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A system based on tapping chuck ant tap adapters for complete new concept.
The simplicity of mounting the tap, the rigidity and the perfect centering makes syncronized tapping easier to manage.
AVAILABLE IN:
HSK DIN 69893
DIN 69871
DIN 69880
DIN 1835 B+E
MAS BT
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Briney BT Flange Tap Holders Rigid
Briney BT Flange Tap Holders T/C
Briney NMTB Flange Tap Holders T/C
Briney Straight Shank Tap Holders Rigid
Briney Straight Shank Tap Holders T/C
Briney Tap Adapters Positive Drive
Briney Tap Adapters Torque Control
Briney V Flange Tap Holders Rigid
Briney V Flange Tap Holders T/C
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No influence on setting length if the pressure of coaling liquid is equal to or less than 70 bar.
Most of the torque caused by the threading will be taken up by the square in the bottom. The hydraulic will take up the axial force.
For smaller threads than M16 you must use reducing sleeves and reducing adapters for the squares.
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Techniks quick change tapping products lower your overall costs by providing a quick way to produce threads.
This tapping system is the most productive in the world. Change taps and tap sizes in only 5 seconds.
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Series KSN
The tap holders of our KSN series are designed especially for use in CNC machining centers, CNC turning machines and other machine tools. The tap holders type KSN/Softsynchro are mainly used in CNC machines with synchronous spindles, due to their special constructional design. Owing to the very different requirements a tap holder has to meet, the KSN series can be divided into the following six types:
KSN for conventional thread cutting, marked with a yellow ring on the shell.
KSN/IKZ(Z)/MMS for thread cutting operations with internal coolant supply and minimum quantity lubrication (MMS) up to 10 bar (140 psi), marked with a green ring on the shell.
KSN/HD for thread cutting operations with internal coolant supply up to 50 bar (700 psi); marked with a red ring on the shell.
KSN/ICS for thread cutting with control of the thread cutting cycle.
KSN/Synchro for thread cutting on machines with a synchronous control system, for tap clamping with steel collets.
KSN/Softsynchro By installing a minimum length compensation on compression and on tension, small pitch differences between spindle and tap which would lead to high friction forces on the thread flank are compensated. An eventual increase of axial force during the thread cutting cycle is reduced to a minimum.
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Chumpower is a Taiwan Manufacture. We offer a complete range of Tapping Chuck. Such as DIN371,JIS,ISO for different systems and with or without torque tapping collet chuck. For detail information, please click the PDF catalogs and feel free to let us know your inquiries. We will send our reply mail as soon as possible.
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WFLC-WFLC..K
Quick Change Tapping Chuck, available as a monobloc or modular version, for operation on mechanically and numerically controlled machines, manufacturing centres and FMS. Extremely smoothrunning length compensation and optimal initial cutting pressure even under the most difficult conditions.
: M3-M48
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DSPL-D
Tapping Chuck with wide range double chucking head for tapping on reversible drilling, tapping and turning machines.
: M3-M42
TA../MK..
Self reversing tap holder for use on drilling machines which have only manual feed facilities and which do not have a reversible spindle.
: M3-M20
GNCN,GNCK
High performance tapping attachment with integral reversing gear for tapping applications in machining centres and FMS.
: M3-M20
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HLT3500 is a high-power, Class IV CO2 laser with a rated output power of 3500W and a maximum of 4kW. The laser radiation has a wavelength of 10.6mm and as such is invisible to the human eye. To facilitate alignment with external mirrors, a visible Class IIIA green laser diode pointer is standard and pre-aligned with the main beam. The visible beam is only present with closed shutter, and hence no accidents can occur since the main beam is always blocked when the pilot beam is visible.
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The HLT8000 is in a design phase and will be optimised for maximum power. It has a single-layer, larger-bore resonator. It will be suited for high-speed, deep-penetration (keyhole) welding, cladding and laser surface treatment.
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The HLT6000 is currently running reliability tests. It has a rated output power of 6kW and a maximum of 7200W. Due to its long, slim resonator it produces a low-order, high quality beam suitable for sheet and plate cutting. Attached to a high-dynamics machine, it can be used to exploit the advantages of increased processing speed in sheet metal. Alternatively, it can be interfaced to a large-area plate cutting machine.
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The HLT4500 is an industrial high power CO2 laser with an output power of 4500W and has integrated the best mode for sheet and plate cutting. Gas consumption is low as 20Nl/h and has a footprint of only 1600x1600x1600mm³. The laser is controlled by a Siemens controller equipped with standard teleservice via internet, is designed for ease of maintenance, the laser is standard delivered with integrated beam shaping optics for matching to the resonator and the application. This laser is the ideal source to be integrated on an excisting or a new laser machine or as stand alone unit for all kind of laser applications.
On top this laser equiped with highest standards for optical and electrical standards is economically low priced and has a world-wide after sales service back-up.
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Compact Series
Power and solutions at the service of the steel plate market
- Innovative laser resonator design with DCSS DOUBLE CINEMATIC SUPPORT SYSTEM
- Power up to 6000 W
- Modular power supplies
- Low operative costs
- Long maintenance intervals
- Flexibility of integration
- Single oil - free radial compressor
The new generation of laser resonators of the Compact series with powers up to 6 kW encloses the decades of experience of El.En. in the field of high power CO2 laser sources. The large range of powers available allows cutting and welding of high thickness metals, with high quality, high performances, high productivity and low operative costs.
Stability: innovative DCSS
DOUBLE CINEMATIC SUPPORT SYSTEM (PATENT PENDING)
The great thermo-mechanical stability of the El.En. laser resonator allows use in the most extreme industrial conditions. The innovative double cinematic support system guarantees total disjunction between the laser performances and the mechanical and thermo-mechanical movements of the chassis.
This patented solution gives to the resonator an exceptional stability and repeatability in long and short term.
Oil free radial compressors
The laser sources of the Compact series are equipped with oil free radial compressors that guarantee long maintenance intervals.
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ROFINs well proven high-power CO2 lasers are always a good choice: whether cutting paper or welding gear wheels; the high availability, low service requirements, and excellent beam quality make ROFIN lasers an essential tool in any production environment.
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Technical specifications:
Maximum static pressure: 1,8 kPa
Maximum airflow: 2,4 m3/min
Power: 150 W
Control panel: filter saturation, overheating and overloading indicators, 7 speed levels of suction.
Synchronization plug for connection with other applications.
Dimensions (mm): 264 (L) x 264 (W) x 502 (H)
Very comfortable to integrate regarding its compact size, the CKU-060AT-ACC-CE is easily placed in the most narrow places in your production zones.
It offers an excellent performance/cost ratio: static pressure reaches 1.8 kPa and airflow 2.4 m3/min for a power consumption of only 150W.
A panel board will allow you an easy handling thanks to indicators of filters saturation, of overloading, of overheating and a precise user-adjustable speed with 7 levels. Furthermore, a synchronization plug eases every connection to your productive systems.
The filtration system begins with a first filter with a special structure which captures more particulates, lengthen the time of use and is easy to change. A second filter with activate carbon removes odors and fumes generated by lasers or welding. Filtration rate reaches 98% for particulates ≥ 0.3µ.
Thus the CKU-060AT-ACC manages fumes and odors for the health and comfort of salaries, guarantee a protection of the laser equipments and ensures a better quality of production.
Non-applicable for toxic gas, liquid, explosive, corrosive and abrasive substances.
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Extraction and filter unit with fan, automatic filter cleaning depending on loading of dust on filters, Siemens-Simatic-unit control and PTFE membrane filters.
KEMPER extraction systems are suitable for connection to flame cutting tables with laser, plasma or autogen cutting systems. These extraction systems are also suitable for extraction of welding smoke at several work stations by means of stationary units.
Filter classification M and L with filter efficiency of 99,9 % (BIA-classification U, S, G, C).
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Laserex™ extraction systems for Laser Generated Fumes
Purex Laserex™ extractors are specifically designed to integrate with laser production processes that produce hazardous laser fumes. Purex International engineers are available to advise on the correct combination of pre-filter, main filter and machine required for any specific process, including: -
-Laser marking
-Laser drilling & cutting
-Laser engraving
-and laser welding
Industries supplied
Purex laser fume extractors are compatible with common C02, Yag and Diode lasers. A wide range of materials are used in the processes above. They include paper, foil, glass, plastics, metals, wood, enamel and ceramics. Purex supply many of the following industries: -
-Beverage, brewery and packaging
-Medical and pharmaceutical
-Cosmetic
-Food processing
-Aerospace manufacturing
-Semiconductor
-Electronics and automotive
-Machine tool manufacturing
-Defence and nuclear
-General engineering
-System features
The Laserex laser fume extractors can be connected to existing machinery using custom or standard extraction manifolds. The fume extractor can be linked to a line control circuit so that it starts and stops with the main machinery.
Failsafe controls can also be set to stop the line if extraction flow rate falls below a pre-set minimum or hazardous gases get through the system.
Unlike "vent to atmosphere" systems, the Purex system can be relocated with a production line quickly and efficiently with no pipework contamination issues.
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During a wide range of laser processes and applications hazardous particles and gases are generated. According to regulations of air purification at the workplace they have to be removed from the air.
Extraction devices of the LAS series are particularly designed for these tasks and guarantee the protection of employees as well as the product quality and protection of laser lenses and mirrors.
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Filter systems especially made for the laser industry. Suction systems for laser jobs with i.e.metal, wood, plexiglas and gum (cutting, welding, marking etc.)
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The Geovent GFB filter is the complete filter solution, when the extracted air has to be cleaned. The GFB filter has a fully automated, pneumatic filter cleaning system, which cleans the polluted air with up to 99.97%.
The filter can find use in many situations, but will primarily be used within industries, where polluted air from processes such as welding, plasma / laser cutting, grinding, powder enamelling, etc. needs to be filtrated.
The filter is suitable for airflows of up to 7,200 m³/h depending on the particle load. If the need for a lager capacity should arise, several filters can be connected in parallel.
As standard, the filter is delivered in fully galvanized execution with an automated, pneumatic cleaning system, collection bucket, filter control - and furthermore, it is now affordable to do something about the environment...
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Single-level FMS w/ RGV
One of the most popular arrangements with almost unlimited capacity. The in-line configuration allows any number of future machines, pallets and stations to be incorporated.
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- 1st and 2nd operations on same lathe W22-T4;
- complete drilling on vertical drilling center DWN-22V.
The cycle can be carried-out only when the lathe Is equipped with pallet loading system. Production capability is influenced by the lathe's ability to machine 1st and 2nd turning operations in sequence of one another on a continuous basis.
As indicated in the machining cycle below, the theoretical production capability for the machining of a 15"x7" wheel is about 33 pcs./hour.
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