Chipping machines - Import export

Only the best for our forests Nowadays, forestry bears responsibility for numerous important tasks and is increasing not only in its commercial, but also in its environmental and social significance. In addition to continuous production of renewable raw materials (mainly wood) it is assuming the task of forest conservation, not least as a protected and recreational space for mankind and the animal kingdom. The predominantly municipal forestry operations are directed for the performance of these tasks at mobile woodcutters and robust wood chipping machines. We have supported the forestry industry for many years with our longlasting choppers and counterknives, as well as with shredder knives.

Local filtering plant FA 27 are designed to eliminate sawdust, dust and chips from one-two machines, they are installed in the workshop directly near the machinery. Productivity – 4800 m³ / hour. Plant of this series differs from similar vacuum cleaners on purpose, the innovative decision of supply of the polluted air in plant. The solution developed by engineers of the company allows to prolong service life of filters and provides long service life of plant in the declared parameters. Bag filters provide air filtration with a particle size of 10 microns, the degree of air purification is 99.5%, the hoses are cleaned due to the flow of air from the main blower and the force of gravity. Plant on bag filters, made of powder-coated steel with open housing and blower. Filtering plants are equipped with the blower with high suction power and high efficiency, a filter compartment with reliable system of fastening of filters, a bag for collecting waste.

The automatic feeding of tools from the tool magazine to the machining spindle is implemented in modern machining centers with the aid of a tool changer. At the same time, this device is used to return tools to the tool magazine. Reducing non-productive times is an important criterion for increasing the efficiency of machining centers. The chip-to-chip time is directly positively influenced by a fast tool change, i.e. a short tool change time.

RICE CAKE MACHINE (SYP Model) As this Shinyoung Mechanics is a company which specializes in production of the Rice Cake Popping Machine, we are keeping the No. 1 domestic sales through the 2007 SYP series and being recognized its excellence selling the product of over 1,500 units to 50 countries worldwide. Since our SYP Rice Cake Popping Machine is that design is compact and convenience is superior on the use and time, thickness, shape etc are possible to control easily, it is in wide use from store up to factory. As the 100% Grain Snack is that nutritious ingredient is excellent and consumer recognition is good, it is easy to commercialize. As of now a variety of products such as general snack (chocolate-coated, flavor-seasoned), cereal for meal substitution or diet, children snack etc are being developed and sold. Thank you

Do you have highly precise and very sensitive equipment, such as a microscope, an inspection device, an imaging system or a polishing machine and is the use of an active or passive isolation platform , insufficient? It may be that local/global resonances are degrading the performance of the isolation system, because it is not stiff enough or because perturbation sources are located on the isolated part. In such a case, our Active Damping Devices provide a solution by introducing structural damping into most of the unwanted mechanical resonances. Up to 15% structural damping can be achieved, without any major redesign effort. Compared to passive dampers, the ADD are lighter and not sensitive to changes in the supporting structure dynamics.Structural vibration reduction of isolated machines for performance improvement (microlithography, microscope, chip manufacturing or inspection machines, etc.)

Vacuum frying involves dehydrating and frying raw materials in a closed, vacuum environment. This type of frying makes it possible to preserve the original color of the raw materials and to produce a very pleasant sensation in the mouth. Traditional high temperature frying is between 160 and 185°C. If starchy foods are fried or cooked at high temperature (usually above 120°C), such as bread, sweet potato, taro, potato, etc., a large amount of "acrylamide" will be produced, which is a kind of chemical that has been shown to have adverse effects on humans in animal experiments. The frying carried out under vacuum allows a considerably reduced frying temperature of 90 to 110 ° C. In the vacuum state, the boiling point of water is lowered, and oil is used as a heat transfer fluid to allow the evaporation of the water content of the raw material in order to achieve the purpose of frying and dehydration, and to make the texture of food crispy.

Integrated into the machine base is the coolant system or, -as option- the microspraying system. The design of the base made of thick steel plate leads to reduced vibrations during cutting. A chip drawer makes the disposal of the chips so easy. Manually operated machines offer a smooth and easy sawblade feed via their lever, gearwheel and toothes rack. The semi-automatically operated machines offer a variable, hydro-pneumatically controlled setting of the sawblade feed. Each mitring position can be set with ease and accuracy within a range of 45°-90°-45-30°. The upper part of the sawing machine is swivelled into mitring position, lefthand up to 45°-righthand up to 30°. The jaw is moved easily from left to right. The material remains in its position. hardened and ground gear wheels and wormgears are the assurances for the longevity combined with highly reduced vibration adding to the sawblade lifetime.

CNC turning is one of the most modern methods of producing elements using the chip machining method, which, among its many advantages, allows for high repeatability and maximum reduction of production time. CNC turning has developed very strongly in the area of ​​large and medium-series production. In this process, numerically controlled devices are used - hence the name CNC. Over the many years of work on a large number of projects related to turning, Marxam Project has gathered a lot of production experience. This allows our customers to trust us and entrust us with their needs in the field of chip machining. Marxam Project, as a company dealing with professional, and importantly comprehensive, metal processing, also places special emphasis on CNC turning. The need to achieve various shapes in a repeatable and fast way means that customers choose us.

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...

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 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,...

Up to 50% Coolant Saving Up to 90% Saving in Disposal Improved price for swarf without coolant Improved Housekeeping The Wogaard Coolant Saver collects the cutting-fluid that is normally wasted through the machine tools automatic chip conveyor. The cutting fluid is reclaimed from the chip-container and returned to the machine tool's main tank for re-use. Wogaard can help reduce consumption of cutting fluid and water, reduce the amount of waste fluid collected and disposed of and end fluid leaks that create potential health and safety issues. The Wogaard Coolant Saver is easy to install and is virtually maintenance free. It is driven by the machine tool's onboard coolant pump, so no external energy source is required. Building on the success of the Coolant Saver, Wogaard now also produce an Oil Saver for liquids up to 32 centistokes viscosity. This is recommended for sliding head machines and can be used in any application where neat oil is used.

FLAT LED is highly suitable for integration into the increasingly more compact machines, because this integrated machine luminaire is particularly small and powerful. Its 6 LEDs provide optimum area light in spite of its compressed construction and low integration depth. • Maintenance-free LED technology • Strong high-power LEDs for maximum light • Robust aluminium housing with safety glass screen • High degree of protection • Chemically resistant to many media such as oils or cooling lubricants • Ideal for high mechanical and thermal stress • Nearly flush-mounted installation • Prevents accumulation of chips • Direct connection to machine voltage

The SPOT LED for permanent integration into the machine combines 3 LEDs in such a compact housing that you could hardly imagine a smaller luminaire. • Maintenance-free LED technology • Strong high-power LEDs for maximum light • With narrow- or wide-beam illumination characteristic, as desired • Robust aluminium housing with solid safety glass screen • High degree of protection • Chemically resistant to many media such as oils or cooling lubricants • Nearly flush-mounted installation • Prevents accumulation of chips • Direct connection to machine voltage

The MACH LED PRO model series embodies absolute variability in terms of area lighting. Even though the machine design requirements tend to be individual, they are not necessarily tailored to the luminaire. This is taken into account in the MACH LED PRO by designs of different lengths with 1, 2, 3 or 4 LEDs and two beam angles of 30 ° and 95 °. This means that the luminaire practically disappears inside the machine wall thanks to the unique construction principle. • Maintenance-free LED technology • Strong high-power LEDs for maximum light • With narrow- or wide-beam illumination characteristic, as desired • Robust aluminium housing with solid safety glass screen • High degree of protection • Chemically resistant to many media such as oils or cooling lubricants • Ideal for high mechanical and thermal stress • Nearly flush-mounted installation • Prevents accumulation of chips • Direct connection to machine voltage

Thread standard: Metric, ISO DIN 13 Type: Machine tap Forma C, for blind holes, with spiral flutes Application: For long-chipping materials Material of product: HSSE Surface treatment: no For materials: Unalloyed and low alloyed steel, non abrasive material Tensile strength up to: 900 N/mm2 Standard: DIN 371/376 Tolerance: ISO2/6H Especially for usage on automatic lathes and multi-spindle machines. The 15° spiral flutes make the cutting flanks more stabile. Tap for machine use in blind holes. The fast spiral flutes provide good chip removal from the blind hole. Our taps and dies are produced to the highest quality standards, to ensure precise quality threads. Wide range of hand, machine and rolling taps, dies and tools for cutting professional threads on various materials Correct lubrication is important for successful thread cutting and to decrease the wear of taps and dies. We recommend using our lubricants.

Thread standard: Metric, ISO DIN 13 Type: Machine tap Forma C, for through and blind holes, with straight flutes Application: For brass Material of product: HSSE Surface treatment: TIN For materials: Brass (short chipping) Tensile strength up to: 600 N/mm2 Standard: DIN 371/376 Tolerance: ISO2/6H Due the cutting geometry specially recommended for applications in Copper-zinc alloy (Brass) - short-chipping. Tap for machine use in blind and through holes. Our taps and dies are produced to the highest quality standards, to ensure precise quality threads. Wide range of hand, machine and rolling taps, dies and tools for cutting professional threads on various materials Correct lubrication is important for successful thread cutting and to decrease the wear of taps and dies. We recommend using our lubricants.

The frozen fries production line is characterized by its high quality and high production capacity. It is completely automatic. It has the European quality certificate CE. It starts from fresh potatoes to final packaged product. The processes include: Cleaning, Peeling, Cutting, Washing, Blanching, Frying, Freezing, Filling and Packaging.

Basis 17 is the fastest model for packing bulk products in a “Pillow” bag. The machine has a step by step principle of action and reaches a speed of up to 120 packs / min.

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.

The SMN Injection Molding Static Mixing Nozzle creates homogeneous mixing of polymer melt during injection. The resulting high viscous polymer melt flow is homogeneous with regard to colorant, additives and temperature. Benefits Outstanding melt flow mixing of molten polymer prior to injection results in the following benefits: Reduced spots, streaks and clouds of color Reduced colorant usage (10% - 40) Narrower part tolerance Reduced reject rates Less part distortion Less weight variation Improved part quality when using regrind material Shorter cycle time Improved melt flow Increase regrind ratio with consistent product quality Rapid nozzle heat-up Normal Pay-back period of 2-3 months Filter for Injection Molding Static Mixing Nozzle (Type SMF) The optional SMF Filter is installed inside of the Static Mixing Nozzle to protect the hot runner system and mold when processing regrind materials by avoiding clogging and/or damage with debris carried along with the feed pellets. Grid Protection Disk for Mixing Elements (Type GPD) The optional GPD Grid Protection Disk is installed inside of the Static Mixing Nozzle upstream the first mixing element. During the start-up operation it avoids a possible so called “cold-start” damage of the mixing element grid by plugs of not completely molten and thus partly solid polymer plugs originating from the transition part between the end of the barrel and the Static Mixing Nozzle Benefits & Function The SMF Filter is designed to be used with the SMN Injection Molding Mixing Nozzle. The purpose and functionality of the SMF filter are numerous: Protects hot runner system and mold by avoiding clogging and/or damage caused my metal pieces accidentally introduced with the feed pellets to the injection molding machine (staples, metal chips, paper clips, etc). Retains semi-molten polymer pellets until melted for incorporation into the polymer melt For customers with poor thermal control systems, the SMF Filter acts as an upstream breaker-plate to prevent “cold-start” crushing of the mixing elements. Designed to retrofit into the SMN Injection Molding Mixing Nozzle without nozzle modification O.D. of SMF Filter = O.D. of SMN Mixing Elements Length of one (1) SMF Filter = Length of two (2) SMN Mixing Elements O.D of GPD = O.D. of SNM Mixing Elements Length of one (1) GPD = Length of one (1) SNM Mixing Element

All components pass a quality inspection before being used. Many different methods and procedures are used here (e.g. PMI 0 positive material inspection, crack detection). Our scope of machining reaches from chipping/metal cutting to sandblasting (using granule materials) to welding, assembling and painting. We handle many different metallic and nonmetallic materials as steel, stainless steel, duplex materials, titanium, plastic material We give a big importance to welding: Nash employees are certified according to ASME 9 and therefore qualified to manufacture pressure vessels and piping according to Pressure Equipment Directive (DIN EN 3834) and ASME Standards (31.3). Our systems are painted according to customer specification. We work with all wet paints and 2K paints. Anti-corrosion-coatings up to category C5M are possible. Of course, we meet all the other specifications, e.g. regarding coating thickness, as well. The electrical engineering is also done in the Nash location, from design to cabling. After the completion, the system undergoes a pressure test. Furthermore there is an option to do a complete function test to verify the performance data. Nash is certified according to ISO 9001 and ISO 14001.

The sturdy and easy-to-use chamfering machine was designed for the deburring and chamfering of small to medium-sized workpieces and bar material starting with a thickness of 1 mm. The machine generates a very good chamfering quality thanks to the optimized interaction between the cutter head and cutting inserts. In NE metals and steel, a chamfer width up to 11mm is possible. The WKF 170 has gradual speed regulation, which is very useful when processing aluminum or stainless steel. The angle adjustment can cover a range from 15-60° in 5° steps. For longer workpieces or serial part production, we recommend optimizing the feed unit with pressing pressure, surface quality, feed speed and service life of tools. The machine can be installed on an undercarriage for flexible use in a workshop, which simultaneously serves as a chip box. The machine can be extended with roller guide ways or converted into an automatic chamfering machine.

You never forget your roots. When it was first founded in 1954, the company’s focus was mechanical machining: even today it maintains an obsession with the perfection of detail and craftsman-like care, though numerical control machinery is now used alongside conventional machines. Mechanical chip removal is performed with the aid of milling machines, CNC lathes and machining units, grinders, punching machines, broaching machines, boring machines, tapping machines, etc. The machines work with materials such as spheroidal cast iron, steel, aluminum and sheet metal assemblies.