Fibres - Import export

AGRANA’s starch products are used in the textile industry as sizing agents, adhesives for textile webs, textile print thickeners and in digital printing applications. They are ideally compatible with additional finishing agents such as optical bleaching agents, filling agents, synthetic resins and dispersion agents.

Shear-wire stripper to cut Kevlar¨ and to strip optic fibres. Fixed at ¯ 0.18mm. Length 148mm

Special high speed adapted ink jet printer with finely adjustable printhead support for marking bandmarks from one side on the fiber at speeds up to 1150 m/min. The usual arrangement allows bandmarking in line with the ink coating process, providing irradiator units after the ink jet printhead and the ink applicator. In case that no additio­nal UV lamp unit and only the UV lamp of the UV curing unit CCD1-K unit is available, bandmarking has to be done in a separate process (either bandmarking or ink coating). The microprogram of the ink jet printer is specially adapted for ultra high speed bandmarking with automatic control of a constant bandwidth over the full speed range. Band­mark pitch and interband distance for multiple bandmarks (double, triple, etc.) are easily programmable on the computer screen. LD - INK LEVEL SENSOR AND INDICATOR SYSTEM FOR INK TANKS Triggers a warning signal as the ink level drops below minimum.

The VST video stroboscope has been designed to continuously monitor the print quality of fast-running cable printing machines. The system also offers the convenience of being able to view the entire print area at various magnifications on a monitor screen. The integrated software allows various evaluations of the displayed print area; e.g. alarm in case of bad quality and / or missing prints. Print monitoring at speeds up to 2500 m/min and above Real-time inspection for bad quality and /or missing prints The device is e.g. synchronized with the gravure printer's stroboscopic signal output (12 pulses per printwheel revolution). A special high-speed camera periodically takes a sequence of 12 consecutive partial print photographs depicting the total print impression printed by the printwheel circumference and outputs them via a 1 Gb/sec Ethernet interface to any computer (not included with the basic VST Video Stroboscope).

Our innovative design allows us to deliver a complete laser solution to our customers – not just a laser source. The system includes a class 1 safety enclosure with a sliding cover and a special design cable guiding system. Compliance with the laser protection class 1 is guaranteed during laser marking. High quality marks Low maintenance Superior performance and reliability STANDARD CONFIGURATION Ytterbium (Yb) pulsed fiber laser unit consisting of supply unit and marking unit, integrated in a Laser Class 1 safety enclosure. BOFA - Exhauster for environmentally sustainable production. The exhaust unit prevents the evaporating material from causing health hazards for the operator, but also from damaging of the focusing lens. The exhaust unit can be connected directly to the protection device and comes with various filter grades.

Multifiber coating and curing system for up to 12 optical fibers for inline operation Inline color coating and UV curing Coloring and UV curing up to 300 m / min Simultaneous coating of up to 12 fibersSuited for use in multifiber production lines operating at a maximum production speed of 300 m / minute and above. Coating unit with fiber entry guides, dust blower, and coating heads. Curing unit with one irradiator type M550, control electronics, cooling fan, and nitrogen flooding system including a nitrogen supply unit. FEATURES Simultaneous coating of up to 12 optical fibers. UV curing unit with one M&S designed irradiator. Suitable for production speeds of up to 300 m / min and above. Electrical heating system for coating heads. Pressure system for ink tanks.

MODULAR CONSTRUCTION The system comprises five main components whose frames have been designed for later installation of various options. This allows the machine to be upgraded at moderate cost as the need arises, e.g., for ring marking, higher UV curing performance, etc. MAIN COMPONENTS TPO1-K Autotraversing Pay-off Unit CCD1-K Coloring and UV curing Station Ink supply system, high-speed coating head, and high performance M550 UV irradiator unit mounted on a common frame. UVM1-K Second coloring and UV curing Station for speeds up to 3000 m /min TUD1-K Take-up High-speed capstan and take-up system with separate control cabinet. PCI1-K Control Unit FEATURES Fiber tension sensors ensure optimized fiber tension control. Automatic reel size detection makes it extremely easy for the operator to adjust the traversing system New M550 UV irradiator with control system that constantly measures the irradiator power and automatically adjusts the power

The system comprises three main components that can be equipped and extended with up to six processing units. This means that up to six fibers can be coated simultaneously and independently. MAIN COMPONENTS TPO-L Autotraversing Pay-off Unit CCD-L Coloring and UV curing Station Ink supply system, high-speed coating head, and high performance M550 UV irradiator unit mounted on a common frame. TUD-L Take-up High-speed capstan and take-up system with separate control cabinet. PCI-L Control Unit FEATURES Fiber tension sensors ensure optimized fiber tension control. Automatic reel size detection makes it extremely easy for the operator to adjust the traversing system. New M550 UV irradiator with control system that constantly measures the irradiator power and automatically adjusts the power output to match the fiber speed. This ensures optimum irradiator efficiency and prevents ther­mal overloading of the fiber at slow speeds or at standstill.

Marks cables 10 to 220 mm in diameter. Marking by means of engraved, concave marking wheels matching the cable diameter. Marking wheels mounted on toe bearings on two horizontally and vertically adjustable swivel arms. The embossing pressure is adjustable by means of a pneumatic device with fine pressure regulator. Hose connection for marking wheel-cooling system that prevents hot insulation material from sticking to the marking wheel type area. A water-collecting tub is arranged below the embossing wheels. SPECIFICATIONS Max. printing speed: 100 m/min Product diameter: 10 mm to 220 mm Marking wheels: 121 mm in diameter (groove bottom) ACCESSORIES Marking wheels Pressure rolls

Indent marking or embossing of cables up to 30 mm in diameter immediately after the extruder head. Indent marking or embossing Single or double-sided marking Line speeds up to 1000 m/min STANDARD CONFIGURATION Frame with support column and crank-operated height adjustment mechanism. Marking head with cooling trough. Marking wheels and guide rollers available separately.Marking machine for insulated cables. Indent marking or embossing. Single or double-sided marking. Marking wheels mounted on water-cooled shafts to prevent insulation from sticking to marking wheels and ensure perfect marking at extrusion line speeds of up to approx. 1000 m/ minute. Height of each marking wheel adjustable separately. SPECIFICATIONS Max. printing speed: 1000 m/min Product diameter: 1.5 mm to 30 mm Marking wheels: 86 mm in diameter ACCESSORIES Marking wheels Pressure rolls

We produce in Austria. NBG´s low water peak optical fiber “G652d” is a single-mode fiber produced by vapor axial deposition method (VAD). The fiber with a quartz core alloyed with Germanium and quartz cladding complies with the recommendations ITU-T G.652d. The fiber’s dual acrylate coating ensures its high strength, structural integrity and long service life. The fiber works in a full spectral range of different access networks including FTTH and can be applied in long distance communications. The G652d fiber shows reliable results of weldability with most available on the market SMF fibers. Fiber quality’s compliance with international standards is confirmed.

We produce in Austria. A single-mode optical fiber with a low water peak (G657A1/G652D) hybrid with advanced characteristics is a fiber with a reduced sensitivity to bends. The fiber is produced by vapor axial deposition method (VAD) with a quartz core alloyed with Germanium. It completely complies with the requirements of ITU­-T G.652d and exceeds ITU­-T G.657A1 parameters of macrobend loss and attenuation. Double acrylic coating provides it´s high strength and long service life. The fiber works in a full spectral range of different access networks, including FTTH, and can be applied in long-distance communications. Fiber-bending resistance and improved attenuation parameters give an advantage in the application for residential networks. The quality control system of the factory confirms plug compatibility with fiber (G652d) as well as with all on the market available SMF fibers.