Chip it - Import export

Citrus Fruits - Freshness Kick in Summer With our seasonings, you can experience the summery flavour of various citrus fruits and enjoy a refreshing summer breeze. We have chosen oranges, lemons and limes for our three exciting product ideas.

All contaminants, such as stones, glass, sand, metal, rubber, or high-density wood material ow using Siempelkamp separation technology. Siempelkamp separation technology ensures careful handling of the chips

Belem Pepper Combine taste and sustainability with our Belém pepper. Enjoy the most sustainable pepper in the world in 3 different ways.

Mushrooms - Superfood with a Future Mushrooms - a delicious and healthy ingredient that can be used to create all kinds of exciting flavours for the food industry. Here are a few ideas for the snack, meat and dairy industries.

Grinding chips are created by the grinding of metal components. It is a mixture of metal and corundum abrasion in combination with the cutting fl uids being used. By briquetting, the waste is reduced significantly and the briquettes possess a defi ned residual moisture. Thus, the disposal costs are reducedand depending upon the alloy, there is even the opportunity to sell the briquettes with a profit. In most cases, the expensive oil contained in the cutting fl uid can be reused. The briquetting system can already payoff for itself within less than 12 months by processing about 10 to 30 tons of the expensive oil contained in the cutting fl uid per year. Depending on the requirements, our briquetting systems for grinding chips are equipped with hydraulic motors ranging from 4kW to 22kW, and reach a specifi c pressure of up to 3,800 kg/cm². The throughput of the RUF briquetting systems - especially for grinding chips - range from 40 to 350 kg/h.

Other information Series R48 Inner height hi: 25 mm Inner widths Bi: 25 - 130 mm bending radii R: 60 - 250 mm Pitch: 30,3 mm E-Tube, snap-open along the outer radius Series R58 Inner height hi: 35 mm Inner widths Bi: 50 - 200 mm bending radii R: 75 - 250 mm Pitch: 33,3 mm E-Tube, snap-open along the outer radius Series R68 Inner height hi: 45 mm Inner widths Bi: 50 - 250 mm bending radii R: 100 - 300 mm Pitch: 36 mm E-Tube, snap-open along the outer radius iF-Design-Award for Series R117/R118 and Series R68 ESD classification: Electrically conductive ESD/Atex versions on request UL94-V0 Classifications on request E-Tube made of igumid HT: Hot chips (to 850°C) cannot burn into it. Supplied as a special design on request Other information Series R48 Inner height hi: 25 mm Inner widths Bi: 25 - 130 mm bending radii R: 60 - 250 mm Pitch: 30,3 mm E-Tube, snap-open along the outer radius Series R58 Inner height hi: 35 mm Inner widths Bi: 50 - 200 mm bending radii R: 75 - 250 mm Pitch: 33,3 mm E-Tube, snap-open along the outer radius Series R68 Inner height hi: 45 mm Inner widths Bi: 50 - 250 mm bending radii R: 100 - 300 mm Pitch: 36 mm E-Tube, snap-open along the outer radius E-Chain® selection aids You can find the right E-Chain® quickly by entering concrete parameters and with the aid of a comparison table. Selection aids Installation instructions Joining and separating of the E-Tubes. Assembly Instructions Application examples Applications in various industrial sectors and in the igus® test laboratory. E2 R100 and E2 R Small pitch for silent operation Protection for cables and tubes against chips (even hot chips) Rugged and tight Space-saving with good ratio of inner to outer dimensions Modular interior separation options Small pitch for low-noise, silent operation Very small radii possible through small pitch Smooth, chip-repellant exterior contour Removable lid for shortening the installation time Double stop dog system for longer unsupported lengths KMA mounting brackets with potential for "all-round" fastening Typical industrial sectors and applications Materials handling Construction machinery Machine tools Timber Processing Machines Long travels in many industrial sectors Semiconductor ESD versions Theater and entertaining industry Vehicles General mechanical engineering etc. In all areas exposed to dirt and chips iF-Design-Award for Series R117/R118 and Series R68 ESD classification: Electrically conductive ESD/Atex versions on request UL94-V0 Classifications on request E-Tube made of igumid HT: Hot chips (to 850°C) cannot burn into it. Supplied as a special design on request

Other information Installation video: Instructions for the opening and closing of the E-Tubes Series R117 Inner height hi: 21 mm Inner widths Bi: 20 - 100 mm bending radii R: 63 - 180 mm Pitch: 30,5 mm E-Tube, snap-open along the inner radius on both sides Series R118 Inner height hi: 21 mm Inner widths Bi: 20 - 100 mm bending radii R: 63 - 180 mm Pitch: 30,5 mm E-Tube, snap-open along the outer radius on both sides Series R157 Inner height hi: 40 mm Inner widths Bi: 40 - 200 mm bending radii R: 100 - 250 mm Pitch: 46 mm E-Tube, snap-open along the inner radius on both sides Series R158 Inner height hi: 40 mm Inner widths Bi: 40 - 200 mm bending radii R: 100 - 250 mm Pitch: 46 mm E-Tube, snap-open along the outer radius on both sides Series R167 Inner height hi: 50 mm Inner widths Bi: 50 - 250 mm bending radii R: 100 - 300 mm Pitch: 58,8 mm E-Tube, snap-open along the inner radius on both sides Series R168 Inner height hi: 50 mm Inner widths Bi: 50 - 250 mm bending radii R: 100 - 300 mm Pitch: 58,8 mm E-Tube, snap-open along the outer radius on both sides iF-Design-Award for Series R117/R118 and Series R68 ESD classification: Electrically conductive ESD/Atex versions on request UL94-V0 Classifications on request E-Tube made of igumid HT: Hot chips (to 850°C) cannot burn into it. Supplied as a special design on request Other information Series R117 Inner height hi: 21 mm Inner widths Bi: 20 - 100 mm bending radii R: 63 - 180 mm Pitch: 30,5 mm E-Tube, snap-open along the inner radius on both sides Series R118 Inner height hi: 21 mm Inner widths Bi: 20 - 100 mm bending radii R: 63 - 180 mm Pitch: 30,5 mm E-Tube, snap-open along the outer radius on both sides Series R157 Inner height hi: 40 mm Inner widths Bi: 40 - 200 mm bending radii R: 100 - 250 mm Pitch: 46 mm E-Tube, snap-open along the inner radius on both sides Series R158 Inner height hi: 40 mm Inner widths Bi: 40 - 200 mm bending radii R: 100 - 250 mm Pitch: 46 mm E-Tube, snap-open along the outer radius on both sides Series R167 Inner height hi: 50 mm Inner widths Bi: 50 - 250 mm bending radii R: 100 - 300 mm Pitch: 58,8 mm E-Tube, snap-open along the inner radius on both sides Series R168 Inner height hi: 50 mm Inner widths Bi: 50 - 250 mm bending radii R: 100 - 300 mm Pitch: 58,8 mm E-Tube, snap-open along the outer radius on both sides Installation video: Instructions for the opening and closing of the E-Tubes E-Chain® selection aids You can find the right E-Chain® quickly by entering concrete parameters and with the aid of a comparison table. Selection aids Installation instructions Joining and separating of the E-Tubes. Assembly Instructions Application examples Applications in various industrial sectors and in the igus® test laboratory. E2 R100 and E2 R Chip protection, swivelable Excellent protection against chips (even hot chips) Rugged and tight Snap-open alternately along inside or outside - Swivelable or removable lid, short installation time Space-saving through good internal/external dimensions ratio Modular interior separation options Double stop dog system for longer service life and long, unsupported lengths Universal KMA mounting brackets with potential for "all-round" fastening Typical industrial sectors and applications Machine tools Timber Processing Machines General mechanical engineering etc In all areas exposed to dirt and chips iF-Design-Award for Series R117/R118 and Series R68 ESD classification: Electrically conductive ESD/Atex versions on request UL94-V0 Classifications on request E-Tube made of igumid HT: Hot chips (to 850°C) cannot burn into it. Supplied as a special design on request

Optigrun Protection and Drainage Board FKD 60BU under public roofs with and without roof pitch, filled with Drainage Material Perl 8/16 or chippings 2/5Under public roofs with and without roof pitch, filled with Drainage Material Perl 8/16 or chippings 2/5 Suitable for non-pitch roofs Rapid draining of excess water Vapour permeable - suitable for inverted roofs Lightweight super structure with high drainage capacity Surrounding edge overlaps Filling without risk of shifting apart Cross and T-joints possible - minimal offcuts

Based on a individual needs assessment we tailor-make briquetting solutions including peripheral devices. RUF- Charging hopper with screw conveyor for charging & transporting of bulk material as aluminium, steel, stainless steel, other metals, wood, other bulk materials.

Based on a individual needs assessment we tailor-make briquetting solutions including peripheral devices. RUF lifting and tilting devices optimize and automatize the flow of bulk materials. RUF can consider any individual customer needs.

Based on a individual needs assessment we tailor-make briquetting solutions including peripheral devices.

The PP1 chips collector is used for the rapid collection of shavings and other metal parts, for cleaning the workplace, the machine or for the collection of metal parts from waste or ash. The collected metal parts can be removed by pulling the rear release button. Magnets for surface and railing cleaning clean halls and outdoor areas from magnetic parts and thus protect personnel and equipment

The work area of 700 x 900 mm offers sufficient space. The motion system works with linear motors and linear optical encoders which guarantee extremely high resolution and precision – even at the high speed due to the excellent acceleration of the linear motors. The empty surface of the vertical stage is equipped with an interface for fast tool changing. Sensors measure the force applied by the tools to the device. The desired forces can be programmed so that each device is handled ideally.Eutectic bonding is performed with high energy laser radiation and with a wavelength matched to the device. Temperature sensors transmit the values to the control electronics and the power is precisely adapted. In this way, the temperature follows the desired profile fast and accurately. NanoBond utilizes precision dispensers for gluing processes. These instruments apply a volume from nanoliters to several milliliters. In most application

Get a higher level of automation and increased efficiency, without compromising quality and precision. Our affordable and proven solutions, ranging from encapsulation, testing and encoding of chip modules to glue tape lamination, provide the speed, quality and economy for profitable chip module production. RFID Inlay Production Wire embedded antennas produced on ruhlamat machines are extremely cheap and yet provide the best product characteristics compared to etched or plated antennas. Our reliable machine solutions offer great flexibility and productivity, enabling you to make both prototypes and mass products in an economical way and with consistently high quality. From antenna embedding to production of complete RFID inlays and eCovers, the options are versatile. Card Personalisation We excel in providing innovative card personalisation solutions. Our system enables you to produce highly personalised smart cards, secure IDs, and financial cards quickly and economically. We...

Encapsulation is the method for protecting the chip and wires against mechanical stress and environmental influences. For this purpose, cast resin is dispensed and then cured by UV light or heat, depending on the type of resin. The PowerSeal offers highest quality and maximum speed for the encapsulation of chip modules with up to 40,000 modules/hour. PowerTest - Chip Module Test System The inspection of IC modules for smart cards and RFID devices, based on parametric and functional testing, is an integral part in the production flow and quality assurance. The PowerTest is designed for high-speed testing and encoding of chip modules on 35 mm tapes. The system is also perfectly suited for initialisation and personalisation of IC modules, including OS loading. GTL700 - Glue Tape Lamination System The GTL700 is a highly reliable and flexible system for glue tape lamination of chip module tapes in preparation for the hot melt implanting process. The very efficient system can...

The PowerSeal sets new benchmarks for high-speed encapsulation of chip modules: extremely compact and powerful, with a throughput of up to 40,000 modules/hour using two 16-fold dispensing heads and UV LED curing technology. UV LED curing saves production cost by lower energy consumption and long LED lifetime without aging. The curing is much faster compared to standard UV discharge lamps and the start-up time is reduced by providing full power directly after switching on. This enables high-speed production with significantly lower cost per module, resulting in an unsurpassed value for money. Alternatively, the machine can also be equipped with UV discharge lamps or heating units. Diverse nozzle plates are available for the different module tape pitches. Thermal curing resins such as black epoxy can be processed optionally. Reliable process stations and automated inline quality control ensure highest quality at a minimum of cost per module. High-speed chip module encapsulation...

The PowerTest is a sophisticated testing and encoding system for chip modules on 35 mm tapes. Maximum flexibility allows versatile use: It can be used by card manufacturers for the incoming inspection or encoding of chip module tapes, and with integrated disconnect station by module tape manufacturers as a quality measurement system for the inspection of outgoing goods. Testing of contact, contactless and Dual Interface IC modules can be executed with the highest performance and yield by processing of up to 128 modules in parallel. In addition to basic test and parameter test, software is also available for chip module initialisation, personalisation, and OS loading. Integration of SAM, HSM, or similar modules can be realised easily. Using high-end reader technology from Smartware or Micropross, this automatic IC module test handler offers unmatched performance for the complete production test of smart card and RFID modules. Flexible reel to reel system for high-speed test,...

S Styrofoam chips must be stored in warehouses and occupy valuable storage areas. FLOETER offers the economically and ecologically correct solution here: Compact air cushion rolls are easy to process, space-saving and recyclable. Wrapped in the right air cushion-type film, your goods are economically and effectively protected. Positive impact for the environment - with air cushions With the innovative air cushion systems from FLOETER, your employees can be sure that they are doing something good for the environment. The FLOETER air cushion systems meet the required legal standards and regulations. In addition, FLOETER is certified according to ISO 9001: 2015 and applies the environmental management system according to DIN EN ISO 14001: 2015.

Inspired by customer inquiries, SEPA EUROPE has developed a new, modular assembly for the efficient cooling of chips. The core component is a SEPA axial fan that is mounted on a 40 mm pure aluminium heat sink – a so-called Kühligel®. It is equipped with a finger guard and a double-sided adhesive heat pad for screwless mounting on the housing or inside the device. Thanks to the compact design, the light weight and the screwless mounting, this assembly enables accurate positioning and thus effective cooling of the hot spot. The chip cooler HXB40FGK is equipped with a high precision ball bearing and can be used at ambient temperatures between -10 and +85 °C thus opening up a wide range of application possibilities. A further advantage is the long service life of the fan with 350 000 h (MTBF) at 40°C. The chip cooler assembly HXB40FGK is supplied as a standard component. It can however, be customized.

MAXIMUM AUTOMATION Your wish: highest automation in chip management with highest medium purity and availability? Your product: combistream CS4. As a full flow filtration solution, combistream CS4 permanently provides both the low-pressure and the high-pressure system with up to 30 μm pure coolant.

SEPA EUROPE offers a 40 mm frameless fan especially for embedded systems. It is 10 mm high and provides a compact solution for chip cooling when used in combination with the appropriate heat sink. In addition to the 50 mm frameless fan which is already on the market, the new round 40 mm fan is also a much sought-after model for embedded systems. This is because many standard cooling solutions in this business sector are based on the 40 x 10 mm fan. Strictly speaking, the 40 mm fan has a rotor diameter of 37 mm. The version offered by SEPA EUROPE is equipped with two ball bearings and can boast a remarkable service life of 70.000 h at a temperature of 40°C. In addition to an impulse output for speed monitoring, it also has a PWM input for speed setting in the range of approx. 35 – 100% of the nominal speed. In conjunction with the power block pin-fin heat sink, this virtually silent fan with 22 dB(A) is also available ready for connection in the „Kühligel“ version.

Chip cooling with the aid of heat sinks usually requires a lot of space and is not only heavy but also expensive. The specialists at SEPA EUROPE have developed a chip cooler with minimum space requirements for compact designs. The core component of the compact cooler is the ultra-flat blower HY40H that is combined with a Kühligel® of pure aluminium. The special feature of the new cooling solution is its variability which means that the size and shape of the heat sink can be freely chosen. Users can thus assemble the cooler to optimally fulfil their requirements. With a thermal resistance of a mere 2.5 K/W, the new chip cooler withstands a power dissipation of up to 15 W and in doing so guarantees the operational safety of the entire embedded system. The blower is equipped with the highly durable Magfix® sleeve bearing and has an impressive service life expectancy of von 210 000 h (MTBF) at 40 °C.

The new super flat active chip cooler of the cooling specialist SEPA EUROPE is a convincing solution for applications in the embedded computing sector, in particular for single board computers. The HZ25B05 with its dimensions of 25x25x6.5 mm can be installed even in flat applications and ensures highly effective heat dissipation. The size of this super flat design is not its only advantage, but also its exceptionally low noise level. The heat sink is made of high-purity aluminium and has low thermal resistance. The integrated micro fan is also equipped with a special, highly durable MagFix® sleeve bearing designed for operating temperatures of up to 80°C. Particularly noteworthy is the fact that the micro fan which is operated with a voltage of 5VDC, has a power input of only 0.3 W and a life expectancy of 400000 hours. The fan can also be equipped, if necessary, with a tacho output for monitoring the function. Both and the fan and the heat sink are available separately.

The AIR CHIPPER are compact, lightweight and economical tools to have on hand for all kinds of chipping work. Easy chisel replacement is made to excellent operation. The straight design is suitable for operation at narrow and deep places. In addition, the ACH16 has many feature on the followings..... Idle running proof structure adopted. No blowing without touching the work piece by the chisel. Vibration on operation is reduced by low vibration structure. Especially effective on continuous operation. Easy to handle, compact lightweight type and weight only one kilogram

The AIR CHIPPER are compact, lightweight and economical tools to have on hand for all kinds of chipping work. Easy chisel replacement is made to excellent operation. The straight design is suitable for operation at narrow and deep places. In addition, the ACH16 has many feature on the followings..... Idle running proof structure adopted. No blowing 　　 　 without touching the work piece by the chisel. Vibration on operation is reduced by low vibration 　 　 structure. Especially effective on continuous 　 　 　 　 operation. Easy to handle, compact 　 lightweight type and weight 　 only one kilogram.

- For contactless reading and writing of RFID chip cards - Used in e.g. refineries, tank farms, chemical industry, medical industry, food industry or power plants - Allows the build-up of intrinsically safe access control and identification systems - Application areas: loading at filling gantries, weighing, entry and exit area - High protection against rough environmental conditions due to sturdy aluminum housing (optional available as stainless steel housing) - Explosion protection according to European ATEX-standard 2014/34/EU BENEFITS - Type of protection IIC - Contactless reading - Tamper-proof by additional data encryption via a special Timm Elektronik card coding - Temporary data at chip cards can be saved and recalled - Individual, customer-specific coding possible

The first examples of which were built by CMC TEXPAN in the early 1990s.They are aimed at cleaning the material ow fed into the machine byremoving any possible contaminants, the density of which is higher than that of the processed wood chips, e.g. stones, sand, metals, rubber, coarser chipsetc.The principle of operation is based on densimetric separation chieved in a vibratory box. In addition to the vibration of the machine casing, the materialow is subjected to a strong, pulsating air ow, enhancing the separationeect and providing for further “dry leaning” of chips. Heavy contaminants (e.g. stones, glass, rubber and plastic) are removed from the material ow,discharged from the machine side and conveyed to further re-classication,while clean chips are discharged from the machine’s front end.

Drum chippers are used to process long and short logs, wood pieces, saw mill waste, veneer waste, residual wood, and other wood waste to high-quality chips. Depending on the size and design of the drum chipper, the machine can be adjusted to the type of wood to be processed and the desired chip quality. The most suitable chipper size is determined by the maximum trunk diameter to be processed and the desired production capacity. The desired chip length also inuences the performance of the chipper. Key features Adv Large draw-in rollers for process-reliable wood feed at constant speed Pivoting feed system for automatic adjustment to loading height Hydraulic ywheel drive for consistent contact pressure and the damping of impacts Robust, well-balanced rotor Large ywheel inertia to compensate for short-term peak loads Generously dimensioned V-belt drive Startup process via Pony-motor to reduce spikes in power supply during acceleration of the rotor