Used other glass & ceramics processing machinery for sale (234)

Condition: good (used), MAX APPLI.MOTOR: 11kW / 7.5kW Input: AC3PH 380-480V 50/60Hz 24.0A / 20.0A Output: AC3PH 0-480V / 0-400Hz 23.0A/18.0A Application: Drive control Bwedpfxeyqybze Aa Noi Width: 140 mm Height: 260 mm Depth: 140 mm Weight: 3400 g Condition: Good, second-hand

Condition: good (used), Nominal connection voltage: 3 x 320...480V 50 / 60Hz Nominal connection power: 4.0KVA Output current: 3 x 6.0A Peak output current: 3 x 12A Device number: 8770182 Area of application: Drive control Width: 70 mm Height: 280 mm Depth: 260 mm Bwedpoypm Hujfx Aa Nei Weight: 4280 g Condition: Good, second-hand

Condition: good (used), SNDKC 113-03247 / K49 Area of application: Drive technology / e.g. Lisec devices, etc. Width: 65 mm Bodpfxoypkxho Aa Newi Height: 430 mm Depth: 255 mm Weight: 5450 g Condition: Good, second-hand

Condition: like new (used), Measuring range: 450 bar Signal output: 4...20mA Operating voltage: 24...32VDC Bwsdsypb I Topfx Aa Noi Serial number: 232A4451 Width: 126 mm Height: 145 mm Depth: 75 mm Weight: 837 g Condition: Like new

Condition: good (used), Replacement terminal Area of application: Lisec cutting system Width: 4,850 mm Height: 310 mm Depth: 230 mm Weight: 14.2 kg Condition: Good, second-hand Bodpfsypb Hpsx Aa Newi

Condition: good (used), Replacement monitor Bodpfx Aeypb Efsa Nswi Application: Bavelloni VX 10 Width: 230 mm Height: 180 mm Depth: 230 mm Weight: 3335 g Condition: Good, second-hand

Condition: repair required (used), functionality: fully functional, Triulzi vertical washer H1500 running from left to right. In production. Bjdjyntylepfx Aa Nowi

Year of construction: 2019, condition: excellent (used), vertical glass washer 1600 mm 4 bruhes R-L Bjdpoynl Ubsfx Aa Njwi

Condition: ready for operation (used), Year of construction: 1989, functionality: fully functional, total width: 1,600 mm, working width: 1,600 mm, workpiece height (max.): 26 mm, product length (min.): 350 mm, product width (min.): 180 mm, TECHNICAL DETAILS Workpiece Working width: 1,600 mm Glass thickness: 2 mm - 26 mm Minimum glass size: 350 mm x 180 mm Pre-spraying: 1,200 mm MACHINE DETAILS Total width: 1,600 mm EQUIPMENT 3 washing units, each with a pair of cylindrical brushes Bwedpfx Aaoyk Scqs Noi Recycling tank with heating Tank discharge on the left side

Condition: used, • Gluing table with two lamps • Dimensions: L 1.89 m x W 1.0 m x H 0.90 m Bwodpfxsxt Iqns Aa Nji • Price on request

Year of construction: 2016, condition: used, functionality: fully functional, machine/vehicle number: 160410, Open top washer for 3-12mm Bodpfx Aajwnw Afs Newi Washing height 1600mm

Year of construction: 2019, condition: ready for operation (used), functionality: fully functional, workpiece height (max.): 10 mm, operating speed: 50 mm/s, TECHNICAL DETAILS Minimum processing size: 100 mm x 400 mm Processing thickness: 2 - 10 mm Maximum speed: 3 m/min Bwsdpfx Aaeyk Sgis Nji MACHINE DETAILS Power: 45 kW DIMENSIONS Dimensions of the enclosure (L x W x H): 6,260 x 1,280 x 1,750 mm Dimensions of the control cabinet: 1,000 x 480 mm

Condition: good (used), Year of construction: 1998, Measuring device for checking the gas volume in insulating glass. Width: 204 mm Height: 180 mm Depth: 270 mm Weight: 5.7 kg Bwsdpeyll H Eefx Aa Nji

Year of construction: 1995, condition: good (used), Load capacity: 15000kg, Support: 600 mm, Large dimensions: 6000 x 3210 mm, Length: 5830mm, Width: 1200 mm, Bwodpfx Aetza Inja Noi height: 3200 mm.

Condition: good (used), Year of construction: 2003, System with water basin and pumps, Bwsdet Ah Acopfx Aa Noi Total depth with water basin 1400 mm Total length: 8100 mm, Height: 2500 mm, Working direction: right to left

Condition: good (used), Support: 2 x 300 mm, Supplied without the yellow glass loading fork, Bwjdpfjtza Tdox Aa Nsi Height: 3100 mm, Width: 1140 mm, Length: 3810 mm

Year of construction: 2006, condition: used, functionality: limited functionality, machine/vehicle number: 09406, For sale is an RCN glass laminator / vacuum laminator. The oven itself operates flawlessly, however, the control unit is defective. Technical Data Manufacturer: R.C.N. Engineering s.r.l. (Italy) Model: LAMMY Type: 120 Year of manufacture: 2006/10 Serial number (MAT.): 09406 Connection: 400V / 50Hz Installed power: 14 kW Usable area: 1250 x 2500 mm Condition / Equipment ✅ Rubber sack approx. 3 years old – 100% functional ✅ Vacuum pump approx. 5 years old – regularly serviced ✅ Separate vacuum tank (custom-built) for quick vacuum ✅ Mechanics / oven operate reliably ❗ Fault: Control unit defective (system currently not operational) Other Sale as seen Collection preferred (due to size/weight) Bjdpfxeylcgco Aa Nswi Inspection by arrangement possible

Condition: like new (used), functionality: fully functional, Year of construction: 2020, LC-tray degassing chamber Bwsdpfswliryex Aa Nsi 2. Degassing Chamber: 1. Vacuum profile; 1.1. Pressure set points freely adjustable between 1.103 and 1.10-3 mBar 1.1.1. Measurement range: 1.103 – 5.10-4 1.2. Time set points freely adjustable between 1 and 600 min per step 1.2.1. Degassing step (D) can range from minutes to days 1.3. Evacuation and ventilation rates must be controllable 1.4. The evacuation cycle (A – D) is executed automatically 1.4.1. The venting step (E) must be manually activated (operator) 1.5. Typical degassing profile An LC-tray degassing chamber is a specialized vacuum chamber designed to remove trapped air and dissolved gases from liquid materials (such as Liquid Crystals or "LC liquid") contained in a tray. This process ensures that the material is free from bubbles prior to further processing, which is critical for the quality and reliability of electronic components and displays. Core Functionality - Controlled Vacuum Environment: The system generates a vacuum, reducing the pressure above the liquid, which forces trapped gas bubbles to rise and escape. - Precision Profiles: High-end units provide freely adjustable pressure set points (e.g., between 1×10³ and 1×10⁻³ mBar) and time cycles (from minutes up to several days) to suit different material viscosities and process requirements. - Automated Cycles: Evacuation cycles are performed automatically, while venting is manually controlled to prevent liquid agitation or sudden movement. Key Components & Features - Chamber Construction: Usually constructed from 304 stainless steel or polished aluminum to ensure high vacuum resistance, durability, and easy cleaning, thereby reducing the risk of contamination. - LC-Tray Drawer: Special drawer or adaptation system ensures easy loading and unloading. It is vital that the tray stays perfectly level (waterpas) to avoid liquid spillage. - Monitoring Window: A thick, transparent lid (often made from acrylic) or viewing panel enables operators to monitor the liquid surface and bubble behavior during the process. - Cleanliness Standards: Interior surfaces are highly polished to prevent moisture retention and ensure no contamination by chamber materials. Typical Specifications (Based on industrial models such as GMC/Masevon):

Year of construction: 2021, condition: used, functionality: fully functional, machine/vehicle number: 4601230000, Hosokawa Micron B.V. Flexomix FXD-250 Intensive Mixer / Vertical Mixer – Year of Manufacture: 2021 Manufacturer: Hosokawa Micron B.V., Netherlands Type: FXD-250 (Flexomix) Machine Number: 4601230000 Year of Manufacture: 2021 Condition: Used, good technical condition Availability: Upon agreement Technical Data – General Empty weight: approx. 950 kg Max. bulk density of product: 0.7 – 0.8 kg/l Product area / housing: atmospheric ATEX: not available (N/A) Temperature Ranges Ambient: 0°C to +40°C Storage: -10°C to +60°C Operation: Product area: 0°C to +75°C Housing: 0°C to +65°C Liquid supply: 0°C to +75°C Design: Product area: up to 80°C Housing: up to 70°C Liquid supply: up to 80°C Pressure Design pressure: Product area / housing: atmospheric Liquid: 5 barg Operating pressure: Product area / housing: atmospheric Liquid: 4 barg Nozzle Configuration 1 liquid system 4 nozzle holders (2 nozzles each) 8x standard HMBV nozzles Max. air consumption (nozzles): 120 Nm³/h Power and Media Connections Power supply: 3x 400 V AC / 50 Hz Control: 24 V DC Machine protection rating: IP55 Network type: TN-S Compressed air / nitrogen: 7–8 bar(g), clean, dry, oil-free Max. total air consumption: 149 Nm³/h Nominal current: 27 A Drive Manufacturer: Siemens Type: 1LE1603 Power: 15 kW Speed: 3000 rpm Protection class: IP55 Frame size: 160M Insulation class: F Note: Operation above 3000 rpm is not permitted according to manufacturer instructions. Bearings Permanently lubricated bearings, re-lubrication not required Foundation Forces Static vertical force: 9500 N Dynamic vertical force: 2100 N Dynamic horizontal force: 300 N Recommended vibration dampers: 4 pieces, Ø 100 mm, height 55 mm, 65° Shore Application The machine was used for mixing: Glass powder + CaCO₃ + water glass Bjdpfeyn Nhfox Aa Newi Suitable for high-intensity powder-liquid mixing processes. Scope of Delivery: - Complete mixing unit - Siemens main drive - Nozzle system - Documentation in accordance with FAT (sound level included in FAT document) - GA drawing 4601230201 available A viewing appointment can be arranged upon request. Loading can be organized.

Condition: used, Year of construction: 2009, functionality: fully functional, A Scholz glass autoclave with dimensions of 9000 mm length x 3000 mm diameter is an industrial hot-air autoclave designed for the production of high-quality laminated safety glass and is typically a used unit from a specific year of manufacture. General Description and Features: This large-capacity industrial autoclave is primarily utilized in the architectural glass sector for the lamination process, in which layers of glass are bonded with interlayer polymer film materials (such as PVB or SentryGlas) under precisely controlled high temperature and pressure conditions. Key features and general specifications: - Dimensions: The inner chamber measures approximately 9000 mm in length (9 meters) and 3000 mm in diameter (3 meters). - Heating System: Equipped with an electric heating system that ensures consistent temperature distribution throughout the process. - Control System: Features a control panel, typically a touchscreen operator interface, along with digital temperature and pressure controllers (Honeywell), allowing accurate process monitoring and control. - Door Mechanism: Incorporates a rapid-opening closure system designed for industrial efficiency and workplace safety. - Construction: Fabricated from premium-grade materials, most likely carbon steel for the pressure vessel, with internal components engineered to withstand the demands of glass lamination operations. Bwsdowintkspfx Aa Nsi - Applications: Designed primarily for laminated glass, Scholz autoclaves can also be configured for other thermal processing tasks and composite material production—such as fiber-reinforced plastics—depending on customer requirements. Technical Data: Exact operating parameters (pressure and temperature ranges) for units of these dimensions may vary, as Maschinenbau Scholz manufactures each autoclave to suit individual client demands. - Operating Pressure: While typical Scholz industrial autoclaves are rated up to 210 bar, applications in glass lamination generally require pressures between 0.1 MPa and 1.6 MPa (approximately 1 to 16 bar). - Operating Temperature: The glass lamination process typically operates from ambient temperature up to about 150°C, although Scholz autoclaves are capable of handling temperatures up to 650°C for various processes. - Electrical Specifications (example for a used model): - Rated current: 1100A - Service voltage: 400V - Control voltage: 24V, 230V / 50Hz These specifications and details refer to Scholz hot-air autoclaves for glass production, covering dimensions, heating systems, and control technology.

Year of construction: 2000, condition: good (used), Residual Oxygen Meter for checking the gas content in insulating glass. Dimension: Width: 245mm, depth: 185mm, height: 95mm, Weight: about 3kg Bedpsht Evpefx Aa Nowi

Year of construction: 2013, condition: excellent (used), functionality: fully functional, Vacuum lifter with extention arms Bjdeyhc Hnepfx Aa Nowi max. capacity : 320 Kg rotable 360 ° with detents at 90 ° intervals tiltable 90 ° with vertical detznt per pad capacity : 80 kg Unit weight : 61 Kg power sytem : 12 V DC 7 A-HR , 10 Amp

Year of construction: 2003, condition: excellent (used), functionality: fully functional, vertical glass sandblasting machine Bjdpoyhcnrofx Aa Njwi working height : 1400 mm open top number of guns : 5

Condition: good (used), Year of construction: 1995, Electrical connection rating: 1.75 kW 380/220 V/ 5.2 A Bwodpsxrp Nijfx Aa Nji Total length with side tables: approx. 2520 mm Depth max. approx. 1170 mm Height max. 1550 mm

Condition: like new (used), Year of construction: 2020, functionality: fully functional, Dual Chamber During Oven 1.700 x 1.400mm (2.40m2) Process area based on largest substrate; 4.1. Process area (minimal); 1.700 x 1.400mm (2.40m2) 4.2. Substrates are (non-) heat treated, (non-) TCO coated optical white (or standard) float glass sheets with straight or pencil edges and (non-) edge delete patterns (1) 4.3. Substrates are rectangular shaped (2) General Bwjdpfx Aasv T I Iqe Nei Electrical diagram (see appendix 1) Main power supply voltage 3x400 ± 5% + earth, 50Hz ± 5% Control voltage 230Vac 50Hz and 24Vdc Main fuse 140A Motor power Circulation fan motor 2.2 kW (2 pcs.) Drive motor vertical transport 0.39 kW Drive motor horizontal transport 0.09kW 1.5.3 Heating system Heating Heating type Electric with closed tube elements Power 30 kW per room Overall, the system consists of two parts, viz: - The furnace consists of two chambers each with an air circulation fan and adjustable air inlet. - The conveying system consists of a trolley with vertical and horizontal movement. The oven is suitable for curing heat treatments under air atmosphere with cleanroom classification in the temperature range from 50ºC to 250ºC. One heat cycle per chamber can be programmed. The cart can place glass from the conveyer position into one of the two chambers where the products undergo a selected heat cycle. And then removed from the oven and placed back in the conveyer position.