Used X-Floc Machine For Blowing Insulation Materials for sale (101,731)

Condition: used, Year of construction: 2017, Rotary stretch blow molding machine for blowing PET bottles from preforms. Preforms are poured from a container into the feed hopper via a tilting device. From there, the preforms are fed out via an ascending belt with electronically controlled speed and are transported to the blow molding machine in a uniform orientation via a chute and loading star wheel. The shape and size of the preforms are checked and defective preforms are ejected before they are fed to the heating boxes via a mechanical star wheel. In the heating boxes, the preforms are preheated with infrared lamps. They are continuously rotated to ensure symmetrical heat distribution. Fans prevent overheating on the outside. Finally, the preform temperatures are checked using an optical pyrometer. Grippers feed the preforms to the blow wheel and remove them from it. The blow molding unit works with “crocodile molds,” in which expansion along the longitudinal axis is supported by a stretching rod. The preforms are then blown into PET bottles. The stretch-blown bottles are removed from the cavities by grippers and conveyed to the ejector. Additional title: rotational molding machine Capacity: 18000 bo/h Number of cavities: 8 pcs. Number of bottles to be ejected per stop: 202 pcs. Blow pressure: 30 bar Power: 58 kW Voltage: 400 V Frequency: 50 Hz Hodpfx Ajxyktlsm Tor Water: 4 bar Compressed air: 360 Nm3/h at 7 bar Weight: 16700 kg Formats: 0.5 l; 1.0 l; 1.5 l PET bottles Features: Preform feed hopper with tilting device for containers, inclined belt conveyor for preforms, preform inspection, heating boxes, blow wheel; bottle ejector; visualization on screen

Condition: ready for operation (used), Year of construction: 2000, functionality: fully functional, overall weight: 8,700 kg, workpiece length (max.): 165 mm, workpiece diameter (max.): 35 mm, production capacity: 7,200 unit/h, TECHNICAL DETAILS Number of cavities: 6 Max. output: 7,200 bottles/h Product dimensions Max. preform length: 165 mm Preform diameter: 18–35 mm Ring diameter: 27–42 mm Max. neck finish diameter: 38 mm Neck height: 9–27 mm Max. bottle height: 350 mm Max. bottle diameter: 105 mm Max. bottle volume: 2 l MACHINE DETAILS Dimensions & Weight Blow module (L × W × H): 3,293 × 2,325 × 3,196 mm Control cabinet (L × W × H): 1,998 × 602 × 2,410 mm Blow module: 6,300 kg Control cabinet: 1,200 kg Preforms feeder: 1,200 kg Total weight: 8,700 kg Noise level: 83 dB(A) Installed power Hedpfjyrfvgox Am Ter Installed power: max. 160 kW Reference consumption (1,500 ml bottle): 88 kW Reference consumption (1,000 ml bottle): 62 kW Reference consumption (500 ml bottle): 45 kW Infrared heating (9 zones): 132 kW Operation and feed system: 28 kW Power supply Supply voltage: 230/400 V ±10 % Frequency: 50 Hz ±1 % Cooling water Cooling capacity: 20,000 kcal/h Water temperature: 8–12 °C Flow rate: max. 5 m³/h Pressure: 3–5 bar Compressed air Air consumption at 40 bar (0.25–2 l bottle): 180–700 Nm³/h Air consumption at 7 bar (operating air): 35 Nm³/h

Condition: good (used), Manufacturer: TIRA Rauenstein Year of manufacture: Type / Model: 1,000 x 2 Working width: 1,050 mm Material thickness: 2 mm Material thickness (non-ferrous metals/wire): 5 mm Roller diameter: 63 mm Hjdpfoyl Ih Sox Am Tor Roller diameter, front lower roller: 30 mm Footprint: 1,450 x 370 mm Accessories / Equipment: Condition: good Weight: 290 kg Dimensions: 1,600 x 600 x 1,100 mm NOTE: Machine is located in 48301 Nottuln

Condition: used, URANIA DSK Hedpfx Asw R Eqbem Tjr Maximum paper size: 80 × 112 cm Minimum paper size: 30 × 42 cm • Frame opening (normal): 78.5 × 108.5

Condition: ready for operation (used), Year of construction: 1993, functionality: fully functional, product height (max.): 380 mm, workpiece diameter (max.): 130 mm, production capacity: 7,200 unit/h, TECHNICAL DETAILS Number of cavities: 6 Capacity with standard bottles: up to 7,200 bph Product formats Bottle volume: 0.25 – 3.0 L Max. bottle height: 380 mm Max. bottle diameter: 130 mm Preform dimensions Max. preform length: 210 mm Neck inner diameter: 34 mm MACHINE DETAILS Dimensions & Weight Blow module dimensions: 2,000 x 2,200 x 2,200 mm Blow module weight: 8,000 kg Oven dimensions: 3,000 x 1,100 x 2,100 mm Oven weight: 2,000 kg Control cabinet dimensions: 1,500 x 1,000 x 2,100 mm Control cabinet weight: 1,000 kg Transformer 415V / 380V dimensions: 1,000 x 500 x 2,000 mm Transformer weight: 500 kg Preform hopper and conveyor dimensions: 3,000 x 1,500 x 3,500 mm Preform hopper and conveyor weight: 600 kg Preform feeder dimensions: 2,000 x 2,500 mm Preform feeder weight: 250 kg Infeed guide rail length: 2,000 mm Power supply Hsdpfjx A Uu Ejx Am Tor Total power: 142 kW Mains connection: 380/420 V +/- 10%, 50 Hz +/- 1% Cooling water Cooling capacity: 16,000 kcal/h Water temperature: 10 – 12°C Flow rate: up to 6.0 m³/h Water pressure: 5 – 6 bar Compressed air Service air pressure: 7 bar Service air flow: 50 – 100 Nm³/h Blowing air pressure: up to 35 bar Blowing air flow for 0.25 – 3.0 L: 155 – 770 Nm³/h EQUIPMENT Transformer 415V / 380V Preform hopper and conveyor Preform feeder Infeed guides Adaptation to other voltages possible

Condition: new, functionality: fully functional, Year of construction: 2026, Hydraulically controlled three-roller bending machine Make BIKO, model B3 2021 Technical specifications: Number of Reels: Three Geometry of the side rollers: linear guides Working width: 2000 mm Top roller diameter: 215 mm Side roller diameter: 195 mm Guaranteed installed power: 7.2 kW Guaranteed maximum rotation speed: 5 m/min Guaranteed machine weight: 3,000 kg Length: 3,700 mm Width: 1,000mm Height: 1,100 mm Guaranteed capacities: for material with a yield point of 260 N/mm² Rolling capacity (full working width) 13 mm Bending capacity (full working width) 9 mm from pipe diameter 1075 mm Hjdpfxecuxp To Am Tsr Rolling capacity (full working width) 9 mm Bending performance (full working width) 7 mm from pipe diameter 280 mm Standard equipment: Double linear guide system for the roller movement Extremely wide bearing blocks MCS double bearing system for the roller rotation Extra heavy double hinged release Hardened rolls for high wear protection Hydraulic parallelism system of the side rolls Digital display for the position of the side rolls cone bending device Safety trip wire with emergency stop and CE certification Mobile control panel

Condition: new, functionality: fully functional, Year of construction: 2026, Hydraulic two-roller bending machine Guaranteed capacities: Sheet thickness Bending with material 260 N/mm² Yield point: 2 mm Sheet thickness bending with material AISI 304-316 stainless steel: 1.5 mm Cycle time per part: 15 seconds Technical specifications: Working length: 1000 mm Installed power: 5.5 kW Rolling speed: 7 m/min immediately available from the factory! Hjdpfx Amjc S N Rio Ter

Condition: new, functionality: fully functional, Year of construction: 2026, Mechanical asymmetrical three-roller bending machine with pre-bending Make FACCIN, model ASI 2015 Guaranteed services: Sheet thickness rolls at 750 mm diameter 5 mm Sheet thickness bending at 750 mm diameter 4 mm Sheet thickness rollers with 195 mm diameter 4 mm Sheet thickness bending at 195 mm diameter 3 mm Performance data refer to steel with a yield point of 240 N/mm² and a strength of 370 N/mm² Technical specifications: Working length 2,000 mm Top roller diameter 150 mm Bottom roller diameter 150 mm Side roller diameter 150 mm Installed power 4.3 kW rolling speed 4 m/min Length 3,300 mm Width 750mm Height 1,200 mm Weight 2,136 kg Standard equipment: All rolls forged and inductively hardened Both central rollers driven Safety control with immediate stop of all machine movements Machine stand stands on frame carrier made of welded construction. This ensures optimum stability and reliability of the machine. Optimum power transmission in the machine stand through long guides with straight-line positioning movement of the bending rollers. (No curved adjustment movement and therefore no torsional forces in the machine stand) Digital display for the position display of the side roll motorized adjustment of the side roll brake motor for rotation and side roll movement Cone bending device with hardened stop block Emergency stop trip wire around the machine Machine with CE certification and documentation Hjdpscuxpqjfx Am Tsr

Condition: new, functionality: fully functional, Year of construction: 2026, Three rolls variable axis bending roll Hsdpsc S N Nqefx Am Tor Make FACCIN, model HAV/S 3145 Technical specifications: Number of Reels: Three Geometry of the side rollers: variable Working width: 3000 mm Top roller diameter: 450 mm variable three-roller bending machine

Condition: used, functionality: fully functional, T36E bulb blowing machine with furnace Hedpezgbd Ujfx Am Tor Olivotto Industries is the leader company in the production of blow machines. The T36E electronic blowing machine, faturing blowing machine featuring complete electronic process control is the natural evolution of the mechanical T series and it has been developed mainly for the productionof lighting bulbs in sodalime glass. In addition, the machine can be used for the production of small articles both in sodalime and borosilicate glass. The T36E is equipped with 36 blowing heads and can operate either with 36 or 18 working heads.

Condition: new, Parts for the SIDEL blow molding machine bearings Hsdoiqum Iopfx Am Ter O ring nozzle strap sealing axis

Condition: like new (used), functionality: fully functional, machine/vehicle number: SBO 6/10, Sidel Stretch Blow Moulding Machine Max. output: 6.000 bottles/hour. Max. bottle size: 3.000 cc. Blow stations: 6. Machine is in very good conditioning and well maintained. GENERAL INFORMATION The SBO 6/10 has 6 molds and 10 heating modules. Will work with a wide range of bottle sizes and styles from 0.25 to 3 liters. Sidel 2-step ^PET stretch-blow molders require previously manufactured preforms be supplied to the machine. Separating the bottle manufacturing and preform manufacturing processes allow production to be optimized, provide greater flexibility of operation and use, and provide higher production output rates and yield. MAXIMUM PREFORM DIMENSIONS Neck height 9 – 41 mm (measured from bottom of support ring) Minimum inside diameter of neck 19 mm Maximum outside diameter of neck 34 mm Preform support ring diameter 29 – 51 mm Maximum preform length 210 mm MAXIMUM BOTTLE DIMENSIONS Maximum bottle diameter 130 mm Maximum bottle height 380 mm Bottle capacity 0.25 – 3 liters AVERAGE PREFORM WEIGHTS (non carbonated and carbonated liquids) 0.25 liter bottle 14-20 grams 0.50 liter bottle 20-33 grams 1.00 liter bottle 26-40 grams 1.50 liter bottle 35-51 grams Hjdpeg Ailcjfx Am Tjr 2.00 liter bottle 44-58 grams 3.00 liter bottle 68-84 grams BLOW WHEEL Height 3.5 meters Number of molds 6 Closing force 10 tons Item height (under neck) at outfeed 1.4 meters approximately Machine DC drive motor power 4 KW HEAT CONDITIONING Height 2 meters Number of oven heating units 10 Number of heating zones per unit 8 Maximum power 170 KW ELECTRICAL USAGE Maximum supplied power 200 KW Average consumption 100-150 KW/hr (varies per bottle being produced) COMPRESSED AIR Supplied power from 7-35 bar Pressure 7 bar Flow rate 50-100 Nm3/hr (varies per bottle being produced) Blow pressure – champagne base up to 25 bar Blow flow rate – champagne base 110-550 Nm3/hr Blow pressure – petaloid base up to 35 bar Blow flow rate – petaloid base 155-770 Nm3/hr CHILLED WATER Temperature 10-12 degrees Centigrade Pressure 5-6 bar Flow rate up to 6 cubic meters/hour Kcal to be removed up to 16,000 Kcal/hour WEIGHT Blow wheel with molds 8 tons Heat conditioning unit 2.2 tons Preform feeder 0.65 tons Electrical cabinet 0.85 tons PREFORM HEAT CONDITONING The preforms are transferred neck up to the heat conditioning device. This unit continuously insures the preforms are inverted before passing, neck down, in front of the heating units and then inverts them again. During the heating phase, the preforms are rotated and their necks protected from the heat in order to optimize the distribution of heat without deforming the neck. Heating is insured by 10 heat modules. Each unit can accommodate up to 8 infrared lamps stacked horizontally whose ends are air cooled. The heating power of 8 zones, corresponding to the 8 rows of lamps, can be controlled in order to optimize the heat profile. These zones are regulated on all SBO Models. After heating, a control by infra-red camera of preform temperature enables regulation of the zones under control, thus insuring maintenance of the required temperature.

Condition: ready for operation (used), Year of construction: 2017, functionality: fully functional, machine/vehicle number: 100281518, total height: 2,260 mm, total width: 1,550 mm, total length: 1,685 mm, product height (max.): 310 mm, product width (max.): 150 mm, No reserve price – guaranteed sale to the highest bidder! The original price was over 100,000 EUR! The device is ready for loading & packed for transport! Loading can be handled by the seller. Hjdpfx Amsy Ath Hs Tor TECHNICAL DETAILS Maximum inspection width: 150 mm Maximum inspection height: 310 mm CONVEYOR SYSTEM Conveyor type: Turn table Speed: 12 – 45 m/min MACHINE DETAILS X-ray Generator Voltage: 30 – 75 kV Current: 1 – 8 mA Power: max. 300 W Dimensions (L x W x H): 1,685 x 1,550 x 2,260 mm Protection class: IP65 / IP66 Electrical data Power supply: 200 – 240 V Frequency: 50 / 60 Hz EQUIPMENT Rotary table conveyor Hermetic air cooling X-ray inspection system

Condition: ready for operation (used), Year of construction: 1979, functionality: fully functional, Industrial blower VOITH FISCHER model VK1-07, year 1979, currently operational. Compact machine suitable for the production of small containers using blow molding process. Hsdpfsyn Iuwex Am Tjr Equipment has been used in an industrial environment and is available for inspection at the plant in Albacete (Spain). Net price EXW Albacete. Negotiable.

Condition: new, Year of construction: 2025, Capacity 2020 x 2 mm (ST37) Delivery of the upper beam by hand lever left + right Slanted segments in the upper beam Continuous bending and lower beam rails RAL 7016 paint Manufacturing EU Hsdpfxefifa Ae Am Tor immediately available ex works Freight costs on request

Condition: used, Year of construction: 1998, functionality: limited functionality, machine/vehicle number: 98 20 262, Technical data at a glance GEISS, Seßlach Type 2800 x 1400 Year of manufacture 1998 Control Siemens Sinumerik 840. Working area approx. 2,800 x 1,400 mm Axes: 5-axis machining (B and C axis in milling head) Power 43 kW Weight approx. 5,900 kg Power supply 400 V / 66 A / 50Hz Formerly a tandem version. Tandem version has been professionally deactivated. Fully functional. Machine can be inspected at any time. Dismantling and loading at buyer's own risk. Hsdpfx Ajyim Szjm Tjr

Condition: used, Year of construction: 2008, Used Combiblock Sidel SBO 20 Universal 36000 bph The Used Sidel SBO 20 Universal Combiblock 36000 bph is an integrated bottling system, combining a blower and a filler/capper in a single unit. This machine is designed for the production of PET bottles, with a production capacity of up to 36,000 bottles per hour. The Sidel SBO 20 Universal blower features 20 cavities, allowing efficient and continuous production. The system includes a preform feeder with a hopper and a preform unscrambler, ensuring a constant flow of material in the production process. The Europa WM 60 filler/capper is integrated into the Combi block, optimizing space and reducing transfer times between the blowing and filling stages. This compact design improves operational efficiency and minimizes the risk of contamination. The system has been used for bottling natural mineral water in 0.5-liter formats, with a 26.6 mm Alaska-type neck customization. The machine pitch is 113 mm, adapting to specific production needs. Currently, the machine is in storage, ready to be installed and put into operation in a new production facility. A complete inspection is recommended before start-up to ensure optimal performance. The required power supply is 400 V at 50 Hz, standard in many industrial plants. The immediate availability of the Combi system represents an opportunity for companies looking to quickly increase their production capacity.   Advantages of the Combi system over a traditional system The Combi system, like the Used Sidel SBO 20 Universal Combiblock 36000 bph, offers numerous advantages over traditional systems, which use separate machines for blowing, filling, and capping. Firstly, the compact design drastically reduces the space occupied in the plant, allowing companies to optimize available space and, in many cases, reduce infrastructure costs. Moreover, the Combi system eliminates the need for intermediate conveyors and accumulation zones between stages. This layout simplification reduces maintenance costs, lowers the risk of jams or breakdowns along the production flow, and improves the overall line efficiency. The absence of intermediate steps also reduces the possibility of contamination, a priority especially in the food and beverage sector. The integrated process between blowing, filling, and capping shortens production times as the operations proceed continuously and without interruptions. This contributes to increasing the overall line speed and hourly production capacity. Higher efficiency translates not only into increased productivity but also into a significant reduction in energy consumption and operating costs. Hjdpovgu D Sefx Am Tor Additionally, the Combi system requires fewer personnel for line management and supervision, as a single control unit allows all operations to be monitored from a centralized interface. This simplifies operational procedures and makes quality control easier throughout the process.

Condition: used, Year of construction: 2003, operating hours: 34,000 h, Used Blow Molding Machine Kosme 2003 No. of cavities 4 Preform loader YES Preforms tipper YES Preforms unscrambler NO Compressor NO Air Recovery System NO Type KSB 4 year 2003 Linear or Rotary LINEAR Capacity: 2,0 l 3000 bph Hedpfx Aevgundem Ter 1,5l 3500 bph 1,0 4000 bph 0,33-0,5l 4500 bph In working condition Without molds Available midle of august 2022 neck 1881 and 1810 have manuals available

Condition: used, Year of construction: 2008, Used Revised Sipa Rotary Blow Molding Machine 2008: A Comprehensive Overview Are you in the market for a reliable blow molding machine? Look no further than the used Sipa Rotary Blow Molding Machine 2008. In this article, we will delve into the details of this machine, exploring its features, specifications, and benefits. Whether you are a seasoned professional or just starting in the industry, this article will provide you with valuable insights into the Sipa SFR8. Table of Contents Introduction Overview of the Sipa Rotary Blow Molding Machine 2008 Features and Specifications Benefits of the Sipa SFR8 Applications Maintenance and Care Tips for Choosing a Used Machine Safety Features and Manuals Current State and Availability 1. Introduction Blow molding machines play a crucial role in the production of various plastic containers. The Sipa Rotary Blow Molding Machine 2008, also known as the SFR8, is a popular choice in the industry. It offers efficiency, precision, and versatility, making it an excellent investment for manufacturers. Let’s explore its features in detail. 2. Overview of the Sipa Rotary Blow Molding Machine 2008 The Sipa Rotary Blow Molding Machine 2008 is manufactured by Sipa, a reputable company known for its innovative solutions in the packaging industry. This machine, specifically the SFR8 model, was introduced in 2008 and has gained recognition for its exceptional performance. 3. Features and Specifications The Used revised Sipa Rotary Blow Molding SFR8 comes with a range of features and specifications that make it stand out in the market: Year: 2008 Manufacturer: Sipa Model: SFR8 Speed: 12000 BPH (Bottles Per Hour) Containers: PET (Polyethylene Terephthalate) Formats: 0.50 L Additional details of the machine include: No. of cavities: 8 Preform loader: Yes Preforms tipper: Yes Preforms unscrambler: Yes Compressor: Not stated Chiller: No Preform neck type: 1810 Air recovery system: Yes Type: Rotary 4. Benefits of the Used revised Sipa Rotary Blow Molding SFR8 Investing in the Used revised Sipa Rotary Blow Molding offers several advantages: Efficiency: With a speed of 12000 BPH, the machine ensures high productivity and optimized production cycles. Precision: The SFR8 provides precise molding capabilities, resulting in consistent and high-quality bottles. Versatility: It accommodates PET containers and supports the format of 0.50 L, making it suitable for various industries and applications. Hsdpfxovgufis Am Tor Reliability: Sipa is known for its durable and reliable machines, minimizing downtime and maintenance costs. Innovative Features: The machine incorporates advanced features such as preform loaders, tippers, unscramblers, and an air recovery system for enhanced efficiency.

Condition: used, Year of construction: 2002, Used HDPE Blow Molding Machine TECHNE 10000SFA up to 1690 bph The Used HDPE Blow Molding Machine TECHNE 10000 SFA up to 1690 bph advances the field of HDPE container blow molding machines significantly. TECHNE manufactured this machine in 2002, equipping it with cutting-edge technology and technical specifications that make it high-performance and reliable. Capacity and Implemented Technologies of the HDPE Blow Molding Machine TECHNE Hjdpfxovgvqgj Am Tor The HDPE Blow Molding Machine TECHNE  produces containers with a capacity of up to 1 liter. Additionally, it uses coex-3 layers technology to ensure container quality and consistency. The machine features an 8-cavity extrusion head with a center distance of 105 mm, allowing for efficient production of 8 bottles per cycle. Furthermore, the linear cold blade cutting system and pneumatic pick-and-place system enhance operational efficiency further. Efficiency and Production Cycle The HDPE Blow Molding Machine TECHNE achives a nominal production rate of 1690 bottles per hour (bph). The production cycle time is approximately 16 seconds. Consequently, this machine produces 40,560 bottles daily and 13,141,440 bottles annually, based on 324 working days per year. Therefore, the Used HDPE Blow Molding Machine TECHNE 10000 SFA up to 1690 bph suits large-scale operations perfectly. Detailed Technical Specifications The machine consists of a single station with extruders of diameters 70 mm/25D, 80 mm/25D, and 60 mm/25D, providing a total output capacity of approximately 320 kg/h. Moreover, DC motors drive the extruders, offering respective power ratings of 33 kW, 41 kW, and 24 kW. The total installed power of the machine is 240 kWh, with an average consumption of 80 kWh. Additionally, the mold’s clamping force is 300 KN, ensuring precise and uniform mold closure. Controls and Cutting System of the HDPE Blow Molding Machine TECHNE The control panel allows you to configure and monitor process parameters, including alarm systems. In addition, the machine uses a cold blade parison cutting system and a pneumatic system for bottle pick-and-place. Multiple cylinders control the parison thickness in a closed-loop position cycle, allowing for independent control of the parison profile for each cavity. Post-Overhaul Performance In 2013, technicians overhauled the machine, installing a new B&R PLC to enhance performance and reliability. The mold closing mechanism uses levers and hydraulic actuators, strategically positioned to ensure perfect distribution of clamping force. Similarly, upper and lower deflashing occurs through a single pneumatic actuator. Conclusion of the HDPE Blow Molding Machine TECHNE The HDPE Blow Molding Machine TECHNE efficiently produces high-quality HDPE containers. Its technical specifications and advanced technologies make it an excellent choice for companies requiring high production capacities and long-term reliability.

Condition: used, Year of construction: 2007, Used Blow Molding Machine Sipa SFR 16 Assessment of Heating System and Preform Feeding Firstly, a comprehensive evaluation of the entire oven system is imperative, encompassing turning-over ramps and tension wheel guides, to ensure an efficient and seamless bottle forming process. Evaluation of Transfer Arms and Cams of the Sipa blower An indispensable aspect pertains to the scrutiny of transfer arms and cams. These components play a pivotal role in maintaining a continuous and uninterrupted production flow. Furthermore, meticulous inspection of their functionality is essential to uphold the quality and precision of the blow molding process. Condition of Molds and Stretching Mechanism Equal emphasis is placed on assessing the condition of molds and the stretching mechanism. The accuracy and integrity of the molds are pivotal in producing flawless, high-quality bottles. Consequently, conducting a thorough assessment of these components is essential to ensure optimal machinery operation. Examination of Water and Air Circuits in the Sipa blower Subsequently, the integrity of water and air circuits, integral components for preform cooling and pressure control during the blow molding process, is scrutinized. Ensuring proper circulation of water and air is crucial for maintaining stable working conditions and guaranteeing the quality of the final product. Technical Specifications and Additional Details In terms of technical specifications, pertinent details are provided regarding available SKUs and the weight of PET preforms per SKU. Specifically, for 0.5 L, the weight is 14 g, for 1.0 L, it is 26 g, for 1.5 L, it remains at 26 g, and for 2.0 L, it ranges from 29-31 g. It is important to note that the existing molds of the Sipa blower will not be supplied with the machine; replacement is at the discretion of the buyer. Additionally, the preform neck is specified as Corvaglia 28. Further technical details include the identification of the electrical cabinet and Command panel PLC of the Sipa blower as Siemens S7, along with the total number of cavities, which amounts to 16. Main observations on blowing machine Oven and the Preform in-feed Condition of the Following:  Oven, Turning-over ramps _ guiding and tension wheel  Heating modules, Oven ventilation and Cooling shields  Transfer arms and Cams  Moulds and Stretching mechanism  Water and Air Circuits All these are in great conditions  Number of SKUs and PET preform weight per SKU 0,5 L: 14 g 1,0 L: 26 g 1,5 L: 26 g 2,0 L: 29-31 g The existing molds will be supplied along with the machine. Current bottle drawings can be supplied as well. You will replace them if you want something different. Preform Neck Alaska 3-start Hodpovgvtujfx Am Tor Electrical cabinet and Command panel PLC: Siemens S7, great overall condition

Condition: used, Straightening and welding plate made of steel, solid material Machined steel plate made from a tool steel Length: 2980 mm Width: 1580 mm Thickness: 94 mm - solid steel plate Hjdpjhwn Tujfx Am Tsr - surface milled - 4 pieces of bolted support brackets - plate with some symmetrical holes Own weight: 3400 kg

Condition: used, Straightening and welding plate made of steel, solid material Machined steel plate from a tool steel blank Length: 2980 mm Width: 1380 mm Thickness: 74 mm - solid steel plate Hedpjhwn Tiefx Am Tor - surface milled - 4 bolted mounting brackets - plate with several symmetrically arranged holes Weight: approximately 2380 kg

Condition: used, CNC oxy-fuel cutting system BACH, type ACW 2500 Oxy-fuel cutting machine with CNC control NBS 400 Machine No. 14 561-06, Year of manufacture 2006 Hsdpof Ncadofx Am Ter Cutting area: 2500 x 6500 mm Travel length: 8000 mm Track gauge: 3345 mm Track height: 650 mm 2x machine cutting torches with cutting table

Condition: used, Automatic Hacksaw SILISTRA / BULMAK Type OH 254 Hacksaw with material feed Machine No. 862919 Year of manufacture: 1986 Cutting capacity - Round Ø 250 mm Cutting capacity - Square 250 x 250 mm Stroke rates 40 - 50 - 63 - 80 - 100 - 125 strokes/min. Saw blade length 450 mm Motor power 1.5 and 2.2 kW, pole-switchable Electrical connection 380 Volt, 50 Hz - Straight cutting automatic machine designed exclusively for 90° cuts - Saw motor with 2 speeds and 3 V-belt stages - Saw bow with hydraulic lowering and lifting - Hydraulic cutting pressure adjustment via throttle valve - Length stop via manually adjustable fixed stop (electrical contact stop) approx. 800 mm - Vise feed with electric feed drive using leadscrew for automatic material transport - Hydraulic material clamping with stepless clamping force adjustment - Coolant unit integrated in machine base - Electrical control cabinet positioned next to the machine Required floor space (L x W x H): 2000 x 1800 x 1400 mm Hjdpfx Amjwb Hxvs Ter Weight approx. 900 kg