Cylindrical Grinding Machine - Universal

STUDER S 40-3

Condition: new, Year of construction: 2026, functionality: fully functional, Grinding Wheel Dressing Machine: Easy to Operate, Robust, and Precise Blodpfx Aaeubbrto Ton Our grinding wheel dressing machine with enclosure offers you an unbeatable combination of easy operation and exceptional stability. The solid granite bed ensures the highest precision and durability, while the user-friendly operation maximizes efficiency in your workshop. While you continue production on your tool grinding machine, our dressing machine saves you time and, therefore, money. Ideal for those who value reliable performance and top value for money!

Year of construction: 2003, condition: refurbished (used), machine/vehicle number: 50/140/03, GENERAL CHARACTERISTICS Ø Grinding Wheel Dimensions (OD x ID x width) 508 mm Regulating wheel width 254 mm Diamond dressing speed Ø508 x 254 mm Lubrication (Auto/Manual) centralizado automático / automatic lubrication CNC Brand FANUC CNC Model Series 18i - T CNC Axes Nº 8 Bledsd Nw T Iopfx Aa Tjn Grinding wheel width 254 mm ELECTRICAL CHARACTERISTICS Total Power 25 kW Voltage 220/380 v DIMENSIONS AND WEIGHTS Long 2150 mm Width 2200 mm High 3400 mm Weight 8000 kg

Condition: used, Year of construction: 1990, grinding diameter 200 mm grinding length 340 mm centre height 100 mm Control CNC 25 kVA Bledpfjywnt Hsx Aa Tsn voltage 110 / 220 / 3x165 / 3x380 VAC control voltage 24 VDC

Condition: used, Year of construction: 2001, Technical details: grinding diameter max.: 3-220 mm regulating wheel width: 400 mm Bljdpjttxg Isfx Aa Ton max. width of grinding wheel: 400 mm grinding motor: 55 kW peripheral speed: max. 45 m/sec regulating wheel dimensions: 350 x 400 x 203 mm dimensions of grinding wheel: CBN 500 x 400 x 304 mm grinding wheel size: KORUND 600 x 400 x 304 mm total power requirement: 75 kVA weight of the machine ca.: 13 t. dimensions of the machine ca.: 4,47 x 2,77 x 2,49 m. Centerless Grindign Machine JUNKER JUPITER 500 CNC SIEMENS in good condition. Including: · 2 robots Kuka KR 16 Year 2007 · CNC loading and unloading device Promot EPL60NC Year 2007 The machine was lately used for grinding of guide bushes (through grinding). Plunge is possible. JUPITER's Centerless grinding, also available with CBN. Junker this circular grinding method with CBN grinding wheels, which opens up significant productivity benefits from the long service life of the grinding wheel, especially at high volumes. In addition, the simultaneous removal takes on the entire Schleswig-Holstein, which provides both in mass production and in small batches for significantly reduced processing times. The grinding process with JUPITER When centerless grinding, there are two grinding processes: the through grinding and plunge. Both methods are possible with the JUPITER. Applications through grinding: Pin and Bushings Body, rings, smaller rings, piston parts (eg compressors), waves with constant diameter piston rods (eg shock), Small piston for hydraulic and fuel injection, precision wires and rods, piston pins. Applications Plunge: Rotor shafts, transmission parts, bearing surfaces of camshafts, tube and pipe fittings for composite camshafts, universal joints, parts for needle injection, valve stems, barrel rolls. *

Condition: new, Year of construction: 2026, The magnetic separator is an industrial device designed for continuous purification of coolants and oil-based fluids from ferromagnetic particles generated during machining processes. In closed-loop systems, it effectively removes metal chips and fine particles from the working medium, stabilizing cooling and lubrication parameters while reducing wear on pumps and installation components. Magnetic coolant separator – key benefits in maintaining clean machining fluids In production environments, coolant operating in a closed circulation system is constantly exposed to metallic contamination. Ferromagnetic particles act as an abrasive material – accelerating pump wear, causing deposits in channels and nozzles, and reducing the stability of the lubricating film. As a result, the risk of surface scratches increases, machining quality decreases, and downtime related to filtration and coolant replacement becomes more frequent. A magnetic separator for machining fluids solves this problem by automatically and continuously capturing metal particles without interrupting the production process. This allows the working medium to maintain consistent operating parameters, while the cooling system remains stable even under intensive working conditions. What do you gain by implementing a magnetic separator in a coolant system? Continuous coolant cleanliness – without the need to stop production. Protection of pumps and circulation components by reducing abrasive particle contamination. More stable machining quality (fewer scratches and improved process repeatability). Extended coolant service life and reduced disposal costs. Lower failure rates and reduced maintenance costs of filtration systems. Improved waste management – automatic removal of collected chips outside the working area. Why is magnetic separation more effective for removing ferromagnetic particles? Unlike traditional mechanical filters, which require periodic cleaning and may experience reduced flow due to filter clogging, magnetic separation operates continuously with minimal maintenance requirements. A magnetic coolant separator removes ferromagnetic particles consistently, maintaining stable fluid flow and high machine availability. Design and operating technology The device has been designed to mechanically and continuously separate metallic contaminants from process fluids. The main working element is a stainless-steel magnetic drum, which rotates and attracts ferromagnetic particles from the flowing coolant. The collected contaminants are then removed and transported outside the working area. The removal of collected particles is carried out by a shaft system: Magnetic shaft – responsible for capturing and holding metal particles during the separation process. Rubber-coated pressure shaft – stabilizes the removal of contaminants and assists in directing them into the waste container. Standard equipment Magnetic separator with stainless-steel magnetic drum Rubber-coated pressure shaft Working tank Electric drive Technical specifications Parameter Value Width of rubber-coated pressure shaft 140 mm Diameter of rubber-coated pressure shaft 65 mm Width of magnetic shaft 140 mm Bledpfx Ajycc Rpsa Tjn Diameter of magnetic shaft 110 mm Inlet connection 50 mm Outlet diameter 53 mm Motor power 0.25 kW Capacity up to 25 l/min Weight 35 kg