SWA39

SWA39 – Quick-change complete system for tactile and optical measuring

  • With stops for accurate repositioning of test parts
  • With scales for exact reproduction of complete fixtures
  • For tactile, optical and multi-sensorial measuring
  • Basis for fixturing systems for computer tomography

Unique, high-quality and reliable – dk SWA 39 modular system for fixating technology:

  • A huge selection of basic, structural, adjustment and clamping elements with standardised interfaces
  • Individual elements and entire fixtures can be changed quickly
  • Positive fixating with a high reference accuracy as a base for zero-point fixture clamping
  • Highest quality for maximum service life

The result:

  • Quick, simple, workpiece and process-oriented positioning and clamping
  • Rapid conversion to new workpieces and processes
  • Possibility of workpiece setups outside of the machine during measuring process
  • Disassemble and reassemble entirely new or exactly the same fixtures countless times
  • An alternative to classic, inflexible, single-use fixture constructions

Quick-action rotary and pivot unit clamp

SWA 39 quick-action pivot and rotating clamp Pivot range +90° / -55°. A worm gear drives the pivot. Infinite rotation through 360° or indexed every 90°. Indexing function can be removed. Angular adjustment with a scale accurate to 2°. Knurled screw lock. Mounted on an SWA 39 quick-change adapter.

Set C:

Set “C” with basic, structural and a range of clamping elements in various sizes. The 50 mm precision vice with a range of accessories, 80 mm vice, 65 mm and 100 mm chucks, small-parts clamp and V-block with stop and U-clamp can be mounted directly to the quick-action basic clamp as a kind of zero-point clamping fixture. Alternatively, a 3D adjustment unit can be mounted in between enabling 3D spatial positioning of the clamping element and workpiece. This enables zero-point clamping with variable, spatial alignment for a variety of workpiece geometries and sizes.

Nadelfix:

Workpieces with complicated free-form geometries for which no conventional clamping equipment exists can be securely and reproducibly fixated and held with NADELFIX. Parts to be tested are pressed into a bed of individually sprung pins or needles which are then locked in place by a central clamp. This rapidly produced exact negative form of the test piece perfectly holds the part in place with minimum clamping force using e.g. a spring finger. There is no surface damage, as with normal vices, nor are there unreliable, improvised fixations.