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Magnetic chucks
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Permanent magnetic chuck / sine table / for machining centers / for grinding
Chucks are widely used holding tools especially in the metal working industry. The most common types work on the principle of magnetism where the magnetism is, depending on the type, created by permanent magnets,...
Permanent magnetic chuck / sine table / for machining centers / for grinding
Chucks are widely used holding tools especially in the metal working industry. The most common types work on the principle of magnetism where the magnetism is, depending on the type, created by permanent magnets, electromagnets or a combination of both. The use of magnetic chucks for holding pieces of work made of ferromagnetic materials has many advantages over more
conventional clamping methods. Rapid work positioning since the chuck is simply switched on and off by means of a single handle. Besides the fixed handle, all of
Bakker Magnetics permanent magnetic chucks can be supplied with a detachable handle using an allen key. The ability to switch the magnetic force on and off allows work to be positioned easily and accurately, the choice of the type of chuck being largely determined by the shape and size of the piece of work.
conventional clamping methods. Rapid work positioning since the chuck is simply switched on and off by means of a single handle. Besides the fixed handle, all of
Bakker Magnetics permanent magnetic chucks can be supplied with a detachable handle using an allen key. The ability to switch the magnetic force on and off allows work to be positioned easily and accurately, the choice of the type of chuck being largely determined by the shape and size of the piece of work.
Neodymium permanent magnet magnetic chuck / sine table - max. 70 N/cm² | BM 68 series
These types of permanent magnetic chuck have an ultrafine
pole distribution - pitch pole distribution. They have
a very low height (40 mm) which means there is the
possibility of clamping taller pieces of work than with
the conventional types as well as allowing a wider selection
of machines to...
pole distribution - pitch pole distribution. They have
a very low height (40 mm) which means there is the
possibility of clamping taller pieces of work than with
the conventional types as well as allowing a wider selection
of machines to...
Neodymium permanent magnet magnetic chuck / sine table - max. 70 N/cm² | BM 68 series
These types of permanent magnetic chuck have an ultrafine
pole distribution - pitch pole distribution. They have
a very low height (40 mm) which means there is the
possibility of clamping taller pieces of work than with
the conventional types as well as allowing a wider selection
of machines to be used. Because of the ultra-fine
pole distribution, 1.5 mm in steel and 0.8 mm in brass,
there is the possibility to clamp very thin and small pieces
of work. Machining the top plate is possible to a depth
of 5 mm. As the magnetic field does not exceed 10 mm,
unwanted magnetisation of the piece of work is avoided.
The robust construction of the housing guarantees a long
and maintenance-free life.
The material used in the magnet system is the revolutionary
Neodymium. This is the most powerful magnetic
material available at the moment. The maximum clamping
force is 70 N/cm2. They can be attached to processing
machines by clamping plates. On request, BM sine
tables with pitch pole distribution for the top plates can
also be supplied. Chucks of this type are supplied with
2 end stops. All types are supplied with a separate allen
key for operating the switching mechanism.
pole distribution - pitch pole distribution. They have
a very low height (40 mm) which means there is the
possibility of clamping taller pieces of work than with
the conventional types as well as allowing a wider selection
of machines to be used. Because of the ultra-fine
pole distribution, 1.5 mm in steel and 0.8 mm in brass,
there is the possibility to clamp very thin and small pieces
of work. Machining the top plate is possible to a depth
of 5 mm. As the magnetic field does not exceed 10 mm,
unwanted magnetisation of the piece of work is avoided.
The robust construction of the housing guarantees a long
and maintenance-free life.
The material used in the magnet system is the revolutionary
Neodymium. This is the most powerful magnetic
material available at the moment. The maximum clamping
force is 70 N/cm2. They can be attached to processing
machines by clamping plates. On request, BM sine
tables with pitch pole distribution for the top plates can
also be supplied. Chucks of this type are supplied with
2 end stops. All types are supplied with a separate allen
key for operating the switching mechanism.
Neodymium permanent magnet magnetic chuck / sine table - BM 64 series
These precision sine tables are especially suitable for
very accurate grinding operations of pieces of work with
non-parallel faces. The angles...
very accurate grinding operations of pieces of work with
non-parallel faces. The angles...
Neodymium permanent magnet magnetic chuck / sine table - BM 64 series
These precision sine tables are especially suitable for
very accurate grinding operations of pieces of work with
non-parallel faces. The angles can be set with the aid of
the end guides. Because of their low height (77 mm),
these types of sine table are usable in a wide range of
applications. Their robust construction guarantees a very
long, maintenance-free life. The technical data for the
chucks is identical to that for BM chucks from the series
BM 68.001 to BM 68.210 inclusive. The sine tables are
supplied with a sine chart and 2 end stops.
very accurate grinding operations of pieces of work with
non-parallel faces. The angles can be set with the aid of
the end guides. Because of their low height (77 mm),
these types of sine table are usable in a wide range of
applications. Their robust construction guarantees a very
long, maintenance-free life. The technical data for the
chucks is identical to that for BM chucks from the series
BM 68.001 to BM 68.210 inclusive. The sine tables are
supplied with a sine chart and 2 end stops.
Circular magnetic chuck / for grinding / for machining centers - max. 120 N/cm² | BM 63 series
These types of chucks exert a high and even clamping force over the entire surface area. They are often used on lathes, grinders, drafting and separation tables. Positioning the piece of work is simplified by...
Circular magnetic chuck / for grinding / for machining centers - max. 120 N/cm² | BM 63 series
These types of chucks exert a high and even clamping force over the entire surface area. They are often used on lathes, grinders, drafting and separation tables. Positioning the piece of work is simplified by the concentric grooves in the top plate. If required, the chucks can be equipped with alignment edges, centering holes, guide profiles and travelling pins. Holes of 20 mm in steel and 6 mm in brass may be bored in the top plate without affecting the magnetic force. The pole distribution is 8 mm in steel and 5 mm in brass with the exception of type BM 63.101 which has a pole distribution of 6 mm in steel and 5 mm in brass. Types BM 63.201 to BM 63.205 inclusive have 4 x M8 threaded holes, the other types have 6 x M10 threaded holes. The clamping force is continuously variable from zero to a maximum of 120 N/cm2.
Circular magnetic chuck - max. 80 N/cm² | BM 63 series
These types, with fine pole distribution, are especially
suitable for clamping small and thin pieces of work.
Positioning the work is simplified by the concentric
grooves...
suitable for clamping small and thin pieces of work.
Positioning the work is simplified by the concentric
grooves...
Circular magnetic chuck - max. 80 N/cm² | BM 63 series
These types, with fine pole distribution, are especially
suitable for clamping small and thin pieces of work.
Positioning the work is simplified by the concentric
grooves in the top plate. If required, the chucks can be
equipped with alignment edges, centering holes, guide
profiles and travelling pins. Holes of 20 mm in steel and
6 mm in brass may be bored in the top plate without
affecting the magnetic force. These chucks have a
switching zone and a maximum clamping force of
80 N/cm2. The pole distribution is 4 mm in steel, 1.5 mm
in brass, 2 mm in steel, 1.5 mm in brass. Type BM 63.001
has 3 x M4 threaded holes, type BM 63.002 4 x M6
threaded holes.
suitable for clamping small and thin pieces of work.
Positioning the work is simplified by the concentric
grooves in the top plate. If required, the chucks can be
equipped with alignment edges, centering holes, guide
profiles and travelling pins. Holes of 20 mm in steel and
6 mm in brass may be bored in the top plate without
affecting the magnetic force. These chucks have a
switching zone and a maximum clamping force of
80 N/cm2. The pole distribution is 4 mm in steel, 1.5 mm
in brass, 2 mm in steel, 1.5 mm in brass. Type BM 63.001
has 3 x M4 threaded holes, type BM 63.002 4 x M6
threaded holes.
Grinding magnetic chuck
In Stock, Ready to Ship Your regrind operation runs an extra risk of tramp metal contamination.
Now you can protect it easily and economically...
Now you can protect it easily and economically...
Grinding magnetic chuck
In Stock, Ready to Ship Your regrind operation runs an extra risk of tramp metal contamination.
Now you can protect it easily and economically...
Now you can protect it easily and economically...
Grinding magnetic chuck - GPM80xx series
Your regrind operation runs an extra risk of tramp metal contamination. Now you can protect it easily and economically with...
Grinding magnetic chuck - GPM80xx series
Your regrind operation runs an extra risk of tramp metal contamination. Now you can protect it easily and economically with...
High-temperature magnetic chuck / for press - max. 240 °C | M-TECS
Magnetic clamping plates for different sectors of industry as e.g. for thermoplastics, elastomers, duroplastics, polyurethane, pressure...
High-temperature magnetic chuck / for press - max. 240 °C | M-TECS
Magnetic clamping plates for different sectors of industry as e.g. for thermoplastics, elastomers, duroplastics, polyurethane, pressure die casting, metal forming and milling appications.
The magnetic clamping systems or clamping plates have been especially designed for injection moulding machines, rubber presses, die casting machines, mould carrier, presses for metal forming and milling machines.
All non-standard die moulds can be replaced quickly and easily without making any changes, because the standardization of dies
The magnetic clamping systems or clamping plates have been especially designed for injection moulding machines, rubber presses, die casting machines, mould carrier, presses for metal forming and milling machines.
All non-standard die moulds can be replaced quickly and easily without making any changes, because the standardization of dies
Magnetic chuck - max. 130 °C | M-TECS 130-K
strong double magnetic technology
long pole concentration effect with high force density (also smallest dies/moulds...
long pole concentration effect with high force density (also smallest dies/moulds...
Magnetic chuck - max. 130 °C | M-TECS 130-K
strong double magnetic technology
long pole concentration effect with high force density (also smallest dies/moulds can be safely clamped with this technology)
with position monitoring and reporting of die/mould movement
with temperature monitoring
clamping system corresponds to the requirements of EN 201
service-friendly LED status display and the last 200 commands
Options: with force sensor, RS 485 or BUS Interface
long pole concentration effect with high force density (also smallest dies/moulds can be safely clamped with this technology)
with position monitoring and reporting of die/mould movement
with temperature monitoring
clamping system corresponds to the requirements of EN 201
service-friendly LED status display and the last 200 commands
Options: with force sensor, RS 485 or BUS Interface
Magnetic chuck - 240 °C | M-TECS 240-D
All characteristics as described above!
The cable guides for die casting machines are especially protected
The clamping plates are equipped with the ability to adjust the nozzles
The cable guides for die casting machines are especially protected
The clamping plates are equipped with the ability to adjust the nozzles
Magnetic chuck - 80 °C | M-TECS 80-B
Based on the M-TECS technology, here is a special square pole techology is used
special arrangement...
special arrangement...
Magnetic chuck - 80 °C | M-TECS 80-B
Based on the M-TECS technology, here is a special square pole techology is used
special arrangement of the poles for metal forming machines
neutral centre area for the removal of punching waste
high side loads can be safely compensated
special protection against impact shocks and vibration
with integrated ball / roller bars
with centring possibilities
special arrangement of the poles for metal forming machines
neutral centre area for the removal of punching waste
high side loads can be safely compensated
special protection against impact shocks and vibration
with integrated ball / roller bars
with centring possibilities
Magnetic chuck - max. 80 °C | M-TECS 80-F
homogeneous and uniform clamping surface
clamping system corresponds to increased safety requirements...
clamping system corresponds to increased safety requirements...
Magnetic chuck - max. 80 °C | M-TECS 80-F
homogeneous and uniform clamping surface
clamping system corresponds to increased safety requirements for vertical arrangement with additional signals to the standards interface
special arrangement of the poles for mould carriers
side loads can be safely compensated
special protection against vibration
with integrated ball / roller bars
with centring possibilities
clamping system corresponds to increased safety requirements for vertical arrangement with additional signals to the standards interface
special arrangement of the poles for mould carriers
side loads can be safely compensated
special protection against vibration
with integrated ball / roller bars
with centring possibilities