Vacuum processes - Import export

The aluminium front panel displayed was printed with texts using the vacuum process. The milled recesses are delivered on special CNC milling machines to customer specification. On the rear of the panel, threaded bolts made from stainless steel and earthing screws can be pressed in. Contact I have read and agree to the privacy policy. *Pflichtfelder

Keiper haul-off timing belts are made with polyurethane or neoprene timing belts that are finished with many different kinds of coatings. They are used for conveying foils in bag forming, filling and sealing machines as well as numerous other conveying tasks. The extensive range of designs offers the optimal solution for any transport task and application, e.g. with smooth or vacuum-processed surface, finished according to individual specifications, and with many different coatings. Timing belts - Polyurethane molded timing belts - or neoprene molded timing belts Tension cords - Steel - Aramid - Polyester Coatings - PU yellow - Linatex - Various elastomers - Silicone

The vacuum forming process, implemented with simple tools, is ideal for three-dimensional shaping. In modern thermoforming machines with a table size of 1000 x 660 mm up to 2000 x 1200 mm, both negative and positive moulds can be used. Furthermore, we can process the components with our 5-axle-milling-machines afterwards.

Rotoguide: Micro-jet technology with air bearings from ROTOGUIDE stands for ultimate accuracy, load-bearing capacity and robustness. Shafts and bearing parts are machined to ultra-high precision for a positioning accuracy within µm range. ROTOGUIDE units are especially suitable for highly accurate linear and rotational motion under ultra-high vacuum and for all processes with ultimate demands in terms of cleanliness and accuracy

ALWA POR is porous and has a smooth surface structure. The product is characterized by a high stability, pressure-resistance and a long-term heat resistance of over 190°C. It is especially suitable for moulds with fine and complex structures. The good air permeability leads to a uniform stretching of the foil in the process of thermoforming. With this innovative product the annoying drilling of vacuum holes becomes obsolete and thus no visible markings are left on the thermoformed foil. Larger dimensions can be achieved by screw connections. Longer and wider dimensions by gluing. ALWA POR is easily machinable: Sawing, drilling, grinding, polishing. It also remains porous after polishing. ALWA POR is especially suitable for vacuum thermoforming and vacuum forming and is additionally suitable for - aeration of aquaria, fishponds and sewage treatment plants, - venting of injection moulds and blow moulds, - any proceedings of hot steam or water steam processing, - vacuum clamping

SolarPaq® temperature profiling systems are designed for specific use in solar photovoltaic (PV) manufacturing. These systems, consisting of user-friendly Insight™ software, Datapaq® Q18 data loggers, stainless steel thermal barriers, thermocouples with PTFE or mineral insulation and accessories, provide you with the tools required to obtain the highest production yields. The Datapaq Q18 logger features rugged, reliable and accurate data acquisition circuits, clear status indicators and an intelligent battery management system. It also features start/stop buttons, time or temperature trigger, memory capacity of 300,000 readings and measures wide temperature ranges from -200°C to 1370°C/-328°F to 2498°F. SolarPaq Profiling System for CiGs Panel Coating SolarPaq temperature profiling system for CiGs Panel Coating monitors the glass substrate as it passes through the vacuum coating process. Its core, the DQ1840 datalogger, is housed

The Controlled Atmosphere Brazing (CAB) and Vacuum Furnace Tracker Systems from Fluke Process Instruments feature the Datapaq TP6 data logger, a reflective or sealed for CAB thermal barrier, thermocouples and our intuitive Insight™ Software to create a complete solution. The CAB Furnace Tracker Systems featuring the TB4000 & TB4002 thermal barriers operate in environments up to 800°C (1472°F) and are designed for frequent use in the aggressive atmosphere present in this process. The Vacuum Brazing Furnace Tracker Systems, which include the VB1150 & VB1151 thermal barriers, make use of reflective plate technology to eliminate the need for insulation and ensure that out-gassing from the system is minimized so production is not disrupted when profiling. Both systems can be used to conduct temperature uniformity surveys (TUS) in compliance with CQI 29. Data Logger The Datapaq TP6 is the perfect solution for the most demanding high-temperature profiling applications

The precision pressure transmitter DMP 331Pi demonstrates the further development of well-tried industrial pressure transmitter DMP 331P. The signal from the specially designed piezoresistive stainless steel sensor is processed by the newly developed digital electronic system, performing thus an active compensation of sensor-specific deviations such as hysteresis, thermal errors and non-linearity. The temperature field of application of -40 ... 125 °C can be extended by the integration of a cooling element up to 300 °C. Features: — nominal pressure: 0 ... 400 mbar to 0 ... 40 bar — accuracy: 0.1 % FSO — excellent temperature response 0.04 % FSO / 10K (≤ 0.04 % FSO / 10K) — hygenic version — vacuum resistant — processing of the sensor signal using digital electronics Optional Features: — IS-Version Ex ia = intrinsically safe for gases and dusts

DATAPAQ Furnace Tracker systems offer accurate and reliable in-process temperature profiling and surveying solutions for a wide variety of demanding high temperature heat treatment processes in the glass and metalls industries and in aluminum manufacturing (Annealing * Brazing * Homogenizing * Decorating * Tempering * Forming * Frit Sealing * Normalizing * Billet Reheating * Slab Reheating * Pressure and Vacuum Processes). TB4000 Series Thermal Barriers: Rugged 304 stainless steel construction Microporous insulation provides the best thermal protection of any known material Various heights available to meet limited clearances TB4900 Series Thermal Barriers Exceptional durability and thermal resistance Outstanding resistance to oxidation and distortion One way lid and base alignment avoids thermocouple damage DATAPAQ temperature profiling systems comprise high-accuracy industrial-strength data loggers, thermocouples, thermal barriers, and analysis software.

DATAPAQ Reflow Tracker temperature profiling systems Program includes — range of high-accuracy, industrial-strength, compact Datapaq DP5 data loggers — range of low-height thermal barriers — DATAPAQ Insight Reflow Tracker analysis software — selection of fast-response, high-temperature thermocouples for measuring SMD and PCB temperatures and process stability Applications include — WAVE SOLDERING – accessory: DATAPAQ wave pallet with up to 9 contact sensors and 3 preheat sensors; software functions include contact times and parallelism — SELECTIVE SOLDERING – accessory: DATAPAQ PA2200 selective soldering sensor for process stability measurement — VACUUM SOLDERING – optional data transmission via radio enables real-time data analysis — VAPOR PHASE SOLDERING – program includes a special range of sealed and lighter-weight thermal barriers — REWORK STATIONS – the DATAPAQ DP5 data logger with its USB and Bluetooth connectivity is ideal for high-speed, real-time monitoring

For sophisticated decorative materials Press laminating is mainly used to process materials that are unsuitable for vacuum processes, such as textiles, materials with and without foam backings or non-stretchable cover materials like leather or Alcantara. Processing these materials requires high quality tooling and machinery to ensure the quality of the grain, the soft touch and the color remain intact. The decorative element and the substrate are usually laminated together by being pressed between two hard instruments. Precise decor positioning and tool arrangements ensure optimal laminating conditions. Other forms of laminating include leather laminating and membrane laminating, which combines press laminating, edge folding, trimming.

Not only uneven, structured surfaces but also undefi ned pick-up positions and varying dimensions can be easily be handled with the aid of the VUSS vacuum gripper. Be it in logistics, small trade or industry. AERO-LIFT® VUSS facilitates the use of vacuum lifting equipment now for your materials – regardless of whether a pallet of cans is not full or there is a pile of wooden boards laying loosely together or every workpiece has an individu-al, different size. process automation with vacuum gripper more efficiency and flexibility Function and features structure vacuum gripper The basic principle is really simple: The robot attaches a vacuum plate to the product to be transported instead of grabbing it. In such cases, it does not matter whether the products have holes, are slanted...

Allflex B is a member of the product family of flexible PA/PE medium barrier multilayer bag films produced by means of coextrusion. The polyamide and polyethylene multilayer barrier film offers excellent stiffness values which have a positive effect on the output during bag production. The film is powdered lightly, making it thus easier for the consumer to open the bag. The allflex B 11-layer film is available in thicknesses from 65my to 85my and scores well in packaging processes under vacuum or MAP in both the food and non-food sectors. Due to its temperature tolerance it is also ideal for pasteurisation and microwave applications. Features of allflex B: Medium barrier against oxygen and water vapour High degree of transparency Excellent sealing properties Increased puncture resistance

ProTec designs and supplies innovative solid-state polymer post-condensation lines and complete PET bottle flake recycling lines. The batch tumble reactor which combines homogeneous mixing with short processing times is the keystone of the line. The IV value (intrinsic viscosity as a yardstick for molar mass) of polyesters (PET, PBT, PTT etc.) and of polyamides (PA6, PA66 etc.) can be purposefully increased by precise control of temperature, vacuum and processing time, with or without defined addition of auxiliaries.

BSV Series DN 100 – 400 The Ball Segment Valve, BSV for short, is the result of a development of an innovative valve for pharmaceutical and fine chemical processes. For a wide range of solids applications, it is the preferred valve for process equipment like vacuum dryers, reactors or centrifuges as both as inlet and discharge valve. Even if products are not free flowing, have an abrasive effect or have moist and adhesive properties, the Ball Segment Valve is the right choice as a reliable, vacuum and pressure-tight process valve. The internal corner-free and edge-free housing does fullfill your cGMP requirements and leaves the ball segment sufficient space to move clear of the product flow path when opened. A reactor agitator or mixing tool can be designed to move within a few millimetres of the Ball Segment Valve virtually eliminating dead-space in the process area. Besides the standard flanges, the BSV can be equipped with tailored and non DIN flange connections to suit most...

COMBER Condry® - Series TDC 25 - TDC 15000 The Condry conical bottom agitated vacuum dryer was developed to process a wide variety of products. The machines have proven to be particularly suited for the drying of heat sensitive products as well as products with fragile crystal structure and thus sensitive to shear forces. The conical bottom allows for full product discharge characteristics. Special properties for the customer’s benefit: In compliance with cGMP and FDA guidelines, also in aseptic/ steam sterilizable versions Excellent product discharge performance with negligible product hold-up due to the conical vessel bottom, very close agitator to wall/bottom clearances and a unique agitator design The agitator permits uniform mixing of the entire product mass, without the formation of lumps or balls The surface area for heat transfer is maximized for optimum performance and cycle times Agitator supported by the top head, with the seal in contact with the vapors only Entirely...

COMBER Pressofiltro® / Turbodry® Series PF/TD 5 - PF/TD 100 This Pilot Plant can either be used as Agitated Nutsche Filter/Filter Dryer or a Vacuum Dryer. Designed for processes in pilot plants, it is fully equipped for tests and trials and can as well be used for small scale production. Special properties for the customer’s benefit: Calculation, manufacture and design are in accord with Pressure Equipment Directive 97/23/EG or/and ASME U-stamp as well as with cGMP and FDA guidelines Approved for using in ATEX danger zone, group II 2G 2D (zones 1/ 21) Suitable as vacuum dryer, filter dryer or agitated nutsche filter Shaft seal through gland nut Device built on skid Control system protected against explosion (EEx-d) Options Multilayer PLC-system

Pressure sensor for relative pressure measurement Vacuum-proof Various process connections: G¼ B, ¼ - 18 NPT, M14 x 1.5 Measurement range: Min. 2 bar, max. 600 bar Electrical connections: Elbow connector Form A EN 175301-803, Circular connector Euro M 12 x 1, cable outlet 2 m length Certified for shipbuilding industry and offshore by DNV-GL

The TWT combines a number of cleaning methods in a single unit. Through immersion any spray cleaning with alkaline, neutral or slightly acidic aqueous media, it caters for a wide range of parts and meets even the most stringent requirements regarding technical cleanliness. The cleaned parts are dried under vacuum for extra fast processing. All machine components that come into contact with media are made in stainless steel, allowing for the use of fresh and demineralised water.

Silicone Processing Systems with Silicone Vacuum Treatment

System for the impregnation of electomagnetic coils, e.g. of electric motors, transformers, generators Impregnating in electricla engineering means applying an impregnating agent in gaseous or fluid form to a porous body in order to insulate it electrically, i.e. that reliable protection against electrical breakdown is provided even when the thickness of the insulating layer is small. For each application HÜBERS provides appropriate process. HÜBERS offers all relevant process variants including vacuum impregnation, vacuum-pressure impregnation and atmospheric impregnation and of these coupled with the use of the many different impregnating agents such as varnish, resin, oil, wax, gas etc. The processes of evacuating the parts prior to impregnation and if necessary of vacuum-drying the impregnated parts are matched to the properties of the parts and ensure that the agent wets the walls of the pores properly and fills the cavities completely.

Production Process of vacuum bags for food A: Artwork confirmation B: Printing cylinders making C: Prepare raw material accordingly D: Printing E: Lamination F: Slitting or folding G: Bag making/cutting H: Final inspection J: Delivery Other information of vacuum bags for food A: We are specialized in making all kinds of packaging materials, such as food bags, coffee bags, zipper bags, ziplock bags, stand up pouches, black bottom bags, aluminium foil bags, pet food bags, tobacco bags, fruit packaging bags, vegetable packaging bags, paper bags, tin boxes, hole puncher for plastic bags. B: We do printing according to your design artwork, just send us layered design in AI or PDF or PSD format. C: The MOQ is 10,000 pcs, the more the cheaper D: Similar samples are available Disclaimer: All trademarks and pictures shown here are as example of our production capability, they are not for sale, and they are the property of their owners.

The Vacuum Chamber VC P305X300 is made of a unique, flexible chamber system based on extruded aluminium profiles. The three meter long profiles are cut to the desired length and equipped with a bolted rear wall and a door. ✓ Flexible length of max. 3 meters ✓ Very fast delivery because only door and back wall must be supplemented ✓ Low-cost ✓ Low-weight ✓ Low desorption of the aluminium, therefore also suitable for high vacuum ✓ Highly clean processes possible, e.g. in the semiconductor field ✓ Easy operation ✓ Easy attachment to the existing division bars Vacuum chamber specifications Internal dimensions Length: up to 3000 mm (standard: 370 mm, 620 mm) Width: 305 mm Height: 300 mm Front panel (optional): 9 U (1 U = 44.45 mm) Connections 1 x KF 16 5 x KF 40 Additional flanges possible in any position

Specially developed for use under high vacuum, our vacuum chamber VC P400x400 HV is made of a unique, flexible chamber system based on extruded aluminium profiles. The three-metre long profiles are cut to the required length and fitted with a screwed rear wall, as well as a door. Unlike our standard VC P400x400, the VC P 400x400 HV has no slots in the side walls. ✓ Flexible length of max. 3 meters ✓ Very fast delivery because only door and back wall must be supplemented ✓ Low-cost ✓ Low-weight ✓ Low desorption of the aluminium, therefore also suitable for high vacuum ✓ Highly clean processes possible, e.g. in the semiconductor field ✓ Easy operation ✓ Easy attachment to the existing division bars Vacuum chamber specifications Internal dimensions Length: up to 3000 mm (standard: 625 mm) Width: 400 mm Height: 400 mm Connections 1 x KF 16 6 x KF 40 Additional flanges possible in any position

The VC M600² is based on our new modular chamber system. The system consists of individual, fully milled aluminum modules with a depth of 500mm. Thus the length of the chamber can be variably set in 500mm steps. ✓ Flexible length of max. 3 meters ✓ Very fast delivery because only door and back wall must be supplemented ✓ Low-cost ✓ Low-weight ✓ Low desorption of the aluminium, therefore also suitable for high vacuum ✓ Highly clean processes possible, e.g. in the semiconductor field ✓ Easy operation ✓ Easy attachment to the existing division bars Vacuum chamber specifications Internal dimensions Length: 1000 mm (modular in 500 mm steps) Width: 600 mm Height: 600 mm Connections 2 x KF 16 6 x KF 40 1 x ISO K 63 1 x ISO K 160 Additional flanges possible in any position

Vacuum degassing / outgassing With the aid of vacuum outgassing, unpleasant tastes or odors can be degassed and thus rendered tasteless. Altitude simulation For aircraft transport, it is essential to perform tests and simulations at a pressure <800 mbar, since in cargo holds, pressure equalization takes place, but cannot compensate for all fluctuations. Vacuum storage systems The safest way to store highly sensitive components is under vacuum. Under the vacuum environment, your components are protected from all external influences. Control and process control Our specially developed control program offers not only the possibility to monitor, but also to program and store various process sequences. High and ultra-high vacuum From the pressure range of rough vacuum to fine vacuum and ultra-high vacuum, we are able to meet your process requirements with our systems.

The VC M1200² is based on our new modular chamber system. The system consists of individual, fully milled aluminum modules with a depth of 500mm. Thus the length of the chamber can be variably set in 500mm steps. ✓ Flexible length of max. 3 meters ✓ Very fast delivery because only door and back wall must be supplemented ✓ Low-cost ✓ Low-weight ✓ Low desorption of the aluminium, therefore also suitable for high vacuum ✓ Highly clean processes possible, e.g. in the semiconductor field ✓ Easy operation ✓ Easy attachment to the existing division bars Vacuum chamber specifications Internal dimensions Length: 1000 mm (modular in 500 mm steps) Width: 1200 mm Height: 1200 mm Connections 2 x KF 16 6 x KF 40 1 x ISO K 63 1 x ISO K 160 Additional flanges possible in any position

The VC M1000² is based on our new modular chamber system. The system consists of individual, fully milled aluminum modules with a depth of 500mm. Thus the length of the chamber can be variably set in 500mm steps. ✓ Flexible length of max. 3 meters ✓ Very fast delivery because only door and back wall must be supplemented ✓ Low-cost ✓ Low-weight ✓ Low desorption of the aluminium, therefore also suitable for high vacuum ✓ Highly clean processes possible, e.g. in the semiconductor field ✓ Easy operation ✓ Easy attachment to the existing division bars Vacuum chamber specifications Internal dimensions Length: 1000 mm (modular in 500 mm steps) Width: 1000 mm Height: 1000 mm Connections 2 x KF 16 6 x KF 40 1 x ISO K 63 1 x ISO K 160 Additional flanges possible in any position

High-vacuum heat-treatment furnaces with integrated pressing unit and power-regulated resistance heater elements (Hot Press). Used for diffusion bonding and forming processes under high vacuum conditions as well universal use for thermal treatments and processes where particularly demanding requirements and sophisticated materials are involved.