehry. Costs were not high on the agenda and the individual works were subject to the highest demands in quality and creativity.
Mathias Hofmann and his company Hess Timber won the tender for the timber sections of the winding and sophisticated roof structure comprising 12 sails. "The more challenging the better. I love such projects," says the man from Kleinheubach, Bavaria, of his philosophy. With his unconventional thinking and bold attitude to risk, Mathias Hofmann has earned a lofty status in international timber construction engineering. He somewhat regrets that his highly competitive day-to-day business, building supporting structures for standard buildings, has taken something of a back seat. The costs for major projects are high. "Each time you need practically new technology," he says. This was also the case for the Louis Vuitton Museum. The ridge girders required, partly comprising two arches, were produced on an in-house press bed. The client was impressed during the tender process by Mathias Hofmann's unusual style of rod-based block gluing. The highlight is a rod cover lamella that has the same visual appearance from above and below as from the sides.
That transporting the laminated beams, which are up to 28 meters long, through the Parisian metropolis did not cause chaos is attributable to another unorthodox idea of Mathias Hofmann – Hess Limitless. The procedure is based upon a special adhesion geometry and, in principle, enables girders to be transported in short, individual segments without length restrictions or loss of bearing capacity. The girders are then put together at the construction site. Mathias Hofmann can rely on excellent partners in WEINIG. Defects are cut out by an OptiCut at Hess Timber. Two PowerJoint systems take care of finger jointing the lamellae. A Powermat then planes the workpieces ready for gluing. "I have never regretted opting for WEINIG," says Mathias Hofmann.
Photo: HESS-TIMBER / © Rensteph Thompson
"First you must understand what you want"
The man behind the desk has a striking name and is an equally striking personality. Mr. Tiger You is part of the furniture at this Malaysian rubberwood company.
Tiger Excellence Wood in Malaysia produces furniture parts from rubberwood, the Asian plantation wood. The raw material is provided by the company's own plantation. The residual timber is sold to a wood chip producer. A long value chain that says much about the quality of the company. Higher manufacturing productivity and independence from suppliers have long been on the wish list of owner Tiger You. He particularly wanted greater efficiency in the labor-intensive sorting process for rubberwood with its many shades of color. This is a key factor for commercial success as consistent surfaces are the ultimate quality benchmark. Tiger You was aware that it would take time to implement his plans. “First you must understand what you want," he underlines. WEINIG Asia ultimately convinced Tiger Excellence Wood with a unique combination of a high-speed solution and two-sided assessment of the workpiece – a crucial unique selling point in the sector. The customized system is able to produce 125 parts per minute. The major components are an OptiCut Quantum 450 cross-cut saw, a specially developed automation system and a Matchscan scanner. The scanner is equipped with high-resolution color cameras capable of sorting 300 parts per minute into 6 different color shades. Downstream of the scanner is a spraying device that marks poor board sides for further processing. Tiger Excellence Wood is highly satisfied with the system's performance. "German machinery is worth the price," says Tiger You, adding: "Taiwanese machines may be cheaper but quality is not guaranteed. Over the long term, maintenance costs can even exceed the purchase price of a German machine."
Source: Panels & Furniture Asia
J. Christer Ericsson, founder of JCE Group, which takes his name, is a legend. A creative mind who could always spot future opportunities. When the former naval officer launched a second career as an entrepreneur, he initially remained faithful to his previous field. He enjoyed instant success with his idea of replacing the chains for loading ship containers with plastic belts. Another idea, namely building spectacular hotel platforms in open sea, earned him global renown. Today, JCE Group is an international investment company based in Gothenburg. The head office manages an enormous breadth of activities, which are characterized by progressiveness and sustainability. The group has maintained its links with the sea via offshore commitments in wind power projects. Another cornerstone is the wood industry. The group is a market leader in the chipboard plant and sawmill sector. In partners, they seek companies that can help them shape their innovative focus. WEINIG meets these requirements. JCE Chile S.A. acquired a CombiScan+ C 600 scanner for 4-sided detection with laser and color cameras, which is also equipped with X-ray sensors. The system is used for the production of finger-jointed goods and panels. Given that previous practices included marking with chalk, the technology heralds a new era in optimization for JCE Chile. The previous output of up to 22,000 running m/shift has been increased to 30,000. The company also invested in an OptiCut 450 FJ+ high-speed optimizing cross-cut saw. This achieves a timber yield of up to 6 per cent while the defect rate has decreased dramatically compared with the old cross-cut system. "Previously, cutting was a huge problem. Not now," report JCE.
Top quality glulam in seconds
At Weinberger in Austria, a glulam lamella is jointed every two seconds. However, output is not the prime objective. It is quality that counts.
Weinberger Holz in Abtenau recently commissioned a completely new system concept for glulam production. Two high-performance compact systems from the WEINIG GreconLine provide output of 30 longitudinal joints per minute. Normally, one strand is responsible for the flawless top layer and a second for the central layers. However, if the top layer is proportionally small, e.g. in the case of thick girders, both machines joint central layers. Second highlight: Since the finger jointing is only performed by one cross-cut saw, a WEINIG OptiCut Quantum 450, both top and central layer quality can be processed without a larger buffer of raw wood.
By extracting flawless parts from the raw timber, Weinberger has increased its surface quality to "unprecedented levels" in its own words. The "completely open construction on one side" was first used when finger jointing on both PowerJoint 15 machines. The wood is transported via cross conveyor directly into the processing area, where it is simply finely positioned before jointing commences. Weinberger is certain that compact systems have significantly higher pressing quality compared with extrusion presses. The individual clamping reduces jointing offset. A top priority for the quality-driven Carinthians.