Weinig Dimter OptiCut S 90 optimizer

Weinig Dimter OptiCut S 90

Condition: ready for operation (used), Year of construction: 2018, Optimizing Cross-Cut Saw manufactured in 2018. This WEINIG DIMTER Opticut S90 features a saw blade diameter of 500 mm and a maximum cutting height of 120 mm. It accommodates input lengths from 400 to 6,300 mm and widths from 20 to 300 mm. If you are looking to get high-quality cutting capabilities, consider the WEINIG DIMTER Opticut S90 machine we have for sale. Contact us for further details. • Saw blade • Diameter: 500 mm • Bore: 30 mm • Adjustable saw blade speed: 40–100% via frequency converter • Workpiece capacity • Input length (min/max): 400–6,300 mm • Width (min/max): 20–300 mm • Thickness (min/max): 10–120 mm • Maximum cutting height: 120 mm • Minimum cross-section: 20 x 10 mm • Maximum cross-section 1: 215 x 120 mm • Maximum cross-section 2: 300 x 40 mm • Permissible timber curvature: max 2 mm/m or 8 mm over entire length • Table inclination: 10° Lhodpfx Ahjylmmmjwsc • Motion and accuracy • Positioning speed (reverse stroke): max approx. 180 m/min • Positioning speed (forward stroke): max approx. 60 m/min • Positioning accuracy: +/- 0.1 mm • Motors and power • Pusher motor power: 5.1 kW • Saw motor power: 7.5 kW • Total electrical load: approx. 15 kW • Control and interface • Control unit: OptiCom Pro with 18.5" touch screen • Screen resolution: 1366 x 768 pixels • Protection class (front): IP65 • Interface: USB port and Ethernet network connection • Data format: CSV (ASCII) for import/export • Utilities and environment • Voltage: 400 V / 50 Hz • Operating pressure: 6–8 bar (min.) • Air consumption: approx. 250 NL/min • Extraction connection: diameter 125 mm • Required extraction performance: speed approx. 30 m/s; volume approx. 1,300 m³/h • Noise level (idling): ≤ 85 dBA

Condition: used, Year of construction: 2001, High-performance optimizing cross-cut saw GRECON DIMTER OptiCut S75-4 with defecting mode. This machine is ideal for precise solid wood cutting, featuring automated detection and elimination of material defects. Ledpfjwtgcxjx Ahwohc Technical specifications: Model: OptiCut S75-4 Manufacturer: GreCon Dimter Year of construction: 2001 Commission no.: 0682-10 Rotary current: 400 V / 50 Hz Control voltage: 230 VAC / 24 VDC Nominal output: 11 kW Fuse protection: 25 A Condition: used

Condition: excellent (used), Year of construction: 2011, operating hours: 216 h, functionality: fully functional, machine/vehicle number: 20MS090000/007, total length: 3,000 mm, type of input current: AC, total width: 2,500 mm, total height: 1,900 mm, overall weight: 1,450 kg, empty load weight: 1,450 kg, working width: 900 mm, compressed air connection: 6 bar, throughput speed: 50 mm/s, Gluing and longitudinal splicing machine For 0.4 to 3 mm thickness with direct gluing. With pre-gluing of edges up to 5 mm. Machine used very little, available ex location. Features: - Separate electric motors for chain and glue application - Glue is applied to the edge of the newly inserted veneer strip, increasing the strength of the glued joint - Robust, durable stainless steel conveyor chain with weighing joints - Separate temperature, speed, and pressure adjustment - Quick and easily accessible glue reservoir for fast and simple refilling or cleaning Lodpfx Ahew E Rfbswohc - Multiple heating zones for individual temperature adjustment - Extended service life of glue reservoir due to integrated cooling unit - Infinitely variable feed speed INCLUDES GLUE COOLER Technical specifications: Throat depth: 900 mm Minimum veneer strip width: 45 mm Minimum veneer strip length: 300 mm Veneer strip thickness: 0.4 – 3.0 mm (up to 5 mm) Veneer moisture content: max. 8 – 12 % Working height: 900 mm Feed speed: 5 – 50 m/min Heating section length: 1000 mm Maximum heating temperature: 250°C Electrical connection: 9.0 kW, 400 V, 50 Hz Compressed air: 6.0 bar Dimensions (L x W x H): 2400 x 2300 x 1900 mm Weight: 1500 kg

Condition: ready for operation (used), Panel length: 3200mm, panel width: 1000mm, max. workpiece thickness: 38mm, min. infeed length: 500mm. Lodpfxom Habdo Ahwjhc

Condition: used, Year of construction: 2001, functionality: fully functional, saw blade diameter: 450 mm, cutting height (max.): 100 mm, cutting width (max.): 245 mm, working height: 100 mm, type of input current: three-phase, – Year of manufacture: 2001 – Optimization – Cutting to line – The machine has additional tables, allowing a maximum cutting length of up to 6500 mm; currently reduced to 3400 mm – 8 cutting beams TECHNICAL SPECIFICATIONS: – Max. cutting length: 6500 mm (currently 3400 mm) – Min. element length: 300 mm – Max. cutting height: 100 mm – Max. cutting width: 245 mm – Blade diameter: 450 mm – Motor power: 9 kW – Max. feed speed: 120 m/min – Acceleration: 10 m/s2 – Optimization according to length and value – Pneumatic material clamping – Five ejection units – Intelligent, controlled waste chute – Vario speed system – Total length: 17,500 mm – Transport dimensions (L/W/H): 800 / 245 / 220 cm Lhsdpfx Ahjwtzrhswec – Weight: 3,500 kg

Condition: used, Year of construction: 2009, functionality: fully functional, Machines connected in one line (all three machines are only sold together). 1. Veneer crossfeed splicing machine Fisher+Rueckle FZR-15, year 2009 2. Direct Stacking Device Fisher+Rueckle DAR-22, year 2009 3. Scissor lifting table 1000 kg TECHNICAL DOCUMENTATION (full on request) Veneer Cross-feed Splicing Machine FURNIMASTER FZR-15 Veneer format length (longitudinal to the fibre) 350 - 1500 mm Veneer format width (transverse to the fibre) 50 - 500 mm Veneer strip thickness 0.3 - 1.5 mm Max machine output 30 cycles/min. (the output rates are related to an average veneer strip width of 100 mm transversely to the fibre) Connected load (basic machine): Power rate 13.5 kW Compressed air pressure 6 bar Power consumption: Electric power 6.2 kWh Ledpfxst Akcfe Ahwshc Compressed air supply 15 NL/min. Dimensions and weight (basic machine): 2940 mm L x 1000 mm W x 1530 mm H. 3200 kg Stacking device DA-2200 Veneer format length (longitudinal to the fibre) 600 * - 1500 mm Veneer format width (transverse to the fibre) 500 * - 2200 mm Maximum stacking width for output on the - right-hand side 2200 mm - left-hand side 2200 mm - back 1500 mm Stacking height max. 500 mm Power consumption from FZR-15 Weight 1200 kg Lifting table 2500 mm L x 1200 mm W. 1000 kg

Condition: used, 3 pcs , useful dimensions length 13,68 width 7,92 height 4,62 Lhedpstprb Hefx Ahwjc useful volume 140 m3 each one

Year of construction: 2019, condition: new, Machine is designed to produce two spacers in the same time, with double stroke (pitch) of 150 mm, with heights from 70 to 220 mm, diameter of line wires from 3.5 to 5 mm and diagonal wire diameter from 3.5 to 4 mm. Lsdpsd N Hv Eefx Ahwjhc The main parts of machine: 1. Pay-off 2. Straightening system 3. Line wire pooling unit with loop. 4. The system of diagonal wire bending 5. Welding unit 6. Output table with bending unit 7. Energy electrical cabinet 8. Control cabinet

Condition: used, Year of construction: 2006, functionality: fully functional, Fisher+Rueckle EM-28 Edge strengthening and trimming device edgemaster, year 2006 for sale! Veneer strip length 420 - 2800 mm Veneer sheet width (cross grain) 400 - 4200 mm Veneer strip thickness (incl. trimming) 0,3 - 1,5 mm Veneer strip thickness 0,3 - 2,0 mm Production speed (continuous) 15 - 35 m/min. Cut-off each side 10 - 350 mm Tape (paper) width 6 mm Tape (paper) thickness 0,16 mm Type CP-99 Roll (core in- and outside) ∅ 75 mm, ∅ 325 mm Roll (width) 65 mm Tape running meter 3200 m Electric energy 1,1 kW Compressed air 6 bar Compressed air consumption 5 NL/min Lsdpfx Ahjumrgaowjhc

Condition: used, Year of construction: 2019, functionality: fully functional, machine/vehicle number: AN2018080, total length: 12,860 mm, total width: 4,806 mm, type of input current: three-phase, input voltage: 400 V, feed length X-axis: 3,000 mm, working width: 350 mm, power: 25 kW (33.99 HP), TRC 1500 – Timber Repair & Cosmetic Machine Technical Description • System Overview • Process Workflow System Overview The Wintersteiger TRC 1500 is a fully automated industrial system designed to detect, repair defects in wooden boards. It combines advanced 3D scanning, high-pressure thermoplastic injection technology to deliver consistent, high-quality repairs at production speed. Defects are repaired with thermoplastic filling material using injection and application units. No filling material is wasted thanks to the precise calculation of the filling quantity and precision injection. the edges can also be filled. Key Features • Automated 3D laser triangulation defect detection • High-pressure thermoplastic injection for durable repairs • Precision finishing unit for cosmetic perfection • Independent melt temperature zones with 8 kg tank • Closed glycol-water cooling system for controlled solidification • Ethernet-based control system with remote maintenance • Unlimited product profiles and intuitive scanner interface Product Range (Workpiece Specifications) Length 500–3000 mm Width 100–350 mm Thickness 3–30 mm Production speed upto 10 m/min – depending on number and sizes of defects Filling System – Injection & Application Units • Injection Unit: • 3-axis positioning (X/Y servo-driven, Z pneumatic) • Pressure-regulated melt feed • High-pressure injection • Application Unit: • 3-axis control • Fine finishing of repaired areas Faulty Spot Eye Scanner • 3D laser triangulation and high-speed camera system. • Detects defects from approx. 1 mm depth • Automatic height adjustment • 2D + 3D measurement Lhjdpfox Dmdhjx Ahwoc • Adjustable parameters for wood types Melting Unit • 8 kg tank • Independent temperature zones • Integrated piston pump for constant pressure Cooling Unit • Closed glycol-water circuit • Stable temperature control Control System • Ethernet-based communication with remote maintenance • Access to PLC, scanner, servo drives • Energy-efficient regenerative drive technology Scanner Software • Processes 3D light-section profiles • Calculates defect volume and coordinates • Unlimited product programs • Intuitive operator interface High-Pressure Injection Process 1. Melting of thermoplastic material 2. Pressure and temperature regulation 3. Targeted injection into defect 4. Immediate cooling 5. Minimal surface residue • Benefits: • Low material usage • Excellent adhesion • No alteration of surrounding wood structure System Architecture • Melting unit • Heated hoses • Injection head • Cooling plate • Cooling unit with supply/return flow