Robot grinding system

Weiz Industrie- & Robotertechnik GmbH RSA-KR30

Condition: used, Year of construction: 2000, Year of manufacture: 2000 Control: Mazatrol 640 Documents included Chip conveyor TECHNICAL DATA – MAZAK INTEGREX 200SY Performance / Capacity Max. swing: Ø 540 mm Chuck size: 8" Ledpfx Aajyh E Irjysrp Max. machining diameter: Ø 540 mm Max. machining length: 1018 mm Max. outside diameter for bar material: Ø 51 mm Main spindle Spindle nose: JIS A2-6" Spindle bore diameter: Ø 61 mm Spindle speed: 35 – 5000 rpm (Standard) / 35 – 4500 rpm (Option: 5000)* Motor power (30 min. rating): 22 kW (18.5 kW*) Max. torque: 350 Nm (35.7 kgf·m) Sub spindle (counter spindle) Spindle nose: JIS A2-6" Spindle bore diameter: Ø 44 mm Spindle speed: 35 – 5000 rpm Motor power (10 min. rating): 7.5 kW Max. torque: 57 Nm (5.8 kgf·m) Turret / Tool data Turret type: With ATC, spindle turret External turning tool size: □ 25 mm Internal turning tool size: Ø 40 mm Milling tool: Max. Ø120 × 250 mm length Indexing time (90°): 0.5 s Milling spindle speed: 15 – 6000 rpm (Option: 10000) Milling spindle motor power: 7.5 kW Max. milling spindle torque: 62.29 Nm (6.35 kgf·m) Feed axes X-axis: Travel 530 mm / Rapid traverse 30,000 mm/min Z-axis: Travel 1065 mm / Rapid traverse 33,000 mm/min Y-axis: Travel 140 mm / Rapid traverse 15,000 mm/min Z2-axis: Travel 1005 mm / Rapid traverse 20,000 mm/min Media / Control Coolant tank volume: 250 L Power consumption (continuous): 32.7 kVA Machine dimensions / Weight Overall length: 3485 mm Overall width: 2105 mm Overall height: 2416 mm Weight: 73,575 N (7,500 kgf)

Condition: used, Year of construction: 2007, Technical details: turning diameter: 220 mm turning length: 310 mm total power requirement: 17 kW weight of the machine ca.: 3,3 t dimensions of the machine ca.: 2,25 x 1,63 x 1940 m greates pass round over bed: 430 mm bore diameter: 45 mm centre distance: 687 mm Lrodpfx Asx Aq Hweayep slide travel radial ( X-axis ): 160 mm slide travel axial ( Z-axis ): 310 mm spindle turning speed range: 0-6.300 U/min

Year of construction: 2017, condition: ready for operation (used), - USED - FIBER LASER CUTTING MACHINE FOR TUBES WITH LOADING/UNLOADING SYSTEM MIN CIRCULAR SECTION: ø 25 mm MAX CIRCULAR SECTION: ø 355 mm Ledpfsx E Eihsx Aayorp MAX SQUARE SECTION: 260 X 260 mm MAX RECTANGULAR SECTION: 300 X 200 mm MAX ADMITTED LOAD: 100 Kg/m SOURCE: IPG YLS-4000 ; 4000 W CONTROL UNIT: SIEMENS 840D WEIGHT: 12500 Kg NOTE: AUTOMATIC LOADING 3-12.5 mt; AUTOMATIC UNLOADING 12.5 mt; 3D CUTTING HEAD; CAPACITIVE SENSOR; AUTOMATIC ADJUSTMENT

Condition: ready for operation (used), 30 kw main drive 3250 rpm 1.2 kg /dcm. exelent conditions Lrodsx Aurkspfx Aaysp

Condition: used, Year of construction: 2006, functionality: fully functional, travel distance X-axis: 1,060 mm, travel distance Y-axis: 610 mm, travel distance Z-axis: 610 mm, controller model: Ultimax, total height: 2,800 mm, total length: 2,200 mm, total width: 2,400 mm, table width: 610 mm, table length: 1,270 mm, spindle motor power: 18,000 W, number of spindles: 1, number of slots in tool magazine: 24, Equipment: chip conveyor, documentation/manual, 3 axes Tool holder SK 40 Internal coolant 35 kVA approx. 7550 kg Lredpfx Aowtdzrsaysp Comprehensive tool package available separately

Condition: new, SAPI Powder Coating The Perfect Coating for Lasting Protection. Powder coating is a highly effective and widely used method for applying a protective and decorative surface to various types of substrates. It is a dry finishing process where a fine powder made of resins, pigments, and additives is applied to a substrate. The powder is electrostatically charged, allowing it to adhere evenly to the surface and form a uniform coating. To achieve optimal adhesion and durability, the substrate is thoroughly cleaned and prepared first. Oils, dirt, and other contaminants are removed to ensure a clean surface. This is crucial for ensuring that the powder bonds effectively to the substrate, creating a strong and long-lasting coating. Components of a Powder Coating System A typical powder coating system consists of several components and devices required for applying and curing the powder coating. Lrjdpfx Aaoun Sd Uoyep Spray Booth and Spray Area The booth provides a clean environment for the application process and ensures an even distribution of the powder. 🎨 Powder Coating Gun A powder coating gun is used to apply the powder coating to the workpiece. 💨 Powder Feed System The powder feed system consists of a hopper or container where the powder coating material is stored. It typically includes devices like powder pumps, feed hoses, and powder sieves to transport the powder from storage to the spray gun. 🔄 Pre-treatment Equipment Pre-treatment systems are used to prepare the substrate before applying the powder coating. This can include processes like cleaning, degreasing, rinsing, and surface treatment to ensure proper adhesion and durability of the coating. 🧼 Curing Oven A curing oven is a crucial component of a powder coating system. It is used to heat the coated substrate to the correct temperature so the powder coating melts, flows, and hardens into a permanent surface. The oven usually consists of a conveyor system or racks to transport the coated parts through the oven chamber. 🔥 Exhaust System An exhaust system is installed to remove excess powder, fumes, or volatile compounds generated during the coating process. It helps maintain a clean and safe work environment for the personnel and prevents the accumulation of powder particles in the air. 🌬️ Looking for a Powder Coating Solution? Are you searching for a custom powder coating solution? We specialize in providing tailored powder coating solutions to meet your individual needs. Whether you have specific color requirements, complex designs, or challenging substrates, our experienced team is ready to deliver exceptional results. 💡 Contact us today to discuss your requirements, and let us develop a custom powder coating solution for you. 📞 Get in touch with us today!

Condition: excellent (used), Continuous rotary table HAU R60 - 1800, with 60 workpiece spindles, mounted in a pitch circle diameter of 1800mm, 3 polishing units with 7,5 kW each, polishing shaft diameter of 50 mm, width of polishing wheel 2 x max. 400 mm and 1 x 280 mm, diameter of polishing wheel s max. 420 mm, motorized longitudinal and height adjustment of polishing units, machine equipped with liquid compound feeding system More pictures on demand Lrodpfx Aom Nbubjayop

Year of construction: 2010, condition: ready for operation (used), Electrode force: 100daN, welding capacity: 255kVA, nominal input: 80kVA, with Cooling System DALEX DRF 5.2. Ledpfx Aaeiknv Esyerp

Condition: excellent (used), Year of construction: 2011, *The video is just an example of how this cell can be prepared. Grinding cell with Kuka KR 180 grinding robot Berger grinding cell 2012 (external grinding A1) - Total weight approx. 6300 kg - Cell dimensions: approx. 4650 x 2400 x 3100 mm 6-axis robot Kuka KR 180 R2500 Extra - Year of manufacture 2011 - KRC 4 controller - Additional axis (7th axis) BSS10 belt grinding station - Max. belt dimensions 3500 x 30 mm - Max. contact wheel diameter 200 mm - Motor power 4 kW 2 x polishing stations - Polishing wheel diameter 350 - 600 mm - Power 5.5 kW Tool changer cabinet Interoll Automation GmbH belt conveyor - Total length approx. 2000 mm Lredpsg Saqvofx Aayep - Belt width approx. 440 mm We have 4 such cells.

Condition: used, Year of construction: 1991, Flottweg three-phase decanter, Z4D-3/441, last used in a fruit juice plant. Inner drum diameter: 420 mm Inner drum length: 1245 mm Drum wall thickness: 10 mm The medium to be separated is fed into the hollow center axis of the decanter. Centrifugal force causes the solids to collect on the drum shell. A cylindrical-conical screw conveyor transports the ring of solids to the discharge openings, where it is ejected into the solids housing. The two liquid components separate according to their specific density and form two hollow liquid cylinders. The diameter of the liquid rings can be adjusted using a peeling disc and overflow weir. One of the two phases is discharged without pressure and one is discharged under pressure via the paring disc. The moisture content of the solids and the purity of the liquids can be controlled by: - Varying the phase separation discs and paring diameter - Decanter speed - Screw speed Additional title: 3-phase decanter Max. bowl speed: 4000 r/min Max. sediment-density: 1 g/cm³ Max. ambient temperature: 100 °C Mass moment of inertia: 15.5 kgm2 with an empty drum Weight: 2250 kg Lredpjyr Iccofx Aaysp Material: housing from stainless steel 1.4301 (AISI 304); drum made of high-strength cast stainless steel 1.4463 Position: free standing Base construction: Horizontal decanter drum in steel frame, on square tube frame with dome feet Features: Base with rubber mountings, electric motor (Loher 180 M, 22 kW)