Hexagonal - Import export

hexagonal workbench with worktop in beech multiplex 40mm, 6x drawer cabinets R 18-24 each with 5 x drawers 2x 100, 2x 150, 1x 200 mm, drawers with full extension 100%, load capacity 100 kg 6x steel sheets without energy ramp WxDxH 2500x2165x859 mm

We are experts in deep-drawn parts made of stainless steel, deep-drawn parts made of aluminium and other non-ferrous metals (including brass, copper and nickel silver). To produce your perfect component, we also have the option of using carbon steel, special nickel alloys (e.g. Inconel®), but also soft magnetic materials. Each material has specific properties that need to be taken into account in the forming process. We manufacture deep-drawn parts with a diameter of 2 to 80 mm and a length of up to 120 mm. We process material thicknesses from 0.05 to 2.50 mm.Pharmaceutical and medical technology, industry, consumer and automotive: we are primarily active in these fast-growing sectors. We are not only specialists in deep drawing, but also know the industrial requirements and process chains. Depending on your requirements, we complement deep-drawing with numerous secondary finishing processes up to fully automated assembly systems.

Particularly suitable for small screwing tools 4 torque range from ± 0 - 0,5 Nm to ± 0 - 5 Nm digital output Square drive or hexagon drive No service needed because of contactless data acquisition High accuracy due to frequency modulation and strain gage technology reduced power consumption High noise immunity due to digital signal very compact design Automotive industry Test benches Assembly applications Pulsed tools

Screw plug for the secure sealing of unused threaded or clearence holes. Features: — Temperature range depends on the material of the o-ring VMQ: -55 °C / + 120 °C EPDM: -40 °C / + 120 °C NBR: -40 °C / + 100 °C — Protection grade IP66 / IP68 - 10 bar (6h) / IP69K

Screw plug for the secure sealing of unused threaded or clearence holes. Features: — Temperature range -40 °C / + 100 °C — Protection grade IP66 / IP68 - 5 bar — Test Standard UL 514B

wege® - the flexible cable gland system in brass, stainless steel and plastic. material: brass nickel-plated, o-ring: NBR-Oz, protection class: IP768, range of temperature: -40 °C to +140 °C, thread: M12-M40, PG9-PG36

wege® - the flexible cable gland system in brass, stainless steel and plastic. material: stainless steel AISI 303, o-ring: NBR-Oz, protection class: IP66/IP68 - 5 bar/IP69k, range of temperature: -40 °C to +140 °C, thread: M12-M63

wege® - the flexible cable gland system in brass, stainless steel and plastic. material: brass nickel-plated, o-ring: NBR-Oz, protection class: IP66/IP68 - 5 bar/IP69k, range of temperature: -40 °C to +140 °C, thread: M12-M63

wege® - the flexible cable gland system in brass, stainless steel and plastic. material: brass nickel-plated, o-ring: NBR-Oz, approved thourgh: CIMFR, safety requirements: IS/IEC 60079-0:2004, 60079-1:2007, 60529:2001, for using in: gas group IIC zone 1 & 2, Ex d - IIC, protection class: IP66/IP68 - 5 bar/IP69k, range of temperature: -40 °C to +140 °C, thread: M12-M40

wege® - the flexible cable gland system in brass, stainless steel and plastic. material: stainless steel AISI 316 Ti, o-ring: NBR-Oz, protection class: IP66/IP68 - 5 bar/IP69k, range of temperature: -40 °C to +140 °C, thread: M12-M63

wege® - the flexible cable gland system in brass, stainless steel and plastic. material: brass nickel-plated, o-ring: NBR-Oz, protection class: IP68, range of temperatur: -40 °C to +140 °C, thread: M12-63

wege® - the flexible cable gland system in brass, stainless steel and plastic. material: brass nickel-plated, sealing ring: see data sheet, protection class: IP54, range of temperature: see data sheet, connection thread: M12 - M63, PG 7 - PG 48, G"

With our hexagonal clamping heads you get up to 25 % more clamping force and higher output with the same clamping cylinder actuating force that is used to actuate our SPANNTOP chucks. The pyramid arrangement of glide surfaces makes it possible. In addition the hexagonal geometry ensures that TOPlus is more resistant to contamination than former clamping head / chuck systems. Therefore, TOPlus is even better suited for raw material, cast and forged parts, as well as fine-particle non-ferrous metals such as brass. With a concentric precision of ≤ 0.005 mm!

With our hexagonal clamping heads you get up to 25 % more clamping force and higher output with the same clamping cylinder actuating force that is used to actuate our SPANNTOP chucks. The pyramid arrangement of glide surfaces makes it possible. In addition the hexagonal geometry ensures that TOPlus is more resistant to contamination than former clamping head / chuck systems. Therefore, TOPlus is even better suited for raw material, cast and forged parts, as well as fine-particle non-ferrous metals such as brass. With a concentric precision of ≤ 0.005 mm!