Glass processing - Import export

The GS Thermal Imaging System for Glass Processes from Fluke Process Instruments features a variety of linescanning systems that provide continuous, accurate and real-time thermal images and temperature measurements for moving processes and low emissivity glass products. Each system comes in a wide choice of spectral and temperatures ranges to accommodate a variety of applications. The series also features dedicated hardware and software options, which have been created specifically for specialized glass applications – such as glass bending, forming, annealing and tempering – and industrial environments. MP Linescanner With scan speeds up to 300Hz and the ability to scan up to 1024 data points in a single scan, the MP Linescanner Series can provide a complete picture of even the highest speed manufacturing processes. Additionally, with a 90° field-of-view and up to 200:1 optics, each spot on the target surface is capable

The Marathon MM series platform consists of five IR temperature sensor models, each with a measurement wavelength and temperature range appropriate for specific application needs, from low temperature plastic processing to high temperature glass and metals processing. The Marathon MM features Precision Variable Focus that allows fast, easy and accurate adjustment of the focus of measurement targets, either by push-button at the rear of the instrument or remotely via an RS232/RS485 PC connection, where adjustments can be seen in real-time through video. Sensors with variable focus option can be configured according to specific application requirements, reducing the installation time and chance for incorrect installation. All sensors feature identical installation hardware and include Raytek DataTemp Multidrop software to enable easy and consistent installation, configuration and data capture across the full breadth of an applications.

TIM thermal imaging cameras are designed for non-contact measurement of surface temperatures from -20 °C to 1900 °C. They enable efficient monitoring and control of temperature-critical processes both with low temperatures (e.g. in cooling chains) and with very high temperatures (e.g. in glass and metal processing). Their high thermal sensitivity makes these infrared cameras ideally suitable for precise and dynamic tasks. Different performance classes enable a suitable model to be selected for every application. The camera is connected via a USB interface, which also supplies the power.

The basic material for isoTHERM® 1000 - Tapes is produced by a chemical refinement process. The components that melt at a low temperature are eliminated from E-glass fibres in this process, so that the temperature resistance level is increased. The products can be identified by their light blue colour. isoTHERM® 1000 has extremely textile properties, does not irritate the skin at all and is classified as absolutely harmless to health. Available dimension: width: 8 - 120 mm, thickness: 2 - 10 mm.

The Datapaq Furnace Tracker Systems for Glass Tempering and Bending from Fluke Process Instruments feature the Datapaq DP5 data logger, low height thermal barriers from our TB75/TB77 range, thermocouples and our intuitive Insight™ Software to create a complete solution. This solution is optimized specifically for the glass tempering process, where the height at the furnace entrance is typically very limited. The system’s unique thermal barrier design includes an exterior ceramic coating to ensure there is no metal contact with furnace rollers. This solution ranges from 29 to 60mm (1.14 to 2.36 in.) high and can be used in temperatures up to 1000°C (1832°F). Data Logger The Datapaq DP5 is the perfect solution for low-height applications like glass tempering due to its size, which can be as low as 11.7mm (0.46 in.) and as narrow as 57 mm (2.24 in.). Once combined with the Datapaq Insight™ Software, you can display information

External casing components for urban buses and longdistance coaches For many years, we have been developing casing components for the exterior of buses and railway vehicles here at TC. One advantage of GRP profiles is that we can produce different component lengths based on just one tool. This increases flexibility in design. The components are based on a profile made of glass fibrereinforced plastic, which we process in our CNCcontrolled milling machines to produce precisioncut parts for e.g. wheel arches, indicators and maintenance covers. We can also install reinforcements or addon parts at the same time if required.

In our weaving facility, we produce a wide range of SIGRATEX woven fabrics and tapes. We use 1k, 3k, 6k, 12k, and 24k carbon fiber tows as the material basis. In hybrid woven fabrics, we also process glass and aramid fibers.

ODE infrared detectors detect the infrared radiation of hot objects from 300° C to 2000 ° C. EGE ODE infrared detectors are designed for use under extreme conditions up to 350° C with optic fibre cables and attachment optics. The sensors provide a 4...20 mA output and have an additional freely adjustable switching threshold for the PNP switching output or relay output. The detectors are, for example, used to measure and monitor process temperatures in e.g. metal processing or glass manufacture.

The laser cutter size XL-1600 is the professional solution for the laser processing of acrylic glass. With its modular concept and the easy handling it offers a future-oriented and efficient investment – just like all other laser cutting systems. With cutting and engraving tests performed on your individual materials we determine in advance the optimal configuration of your laser cutter.

Thermal imaging system based on the Raytek MP150 infrared linescanner Automatic temperature and quality monitoring in continuous web processes Detect thermal problems early Faster product changes and reduced setup time Communicate with process control system via OPC Reduce scrap APPLICATIONS Plastics, metals, paper, and building industries, combustion prevention, hotspot detection, flat and float glass production, automotive, food processing and numerous other industrial applications FEATURES Onboard Ethernet TCP/IP communication Product specific configurations or “recipes” Custom measurement sectors Optional analog and digital outputs for each sector Analog outputs 3 x 4 – 20mA PC-independent alarm output Visualisation on PC Software supports English, German, French, Finnish, Dutch and Italian languages

DATAPAQ temperature profiling systems comprise data loggers, thermocouples, thermal barriers, and analysis software. The DATAPAQ TP3 logger is used with DATAPAQ Furnace Tracker, DATAPAQ Kiln Tracker, and DATAPAQ Oven Tracker systems. Features: 10 or 20 thermocouple channels Reset/download via Bluetooth with short range telemetry capability (up to 5 meters) High accuracy: ±0.3 °C (±0.5 °F) Onboard memory service log for remote diagnostic and rapid on-site service Standard USB data cable available in local markets Radio frequency (RF) telemetry or hardwired data acquisition for monitoring in real time Three user-replaceable battery types for operation in normal and high ambient temperatures ‘Multiple events’ allows variable sampling intervals during a run – ideal for water and gas quench processes Multiple run capability allows storing up to 10 runs before downloading into separate .paq files Sampling intervals down to 0.1 seconds to collect maximum data

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.

Do you have a special application for which neither our standard Pasteur pipettes nor the other pipettes offer an acceptable solution? On request we manufacture customized pipettes in a wide range of versions, which are precisely matched to your special application. Shown below is a small selection of the possible versions. Simply contact us for more detailed information – we will be happy to do everything to find a solution. Materials Clear soda glass & gamma-sterilizable clear soda glass Borosilicate glass 3.3 and neutral glass Quartz glass Processing Drawing long and short tips Narrowing the pipette for flow restriction Flanged rims for mounting in holding rings Tips angled at 0...90 ° Sealed tips to protect from dust Packaging Standard packaging Packaging in small quantities Individual packaging OEM packaging with your logo

The cross-sections of multi-channel capillaries consist of a large number of single holes, which are either in a random order or neatly arranged. Depending on the application in which these capillaries are used they can fulfill several tasks. Materials Soda-lime glass (AR, I860, PH360 etc.) Borosilicate glass (DURAN©, PYREX©, SIMAX© etc.) Aluminum silicate glass (Schott 8252/8253) Process of Production Two different production methods are used to manufacture multi-channel capillaries: 1. Production from a preform Prior to drawing the capillary several performs are mounted and joined together. During this process the channels are created from a single capillary. Hollow spaces are then filled with glass rods and are evacuated with heat. All unintended side channels and hollow spaces between the capillaries are sealed during this process and result in a closed cross-section, which is only punctuated with the inner geometry of the single capillaries. Reproducible profile sizes,...

This compact micro torch is ideally suited for melting the ends of sample tubes precisely and safely. As a very small flame can be adjusted, it is possible to melt the capillary precisely at a defined point without excessively heating the remaining capillary, as is the case with standard torches. The torch is operated with a hydrogen/oxygen or a propane/oxygen mixture, both of which provide a very hot flame that even permits quartz glass to be processed. This torch is an extremely versatile tool with which practically all types of glass can be processed – from simple flaming to highly complex tasks. Features of the micro torch Fine, concentrated needle-point flame High heating capacity Mixed-gas operation Two separate needle valves Complete with fine nozzles Torch length >130 mm (without nozzle) Operating principle The torch consists of a gas mixing chamber and two gas inlets, which are also suitable for aggressive media such as hydrogen and oxygen. Two needle valves at the...

You manufacture sensitive electronic products, such as power semiconductors, diodes, diesel injectors and components for medical equipment. For casting purposes, you need systems that guarantee perfection and absolute freedom from voids with minimum casting quantities. Our Micro Casting Systems: Accuracy: Absolutely error-free casting of the smallest quantities; casting quality tolerance less than 0.01 g. Flexibility: Suitable for highly filled, abrasive casting resins under vacuum or atmosphere. Control: Patented dosing control unit for plant and process monitoring; glass cylinder design also allows direct observation of the preparation process.Compatibility: Modular design; cell construction makes it ideal for integration into existing production lines.

The high sensitivity 1-channel thermopile detector is based on MEMS technology. The very high detectivity of up to 12.2*10^8 cm√Hz/W, as well as the high sensitivity of up to 501 V/W, are made possible by two factors. The radiation-sensitive thermocouples are aligned to a focal point. A krypton gas filling further increases the detectivity and sensitivity of the thermopile. The filter measures in the transmission range from 8 to 14 µm. This means that there is no absorption in the H2O bandwidth range. Influences due to humidity are excluded. These properties allow the use in demanding applications for non-contact temperature measurement in industry, like temperature monitoring of melting processes in the glass and plastics industry or temperature monitoring of engines and brakes in the automotive sector. The detector can be used at ambient temperatures between -20 and 85 °C. An integrated thermistor for intrinsic temperature monitoring can compensate external temperature influences.

The ink-jet printer EBS-230 of the "PicAS"-series sets new standards in regard to configuration and cost-effectiveness of basic DOD (Drop on Demand) systems, which remain relevant to newest DOD systems. With a print height of 6mm up to 27mm (depends on selected version) and a print speed up to 60m/min the EBS-230 is the perfect marking system for small to medium production volumes. The ability to use fast-drying inks on Ethanol-, Acetone- or MEK base provides a universal solution for various marking applications. No matter if the surface is made of cardboard, plastics, metal, glass or ceramics. Trough a process of consistent development of the established line coder "PicAS" EBS-200 we created a totally splash water protected system which is also independent from external compressed air.

Our patented Spear nozzles with thermal-sealing via the separate tip-heater open up new possibilities in injection molding, especially when processing glass fiber or carbon fiber reinforced resins.

Our model "Super-Glasmatic" is particularly characterized by a compact, Compact design, simple operation, low material consumption, optimum use of space, highly effective dedusting, rational workmanship, environmentally friendly operation without dust pollution and adjustable material consumption. Housing with 2 mm steel plate, with complete blasting agent recovery, with drain cup for quickest change of blasting agent, with interior lighting of the blasting chamber, with brush slots at the front, approx. 600 mm long for optimum processing of the glass objects, with 3 brush slots on the side and at the top for problem-free penetration of the parts to be irradiated, With sliding blades at the sides for dust-tight closing of the booth during the blasting process, with standard beam head and spray gun with hand lever, with all necessary compressed air and blasting hoses, with large plexiglass door (750 x 400 mm) for optimum visibility Filter system (residual emission <5 mg / m³).