EMO Hannover 2019, 16 - 21 September

    EMO Hannover 2019, 16 - 21 September
    Logo FRESMAK

    FRESMAK

    INNOVATION is not an option is OUR ATTITUDE since 1967

    Logo FRESMAK
    Exhibition stand
    Hall 3, Stand E58
    Open Exhibition Grounds map

    Company Data

    Fresmak S.A.

    Araba Kalea, 45
    Apartado 7
    20800 Zarautz (Guipuzcoa)
    Spain
    Send E-mail
    Fax: +34943830225

    Contact(s)

    Ms. Vanessa Olaneta
    Journalist contact
    Send E-mail
    Phone: +34 943834250
    Fax: +34 943830225

    Facts

    Year founded
    1967

    No. of employees
    11-50 (Status: 2017)

    Social Networks

    Company profile

    Fresmak is the original inventor of the high pressure clamping system, and has been producing and marketing workholding systems under the brand name "Arnold" since 1967. Continuous product development and advanced manufacturing methods have made Fresmak one of the leading manufacturers of workholding products for milling machines and machining centers. Today Arnold vises are exported worldwide to over 50 countries.

    Innovation is not an option is our attitude!

    Products

    Expanding mandrel - Block-SC Pneumatic

    Pneumatic static blocks reach a pressure between 8 KN and 20 KN with an infeed power of 6 bar Stroke range of 6 and 8mm - Double effect actioning - Repeatability accuracy of 0.020 mm - Long guides - All basic components are hardened - Basic surfaces are ground - Entirely compact and fully protected ...read more

    Expanding mandrel - Block-SC Hydraulic

    Hydraulic static blocks reach a pressure between 16 KN and 40 KN with an infeed power of 120 bar Stroke range of 6 and 8mm - Double effect actinoning - Repeatability accuracy of 0.020 mm - Long guides - All basic components are hardened - Basic surfaces are ground - Entirely compact and fully ...read more

    Machine vice - Arnold Durmak Mechanical with pressetting

    High Pressure ARNOLD MB2 vices are the most flexible vices. They also maintain their constant length irrespective of the size of the workpiece. - Accuracy of 0.01 mm in clamping repeatability. - May be clamped to the table either by the four standard clamps supplied or by using four screws within the ...read more

    Machine vice - Arnold MB2 Mechanical with pressetting

    High Pressure ARNOLD MB2 vices are the most flexible vices. They also maintain their constant length irrespective of the size of the workpiece. - Accuracy of 0.01 mm in clamping repeatability. - May be clamped to the table either by the four standard clamps supplied or by using four screws within the ...read more

    Machine vice - Arnold 5X Mechanical with pressetting

    High Pressure ARNOLD 5X, are fitted with a clamp as far away as possible form the body and therefore the machine bench. - Accuracy of 0.01 mm in clamping repeatability. - Designed in two sizes M and L with an adjustable force of up to 30 kN in the uppermost part. - Essential for highly specialized machining ...read more

    Machine vice - Arnold Mat Mechanical with presetting

    High pressure ARNOLD MAT vices maintain their length irrespective of the size of the part, for which they are especially ideal for machining centres (vertical and horizontal). - Accuracy of 0.01 mm in clamping repeatability. - Monoblock design avoids deformations due to high pressure and offers great ...read more

    Machine vice - Arnold Mat Hidraúlica con regulador

    High pressure ARNOLD MAT vices maintain their length irrespective of the size of the part, for which they are especially ideal for machining centres (vertical and horizontal). - Accuracy of 0.01 mm in clamping repeatability. - Monoblock design avoids deformations due to high pressure and offers great ...read more

    Machine vice - Arnold Mechanical with presetting

    High pressure ARNOLD CLASSIC vices achieve a clamping force of up to 80 kN. - Accuracy of 0.01 mm in clamping repeatability. - Monoblock design avoids deformations due to high pressure and offers great rigidity and robustness. - The force applied by the high pressure spindle is transmitted to the work-piece ...read more

    Machine vice - Arnold Classic Hydraulic with presetting

    High pressure ARNOLD CLASSIC vices achieve a clamping force of up to 80 kN. - Accuracy of 0.01 mm in clamping repeatability. - Monoblock design avoids deformations due to high pressure and offers great rigidity and robustness. - The force applied by the high pressure spindle is transmitted to the work-piece ...read more

    Machine vice - Arnold Mat Mechanical

    High pressure ARNOLD MAT vices maintain their length irrespective of the size of the part, for which they are especially ideal for machining centres (vertical and horizontal). - Accuracy of 0.01 mm in clamping repeatability. - Monoblock design avoids deformations due to high pressure and offers great ...read more

    Machine vice - Arnold Classic Mechanical

    High pressure ARNOLD CLASSIC vices achieve a clamping force of up to 80 kN. - Accuracy of 0.01 mm in clamping repeatability. - Monoblock design avoids deformations due to high pressure and offers great rigidity and robustness. - The force applied by the high pressure spindle is transmitted to the work-piece ...read more

    Other clamping device - Arnold Durmak Mechanical

    High Pressure ARNOLD MB2 vices are the most flexible vices. They also maintain their constant length irrespective of the size of the workpiece. - Accuracy of 0.01 mm in clamping repeatability. - May be clamped to the table either by the four standard clamps supplied or by using four screws within ...read more

    Other clamping device - Arnold MB2 Mechanical

    High Pressure ARNOLD MB2 vices are the most flexible vices. They also maintain their constant length irrespective of the size of the workpiece. - Accuracy of 0.01 mm in clamping repeatability. - May be clamped to the table either by the four standard clamps supplied or by using four screws within ...read more

    Other clamping device - Arnold SC 5X

    ARNOLD SC vices are compact, high and self-centring and maintain constant length. - Accuracy of 0,01 mm in clamping repeatability. - Accuracy 0,02 mm in centring. - Designed to work on machining centres with small tables, as well as, within 5 controlled axes machining centres. - Compact design with ...read more

    Expanding mandrel - Arnold SC Vice Self-Centring

    ARNOLD SC vices are compact, high and self-centring and maintain constant length. - Accuracy of 0,01 mm in clamping repeatability. - Accuracy 0,02 mm in centring. - Designed to work on machining centres with small tables, as well as, within 5 controlled axes machining centres. - Compact design with ...read more

    Expanding mandrel - Arnold 5X Mechanical

    High Pressure ARNOLD 5X, are fitted with a clamp as far away as possible form the body and therefore the machine bench. - Accuracy of 0.01 mm in clamping repeatability. - Designed in two sizes M and L with an adjustable force of up to 30 kN in the uppermost part. - Essential for highly specialized ...read more

    Other clamping device - Arnold Twin hydraulic

    High pressure ARNOLD TWIN vices are capable of clamping two pieces simultaneously. - Accuracy of 0.01 mm in clamping repeatability. - Suitable for working in horizontal and vertical machining centres. - Grinding of all surfaces with a parallelism and perpendicularity of 0.02 mm. - Possible working ...read more

    Other clamping device - Arnold Mat Hydraulic

    High pressure ARNOLD MAT vices maintain their length irrespective of the size of the part, for which they are especially ideal for machining centers (vertical and horizontal). - Accuracy of 0.01 mm in clamping repeatability. - Monoblock design avoids deformations due to high pressure and offers great ...read more

    Other clamping device - ARNOLD CLASSIC Hydraulic

    High pressure ARNOLD CLASSIC vices achieve a clamping force of up to 80 kN. - Accuracy of 0.01 mm in clamping repeatability. - Monoblock design avoids deformations due to high pressure and offers great rigidity and robustness. - The force applied by the high pressure spindle is transmitted to the work-piece ...read more

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