Rotational speed: 240, 300, 400, 500, 650 rpm
Description Magnetic lathe chuck with demagnetization cycle for the almost deformation-free finishing, precision turning or grinding of rings or discs. Field of application Lathes Cylindrical ...
Rotational speed: 3,150 rpm - 8,000 rpm
Gripping force: 48 kN - 250 kN
Outer diameter: 110 mm - 400 mm
The Duro-A is a three-jaw chuck with a through-hole that can be clamped automatically (hydraulically) by a CNC machine. It is mainly used forturningcylindrical and disc-shaped blanks. Stable damping using axial tension The ...
Rotational speed: 3,500, 4,000, 4,700, 6,000, 6,300 rpm
Gripping force: 64, 100, 135, 180, 240 kN
Outer diameter: 180, 215, 260, 315, 400 mm
3-jaw chuck with cylindrical centre mount. Short taper mounting adapter (DIN ISO 702-1) as option. Physical characteristics High speeds and optimum centrifugal force behaviour due to low jaw weight and key bar design Large ...
Gripping force: 0 kN - 115 kN
Outer diameter: 74 mm - 1,250 mm
... Duro-M is a manually geared scroll chuck with through-hole, drilling and turning jaws with cylindrical mount. It is mainly used on conventional turning machines for machining turned parts. Physical ...
Rotational speed: 1 rpm - 6,000 rpm
Gripping force: 1 kN - 80 kN
Outer diameter: 165 mm - 370 mm
... and low maintenance Jaws can be changed between chucks of the same design Reinforces jaw interface for high material removal rate Offers a wide range of applications; a chuck for turning, ...
Rotational speed: 1,400 rpm - 3,200 rpm
Gripping force: 3,100 daN - 6,900 daN
Outer diameter: 160 mm - 430 mm
... -DUX chuck is balanced following the ISO3089/74 rules and supplied with the warranty and testing certificates. The chucks with diameter 365 and 430mm, suitable for heavy-duty machinings, keep the same ...
ETP HYDRO-FIX clamping sleeves are excellent for boring bars for internal and external turning as well as in driven toolholders. With the one screw fix system it is quick and easy to handle. The clamping is uniform around ...
Gripping force: 1,000 N - 10,100 N
Stationary 3-jaw-clamping-chuck, pneumatic Through central hole up to 60.5 mm Self-centering Clamping force up to 10.100N Stroke up to 32mm Stroke control Rating IP 40
Gripping force: 940 N - 16,650 N
Stationary 3-jaw-clamping-chuck, hydraulic-pneumatic Self-centering Compact from diam. 64 mm Clamping force up to 16.650N stroke up to 50 mm Stroke control Rating IP 40
Gripping force: 13,500 N - 206,000 N
Stationary 4-jaw-clamping-chuck, hydraulic-pneumatic Self-centering Clamping force up to 206.000N Stroke up to 44 mm Rating IP 40
Use: for second operations in turning, hardturning, grinding and checking Very good accuracy and repeatability Totallly sealed; maintenance-free Supplied with quick change top jaws TMCR (patented TOBLER system) that allows ...
Chuck with face driver for clamping shafts used for turning operations Transmission of high torque Accuracy: high concentricity Max. clamping diameter: 120 mm.
... of jaws Accuracy 0.01 mm on any jaws Internal and external clamping Use: turning, milling, grinding and other operations Used on our chucks TMAD and TMR o also on special chucks.
Gripping force: 4,000 N
The FT 02110 is a hand tightening chuck, manufactured bu Ftool®. Its chuck system features a size of 50 mm, and a corrosion-resistant design. The unit can be used for fixing with 4 x M8 with hole ...
Outer diameter: 55 mm - 160 mm
The DBF series is manufactured by Koch Maschinenbau GmbH & Co. KG. It is a hand tightening chuck, with a diameter range from 55 mm to 160 mm. The DBF is made from stainless steel, and has a flat and light design. Features ...
The chucks of this type are specifically designed for watchmakers lathes. They are particularly suitable for light and precise work with low clamping forces in individual production. The clamping of workpieces is done ...
Outer diameter: 160 mm - 250 mm
... flange blanks must always be fitted first to the machine and then to the chuck. Standard: DIN 702-4. Supplied with: 1 clamping wrench and fastening screws or studs depending on the chuck. Reversible jaws ...
Rotational speed: 0 rpm - 6,000 rpm
Gripping force: 0 kN - 57 kN
Outer diameter: 20 mm - 169 mm
... leading power chuck can be used with both hard and soft jaws. Chucks are manufactured from high grade alloy steel. Three jaw wedge style power chucks deliver up to 20% more speed, ...
Outer diameter: 800 mm
Automatic self-centering BIG THRU-BORE CHUCK with 3 concentric retractable jaws + 3 floating jaws with stiffening Use: Thread cutting of pipe ends. The machining cycle is as follows: the 3 external self-centering-retracted ...
Outer diameter: 160 mm - 550 mm
MD is an automatic indexing chuck with hydraulic clamping and indexing. It is not self-centering. ADVANTAGES • made in special high resistance hardened and cementing 60HRC steel UNI18NiCrMo5, to maintain a high degree ...
Gripping force: 16 kN - 98 kN
Outer diameter: 165 mm - 315 mm
... pneumatic chuck fixtures for indexing tables - Ø 165 - 315 mm - 2 and 3 jaws Application/customers benefit Self centering rotating chuck fixtures with a pneumatic manifold used on indexing tables, ...
Gripping force: 5,000 N
... Recommended tightening torque, manual chucks: 4 Nm. - Permitted torque for 25 mm holder: 10 Nm - Permitted torque for 30 mm holder: 25 Nm - Maximum flushing pressure: 15 bar* - Clamping force: 5 000 N *Manual chucks ...
Hardinge HQC Quick-Change collets can be changed from one size collet to another size in less than 20 seconds. More Uptime on Multi-Spindle Automatics The HQC System requires less draw bar force to adequately grip the bar, greatly ...
Outer diameter: 160 mm - 1,000 mm
... a minute, and jaw sets can be radially adjusted and reversed. The HG-N Chucks utilize SMW's original jaw design, and jaws can be used with other SMW Autoblok quick jaw change chucks such as the KNCS-N.
... ground forged scroll • Each scroll precisely balanced • Fully hardened and ground jaw teeth and guides • Each chuck is balanced • Chuck adapter plates require no machining
Outer diameter: 160 mm - 300 mm
INDEXING CHUCK WITH AUTOMATIC CLAMPING AND INDEXING – (8×45°) MDE is an automatic indexing chuck with hydraulic clamping and indexing. It is not self-centering. ADVANTAGES • made in special high ...
2-Jaw Self-Centering Scroll Chuck, Plain Back Body Material: Cast Iron Mounting Type: Plain Back Mounting Number Of Jaws: 2 Precision Class: Standard Accuracy Chuck Through Hole: YES Through Hole ...
easily mounted collet chucks for steel and rubber collets workpieces can be changed manually during operation economical application even for small series an all-around multi-purpose chuck of machine ...
The 2/3QLC wedge hook chuck is the universal clamping device for the contract lathe operator changing between 2- and 3-jaw chucks. It is used both for concentricity symmetrical as well ...
Rotational speed: 200 rpm
Complete ready-to-run heavy-duty 3" rotary chuck with X57-40M motor/controller for indexing parts for welding, laser, light lathe cutting, and many other applications. Order the 4.5:1 gear head for more ...
Properties and application: Cast iron lathe chuck Mounted on adapter plate The set includes: 1 set of external solid jaws, 1 set of internal solid jaws, key, mounting screws Used ...
Your suggestions for improvement:
Chucks are used to clamp either workpieces or tools in place for rotary operations. The two most common types are the drill chuck, used to hold drill bits, and the lathe chuck, used to hold workpieces for turning operations.Applications
Chucks are most often found in metalworking and woodworking applications to hold cutting tools such as drill bits, reamers and end-mills. Three-jaw and collet chucks are used to hold workpieces.Technologies
In general, a chuck is designed with a certain number of jaws that grip the workpiece or tool. The jaws can either be self-centering or independently adjusted. Some chucks use a key to tighten or loosen the jaws, while others are hand-operated or even pneumatically operated.How to choose
When selecting a chuck, be sure to determine technical specifications such as the diameter, rotational speed, clamping force and type of machinery on which it will be mounted.
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