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IPTE 's depaneling systems offer a unique combination of cutting tools, material handling and tooling to cut high technology panelized printed circuit board assemblies. They can be utilized in all kinds of production environments and can be seamlessly integrated, for example, in in-line manufacturing environments with automated ingoing and outgoing feeder units, and also be used in stand-alone configuration for manually supplied loading and unloading of boards.
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MAP Automatic marking, punching, shearing line for metal profiles - flat bars - angle sections - I - U - H- UPAF, etc.
MAP range: MAP 160 MAP 300 MAP 450
Universal, powerful and high-speed machines
MAP 160, 300 and 450 machines are flexible marking, punching, shearing systems for metal profiles, etc., designed to switch easily from angle sections to flat bars, or to I - U - H profiles.
The modular design makes it possible to adjust equipment capacities to user requirements at the lowest cost.
Access to tools, punches and dies, is easy and makes it possible to switch production quickly.
The MAP series punching-shearing lines are the only machines on the market performing in a single pass all operations normally carried out on beams:
- easy programming
- fast and precise
- flange and web punching in a single pass
- easy and quick machine adjustment.
These machines are especially suited to steel structure construction.
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MAG B : Drilling punching marking and plasma cutting machine for plates
MAG B range: MAG B 320-80, MAG B 320, MAG B 620, MAG B 1225
Efficient, easy to run and flexible machines for plates
Compact line for complete machining (drilling, punching, marking and plasma cutting) of middle and high thick plates in one handling
The purely software-based solution is a new approach in which a processor carries out all automation tasks within a single-processor mode. The PC software is used for processing PLC and NC tasks.
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PT-1052-1 - 6" Diagonal Cutting Pliers
PT-1057-1 - 7" Diagonal Cutting Pliers
PT-1060-1 - 7" Large Diagonal Cutting Pliers
PT-1105 - 5" Curved Jaw Locking Pliers
PT-1150 - 5-1/2" Midget Diagonal Cutting Pliers |
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Scissors
APPLICATION
PACKAGING
Box or bag: 1
Carton: -
ITEM
H008
Info:
It is most likely that scissors were invented in 1500 BC in ancient Egypt.
These were likely shears with the joint at the far end.
Cross-bladed scissors were invented by Romans around AD 100. |
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Better cutting - manual cutting systems
the ergonomically formed cutting carriage with cutter cassette cuts with absolute safety in both directions.
The cutter cassette can be replaced in one easy operation.
cassette with circular knife for paper, corrugated board etc.
cassette with blade for film
for use with roll material, such as paper, corrugated board or foil, we offer you the time-tested cutting systems with dispenser
freestanding or directly at the packing location
with changeable cutting cassette
standard cutting widths up to 160 cm, vertical cutting stand up to 200 cm
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Sandvik Coromant’s new GC1125 grade lives up to the demands of the leading parting and grooving tooling system, CoroCut® 1-2 edge and is now the first choice to achieve improved performance in parting, grooving, turning and profiling operations in a wide geometry range.
The optimization of properties for this grade delivers a wider application area and the capacity to handle improved cutting data. GC1125 has a good all round ability and provides the means to improve performance in a wide geometry range across many parting, grooving, turning and profiling operations. It is the first choice for application in steel and stainless steels and excels when machining cast iron and HRSA materials.
These advantages result from a technological breakthrough in coating and substrate technology. The combination improves wear resistance and security, either when running at higher cutting speeds or for a longer time in cut. The coating is new, PVD with TiAIN layers, including properties designed for the GC1125’s wide application area. New, fine grained substrate optimised for steels and stainless steels has improved hardness and supports increases in cutting data.
GC1125 is a simpler option, enabling machine shops to do more with one grade. Its wide geometry range offers improved performance to a larger number of machining operations.
In parting, it is optimised for steels, stainless steels and HRSA materials, a first choice in CF and CR geometries. CF is the low feed choice, giving excellent chip control and surface finish, CR the strong geometry for parting off bars and interrupted cuts at high feeds. |
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Sandvik Coromant is now extending its premium program of cutting tools for parting and grooving which will, no doubt, have great influence on machining productivity.
CoroCut 3 brings a third cutting edge to the shallow parting of tubes, bars and grooving operations. The extremely small parting widths in 2,0, 1,5 and 1,0 mm facilitates will reduce the raw material usage considerably.
The insert is held securely by a unique clamping solution ensuring accurate location and easy to use. This in combination with very tight indexing tolerances will produce workpieces with very close length tolerances.
Two dedicated insert geometries ensure peak performance and excellent surface finish in all workpiece materials. The very same holder can be used for all insert widths giving maximum versatility. |
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PT-1052-1 - 6" Diagonal Cutting Pliers
PT-1057-1 - 7" Diagonal Cutting Pliers
PT-1060-1 - 7" Large Diagonal Cutting Pliers
PT-1105 - 5" Curved Jaw Locking Pliers
PT-1150 - 5-1/2" Midget Diagonal Cutting Pliers |
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Scissors
APPLICATION
PACKAGING
Box or bag: 1
Carton: -
ITEM
H008
Info:
It is most likely that scissors were invented in 1500 BC in ancient Egypt.
These were likely shears with the joint at the far end.
Cross-bladed scissors were invented by Romans around AD 100. |
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An ideal tool for metal work hobbyists, DIY enthusiasts, reparation shops, demolition projects operators, metal scrap yards, street rod chassis builders, machinery works, and others who care about either of the 3 strengths of an oxy-gasoline torch: portability, fuel cost economic, and fuel availability.
oPetrol oxy-gasoline cutting torch is the progress and development in welding and cutting technology. Safety and reliability are the most outstanding advantages of substituting acetylene with gasoline. Gasoline is not only safer in its storage and transportation; it is also better in oxidization during the cutting operation. There is no back flash. The cutting fuel cost is obviously lower than acetylene. Gasoline is easy to use and available everywhere. Gasoline supply is assured. This achievement is in a leading position among technologies of its category. |
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Design:
- Hand torches for flame cutting up to 500 mm
- Hand torches for flame gouging
- Special versions for scrap cutting
- Different sizes and different length
- Available with DIN, BS and CGA connections
- For all fuel gases
Advantages:
- Valve-forward design ensures maximum operator safety
- New valve design guarantees higher gas flow rates and enhanced cutting capacity
- Heavy-duty head avoids overheating
- New monoblock valves improve operator control and allow precise adjusting also with gloves
- Triangular arrangement of stainless steel tubes provides high durability and maximum stability
- Modular design (also with STARLET and STAR torch systems) reduces maintenance cost and downtime
Product Range:
- Hand torches for flame cutting
- Hand torches for flame gouging
- Scrap cutting torches
- Accessories, wearing parts |
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Dual Guard(TM), Heavy Duty Cutting, Welding, and Heating Outfits
Dual Guard(TM), Heavy Duty Cutting, Welding, and Heating Toolbox Outfits
Dual Guard(TM), Heavy Duty Hand Cutting Torch Outfits
Dual Guard(TM), Medium Duty
Tough Cut(TM), Medium Duty
Tag-A-Long(TM), Portable
Versa-Torch®, HVAC/R
Quickbraze®, HVAC/R
Versa-Torch® Standard Tip Selections
Versa-Torch®/Quickbraze® Tip Selections
Handi-Heet®, Soldering & Brazing
Silver Smith(TM), Soldering & Brazing
The Little Torch®, Jewelry/Hobby
The Little Torch®, Jewelry/Hobby Caddy Kits
The Little Torch®, Jewelry/Hobby Tips and Technical Information |
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The Koike Aronson IK series features a high speed tracing system that is capable of following a pattern at speeds of up 120 IPM. The IK series of machines support oxy/fuel and plasma cutting processes; the maximum tool load on the machine is two tools.
The IK series of machines utilize the HL-83A coordinate drive tracing system with speed ranges from 4 to 160 IPM. Options available on this machine include CNC controls, plasma systems, and cutting tables.
MACHINE FEATURES
Available cutting widths: 4', 5' and 8'
Available cutting lengths 10 and 20 feet
Versatile cutting for large and small applications |
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Retsch SM 2000 cutting mills are especially high performance and user-friendly machines for crushing tough, medium-hard, soft, elastic, brittle and fibrous materials. Running slowly or quickly with different rotors and hoppers, they crush a wide range of materials, eg:: waste samples, plastic parts, biological substances, food and animal feed and beverage cans. The SM 2000 mills are therefore ideal for research, testing and operational laboratories, for technical training facilities or for creating samples in production.
Further model: SM 100.
Product Advantages:
powerful size reduction, even of heterogeneous mixtures
defined final fineness
low heat build-up
wide range of accessories for universal use
central locking device
fold-back housing
easy cleaning
robust, safe design
2-year warranty, CE-conforming |
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From lab/pilot to production requirements, Hosokawa Micron Powder Systems offers a complete line of scaleable size reduction technology for the chemical process industries.
Whether you call it size reduction, milling, pulverizing, jet milling, air milling, or simply grinding, we can help. Our broad application expertise allows us to help you select the technology that works best for your application. We are flexible enough to design and supply a complete system for the most unique applications yet our standard offerings are economical and acceptable for most chemical grinding applications.
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Cutting mills are particularly well suited for comminution of soft to medium-hard, fibrous or tough materials (including plastics). They are frequently also used in the preparation of heterogeneous substance mixtures. In this type of mill, samples are comminuted through cutting and shearing. The fineness is determined by a sieve insert. In cutting mills, it should be possible to remove the grinding parts with minimal or no use of tools so that cleaning can be performed quickly and efficiently.
For control of the wearing and abrasion, hard metal tungsten carbide can also be used as the grinding tool material in place of various steels. The cutting mill combination and the power cutting mill are particularly well suited for coarse comminution (e.g. environmental work) |
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