Overview- Type: Hydraulic presses
- Press capacity: 300-20,000 kN
- Application: Die testing, tryout, and production start-up
Description
The PTS2 series is engineered for prototype production, die set-up, and modification tasks, including drawing, bending, and punching. The DSP series is optimized for die spotting, featuring a mechanical micro inching system with an accuracy of 0.05 mm.
Technical SpecificationsDSP Series Models:- DSP-30: 300 kN capacity, 1,700 mm slide stroke, 2,200 mm daylight, 340 mm working height, 3,000 x 2,000 mm bolster and slide dimensions.
- DSP-50: 500 kN capacity, 1,700 mm slide stroke, 2,200 mm daylight, 340 mm working height, 3,000 x 2,000 mm bolster and slide dimensions.
- DSP-100: 1,000 kN capacity, 1,900 mm slide stroke, 2,500 mm daylight, 340 mm working height, 4,000 x 2,500 mm bolster and slide dimensions.
- DSP-200: 2,000 kN capacity, 1,900 mm slide stroke, 2,500 mm daylight, 340 mm working height, 4,500 x 2,500 mm bolster and slide dimensions.
PTS2 Series Models:- PTS2-500: 5,000 kN capacity, 1,500 mm slide stroke, 2,000 mm daylight, 700 mm working height, 3,000 x 2,000 mm bolster and slide dimensions.
- PTS2-600: 6,000 kN capacity, 1,500 mm slide stroke, 2,000 mm daylight, 700 mm working height, 3,000 x 2,000 mm bolster and slide dimensions.
- PTS2-800: 8,000 kN capacity, 1,500 mm slide stroke, 2,000 mm daylight, 700 mm working height, 3,000 x 2,000 mm bolster and slide dimensions.
- PTS2-1000: 10,000 kN capacity, 1,700 mm slide stroke, 2,200 mm daylight, 750 mm working height, 4,000 x 2,500 mm bolster and slide dimensions.
- PTS2-1200: 12,000 kN capacity, 1,700 mm slide stroke, 2,200 mm daylight, 750 mm working height, 4,000 x 2,500 mm bolster and slide dimensions.
- PTS2-1500: 15,000 kN capacity, 1,900 mm slide stroke, 2,500 mm daylight, 850 mm working height, 4,000 x 2,500 mm bolster and slide dimensions.
- PTS2-2000: 20,000 kN capacity, 2,000 mm slide stroke, 2,500 mm daylight, 900 mm working height, 4,500 x 2,500 mm bolster and slide dimensions.
Additional Information
All specifications are subject to technical modifications.
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