Properties and application:
- Precision modular vises FPZ are widely used on milling machines, grinding machines, electroerosion machines and CNC machining centers
- Made of high-quality alloy steel
- Permissible deviation of the height of base ±0,01 mm allows to use several vises simultaneously
- When replacing the jaws, remachining of the working surfaces connected to the vise is necessary in order to acquire accuracy parameters specified in the techninal documentation
- Perfect solution for various applications
- Alternative for single and double vises
- Module no. III sold separately
Specifications:
Model | S [mm] | h [mm] | L [mm] | H [mm] | H1 [mm] | A [mm] | L1 [mm] | d [mm] | Weight [kg] |
---|---|---|---|---|---|---|---|---|---|
FPZ 100 - I | 100 | 30 | 140 | 63 | 35±0,01 | 75 | - | 16 | 3,40 |
FPZ 100 - II | 78 | 3,30 | |||||||
FPZ 100 - III | - | 5,20 | |||||||
FPZ 125 - I | 125 | 40 | 160 | 78 | 40±0,01 | 95 | - | 16 | 6,30 |
FPZ 125 - II | 78 | 5,80 | |||||||
FPZ 125 - III | - | 8,30 | |||||||
FPZ 150 - I | 150 | 50 | 230 | 98 | 50±0,01 | 125 | - | 16 | 14,2 |
FPZ 150 - II | 90 | 12,6 | |||||||
FPZ 150 - III | - | 16,5 | |||||||
FPZ 175 - I | 175 | 60 | 240 | 117 | 58±0,01 | 145 | - | 16 | 20,8 |
FPZ 175 - II | 98 | 17,8 | |||||||
FPZ 175 - III | - | 22,9 | |||||||
FPZ 200 - I | 200 | 65 | 300 | 133 | 70±0,01 | 170 | - | 16 | 29,8 |
FPZ 200 - II | 112 | 30,0 | |||||||
FPZ 200 - III | - | 37,3 |
Accuracy parameters:
Set includes:
- Crank - 1 pc
- Mounting clamp - 6 pcs (2 pcs with every module)
- Alignment keys - 2 pcs
- Hex key - 1 pc
- Work stop - 1 pc
Mounting examples:
Modular DARMET vises allow ideal mounting of even large workpieces that require the heaviest machining using the machine table as the surface. | |
Modular vises constitute an ideal solution for various applications and a perfect complement or alternative for single or double-action vises. Hardened and ground steel construction allows maximum machining performance with:
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Modular elements are standard vise elements: movable and fixed section, which results in complete independence and increased versatility of use. Modular construction provides possibility of wide variety of setups and solutions. |