Saw frame supports, heavy-duty design.

EWD Esterer Gatterstelzen

Condition: excellent (used), Year of construction: 2006, functionality: fully functional, Dimter / Weinig OptiCut 450 Quantum Optimizing Cross-Cut Saw Manufacturer: Dimter / Weinig Model: OptiCut 450 Quantum Year of manufacture: 2006 Machine description: For sale: Dimter / Weinig OptiCut 450 Quantum optimizing cross-cut saw, year 2006, designed for high-speed and precise cross-cutting of timber with yield optimization. The Quantum version is one of the top models in the OptiCut 450 series and was developed for industrial use with extremely high output, precise positioning and reliable material transport. The machine is suitable for fixed-length cutting, defect cutting and production optimization. The OptiCut 450 series was designed for integration with scanners, sorting systems and automatic handling equipment. Typical Quantum features include VarioSpeed infeed, HighGrip feed rollers, an independent length measuring system and a servo-controlled intelligent waste gate. Technical data: Fodpfx Ajyu Urieanepp - capacity: up to approx. 540 cuts/min - feed speed: approx. 300 – 415 m/min - maximum workpiece length: approx. 6.3 m - saw blade diameter: 450 mm - maximum cutting width: 235 mm - maximum cutting height: 100 mm - working height: 900 mm - motor: 7.5 kW - air consumption: approx. 1200 NL/min - cutting accuracy in the OptiCut 450 series: approx.± 0.8 mm Features / advantages: - extremely high cutting performance - high positioning accuracy - VarioSpeed system reducing gaps between boards - HighGrip rollers for secure material transport - servo-controlled waste gate - suitable for integration with scanners and sorting lines - proven Weinig / Dimter technology for continuous industrial production Condition: very good Note: Technical details may vary depending on the exact machine configuration, control version, handling equipment and installed options.

Year of construction: 2000, condition: excellent (used), Weinig High-Mech A4 bundling system Bundle forming packaging unit possible to combine with other Weinig outfeed handling systems available from stock such as buffers and stackers. Consisting of 1. Weinig 815-300 high speed bundling unit 2. Weinig 812-200 outfeed roller conveyor with crossfeed 3. Control panel with Siemens S7-300 CPU Fpjdpfx Ajq Rvrbeanop

Condition: refurbished (used), 1 set = 8 guides suitable for the ESTERER SS 56 or SS 71 gang saw, completely refurbished, i.e. all sliding surfaces re-milled to precise angles. 1 set of upper guide shoes, bore 110 mm Ø, height 250 mm Fpsdpew Eu Akefx Aanep 1 set of lower guide shoes for bearing 6210 for SS 56

Condition: good (used), Saw frame, guide rails, connecting rods, feed rollers, new roller shafts, racks, new rack heads, roller lifting hydraulic unit, gang saw frame stand with overhang plates, gang saw flywheel assembly, tight pulley and free-running pulley with bushing and many more parts Fjdpfx Aaowhv Rnjnspp

Year of construction: 2026, condition: new, functionality: fully functional, Fully Automatic Board Sorting and Sawing System for Sawmills With its fully automatic board sorting and sawing system, JAC Automation & Robotics GmbH offers a powerful solution for significantly reducing manual operations in sawmills and wood processing companies. The system handles the entire process, from the unsorted raw material stack to the finished, sorted, and stacked boards. A reference system is already in successful operation at a sawmill. Your advantages • fully automatic and autonomous system operation Fpsdpozz Sugefx Aansp • significant reduction in manual handling • relief from personnel shortages • fewer errors due to incorrect sorting • reproducible quality • automatic stacking • flexible allocation based on length and width • automatic defect detection • modular, expandable design In the current manual process, an employee may have to pick up and move a board up to four times. With the automated system, this handling is completely eliminated. Workpiece range • Length: approx. 1,700–5,200 mm • Width: approx. 95–310 mm • Thickness: approx. 30 mm • other dimensions available upon request Automatic process The raw boards are picked up by a KUKA robot and automatically fed to the measuring and sawing station. Length and width are determined using laser sensors. In addition, boards that are too severely warped can be detected and automatically sorted out. Each board can be sawn at both ends. Alternatively, a pure sorting operation without sawing is also possible. Sawdust and waste are automatically transported via a chute and a conveyor belt to a waste container located outside the system. Flexible sorting The reference system has: • 10 freely configurable sorting and stacking locations • 2 reject locations • 2 raw material locations The operator can freely define which length and width ranges are placed on which stacking location. The finished boards are stacked fully automatically. Optionally, intermediate strips can be inserted between the individual layers. Performance With a high variety of products, the reference system achieves approximately: • 4 boards per minute • up to approximately 240 boards per hour Technology • 2 × KUKA KR 120 R3900-K • 1 × KUKA linear unit • Siemens S7-1500 • Siemens F-CPU • 19" touch panel • WinCC Runtime • Production and piece count recording • Remote maintenance via Weidmüller router • Safety fence and Keyence light curtains Individually adaptable The system is newly manufactured and planned according to customer specifications. Layout, workpiece range, number of sorting locations, and the range of functions can be adapted. Optionally, an expansion with AI-based camera technology for detecting wood defects and quality characteristics is possible. Reference area: approx. 25 × 15 m JAC handles the complete project management, including design, manufacturing, programming, assembly, commissioning, and training. Delivery time: approx. 6-8 months after technical clarification and order release. Europe-wide delivery and commissioning are possible. Price on request.

Condition: ready for operation (used), Year of construction: 2019, operating hours: 42,874 h, working width: 300 mm, cutting length (max.): 6,300 mm, workpiece width (max.): 120 mm, cutting speed: 300,000 mm/min, Optimizing Cross-Cut Saw manufactured in 2019. This WEINIG / DIMTER OptiCut 450 features a maximum board length of 6,300 mm and a wood thickness capacity ranging from 12 mm to 120 mm. It includes a powerful saw motor with 7.5 kW and a feed speed of up to 300 m/min. If you are looking to get high-quality cutting capabilities, consider the WEINIG / DIMTER OptiCut 450 machine we have for sale. Contact us for further details. • Working Height: 900 mm • Feed Direction: Left-hand feed • Blade Diameter: 500 mm • Blade Bore: 30 mm • Input Length, Min.: 500 mm • Input Length, Max.: 6,300 mm • Wood Width, Min.: 30 mm • Wood Width, Max.: 310 mm • Wood Thickness, Min.: 12 mm • Wood Thickness, Max.: 120 mm • Maximum Rectangular Wood Section: 310 × 12 mm • Maximum Rectangular Wood Section: 190 × 120 mm • Minimum Fixed Length After Sawing: 150 mm • Minimum Fixed Length at End of Board: 180 mm • Maximum Board Curvature: 10 mm/m • Length Tolerance: ±3 mm • Cutting Thickness Accuracy: ±0.8–1.5 mm • Feed Speed, Continuously Adjustable: Max. 300 m/min • Cutting Cycle Time, Including Braking and Acceleration: 0.6–1.0 sec. • Saw Motor Power: 7.5 kW (10 HP) • Feed Motor Power: 5.0 kW (7 HP) • Vario Conveyor Motor Power: 2.5 kW (3.4 HP) • Electrical Connection: Approx. 18 kW • Operating Voltage: 400 V / 50 Hz • Control Voltage: 230 VAC / 24 VDC • Nominal Current: 30 A • Fuses: 35 A • Compressed Air Consumption: Approx. 1,200 Nl/min • Operating Pressure: Approx. 8 bar • Extraction Air Velocity: Approx. 30 m/sec. • Extraction Air Volume: Approx. 1,800 m³/h • Sorting Conveyor Width: 250 mm • Usable Conveyor Width: 210 mm • Maximum Workpiece Width: 300 mm • Exit Conveyor Length: 7.5 m • Automatic Width Measurement: Laser distance sensors • Width Measurement Accuracy: Max. ±2 mm • Number of Active Products: Max. 16 • Minimum Wood Thickness for Measurement: 12 mm • Scrap Pit Width: 250 mm • Maximum Scrap Length: Approx. 120 mm • Heavy-Duty Ejector: For workpieces over 20 kg • Ejector Plate Height: 80 mm • Writing Length: Workpiece length − 10 mm • Control Panel: OptiCom Pro 18.5" • Display Type: Industrial TFT touchscreen • Display Resolution: 1366 × 768 pixels • Front Protection: IP65 Fedpfxjzwu Hwe Aanjpp • Board Infeed Capacity: Up to 6.3 m • Marking Station: 2 marking positions • Marking Bench Length: 5 m • Electrical System: 400 V / 50 Hz • UPS: 24 V supply • Operating Hours: 42,874 h

Condition: good (used), Centering feed with toothed chain and 2 pressure rollers from above. Hydraulic / Pneumatic. Pressure rollers driven by oil motors. Adjustable centering rollers. Fpsdenqzuyepfx Aansp As infeed for resaw / multirip saw etc.

Condition: new, Specification type S120/S260 Fodpfjq Ny Efox Aanjpp Working width 20-120mm/20-260mm Working thickness 12-50mm/12-80mm Max. cutting size 80x50mm/180x80mm/150x100mm Width of work table 330mm/330mm Min. ingoing length 400mm/400mm Feeding table width 80m/min/80m/min Number of main feeding wheels 5/5 Saw blade 405mm/455mm/455mm/510mm Saw spindle speed 3500r/min/3500r/min Saw blade motor power 5.5kw/5.5kw Saw blade speed (up-down) 2-4 times/1sec./2-4 times/1sec. Lifting motor power 3kw/3kw Feeding motor power 3kw/3kw Pressing wheel motor power 0.18kw/0.18kw Total power 12.43KW/12.43KW Air Tolerance 1000NL/min/1000NL/min Air Pressure 0.6mpa/0.6mpa Diameter of dust extraction Ф140mm/x2/Ф140mm/x2 Extraction speed 30m/s/30m/s Weight 1000/1000 KG Dimensions 6500x1400x1800mm/6500x1400x1800mm Price: 31000/32500 € (EXW Jonava, Lithuania)

Condition: used, machine/vehicle number: 1656, SECOND-HAND THROUGHFEED LOADER FRIULMAC MOD. FN3 - Min/max working length 250/1300 mm - Max working width 160 mm - Min/max working thickness 10/80 mm - Production capacity : 0-50 psc / min - Diam. Blades 400 mm Fpedpfxeqmpnlj Aanjp - S/N 1656

Condition: used, Feed unit with 6 drum motors Round motor Motor roller Drum motor Fpodpsq E Ipbefx Aanep