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High-speed precision presses

Haulick + Roos ROS 500–1,600 kN

Precision high-speed stamping press with monoblock cast frame and full mass balancing

Haulick + Roos ROS precision high-speed stamping press
500–1,600 kN Nominal press force
≤ 1,050 1/min Stroke rate
1,000–2,000 mm Tool space (left to right)
≤ 120 mm Slide stroke
320–420 mm Die height (max.)

ⓘ Manufacturer data; Haulick + Roos ROS brochure and product page. Values may change and vary; not binding on Boztaş.

Why ROS 500–1,600 kN?

High stroke rates

Optimised moving masses; rotating and oscillating masses are balanced at every stroke length; up to 1,050 strokes per minute on the 500 and 630 kN sizes with 1,000 mm tool space.

Rigidity and precision

Monoblock frame in nodular cast iron, double connecting-rod drive with an eccentric shaft on four rolling bearings and wide con-rod spacing; KFS guide system and a slide guided to below the strip line.

Thermal stability and adjustment

Closed, large-volume oil circuit with cooling; the bolster serves as the oil tank; electric-motor slide adjustment; fine adjustment during operation and automatic stroke adjustment optional.

Variants

ROS 500 / 630

Tool space 1,000 or 1,250 mm; stroke 12–60 mm; 30–1,050 / 30–1,000 1/min; bolster depth 730 mm; 11,200–12,600 kg

Suited to: Stroke rates up to 1,050 1/min

ROS 800 / 1000

Tool space 1,000, 1,250 or 1,600 mm; stroke 11–120 mm; 30–950 to 30–750 1/min; bolster depth 890 mm; 17,400–21,500 kg

Suited to: Tool space up to 1,600 mm

ROS 1250 / 1600

Tool space 1,250, 1,600 or 2,000 mm; stroke 12–120 mm; 30–750 to 30–500 1/min; bolster depth 1,100 mm; 28,400–38,500 kg

Suited to: Tool space up to 2,000 mm, 1,600 kN

RS packageoption

Fixed-stroke design; no doors or panels in the tool area; vibration-sensitive components (encoder, motor etc.) on damped mounts; drive, feed and other units decoupled from the press; available on ROS and ROP with a close-fitting, safeguarded sound enclosure

Suited to: Parts with high cutting-shock load such as washers, chain link plates and rotor-stator laminations

Technical data

Columns to compare
FeatureROS 500ROS 630ROS 800ROS 1000ROS 1250ROS 1600
Press
Nominal press force 500 kN630 kN800 kN1,000 kN1,250 kN1,600 kN
Tool space, left to right (options) 1,000 / 1,250 mm1,000 / 1,250 mm1,000 / 1,250 / 1,600 mm1,000 / 1,250 / 1,600 mm1,250 / 1,600 / 2,000 mm1,250 / 1,600 / 2,000 mm
Slide stroke, fixed (max.) 60 mm60 mm120 mm120 mm120 mm120 mm
Slide stroke, adjustable 12–60 mm12–60 mm11–120 mm11–120 mm12–120 mm12–120 mm
Slide adjustment 60 mm60 mm80 mm80 mm100 mm100 mm
Speed
Stroke rate 30–1,050 / 30–1,000 1/min30–1,050 / 30–1,000 1/min30–950 / 30–950 / 30–800 1/min30–900 / 30–800 / 30–750 1/min30–750 / 30–700 / 30–550 1/min30–700 / 30–650 / 30–500 1/min
Bolster and tool space
Max. die height (stroke down, adjustment up) 320 mm320 mm360 mm360 mm420 mm420 mm
Bolster area (length × depth) 1,000 × 730 / 1,250 × 730 mm1,000 × 730 / 1,250 × 730 mm1,000 × 890 / 1,250 × 890 / 1,600 × 890 mm1,000 × 890 / 1,250 × 890 / 1,600 × 890 mm1,250 × 1,100 / 1,600 × 1,100 / 2,000 × 1,100 mm1,250 × 1,100 / 1,600 × 1,100 / 2,000 × 1,100 mm
Slide clamping area (length × depth) 1,000 × 450 / 1,250 × 450 mm1,000 × 450 / 1,250 × 450 mm1,000 × 550 / 1,250 × 550 / 1,600 × 550 mm1,000 × 550 / 1,250 × 550 / 1,600 × 550 mm1,250 × 700 / 1,600 × 700 / 2,000 × 700 mm1,250 × 700 / 1,600 × 700 / 2,000 × 700 mm
Passage between uprights 310 mm310 mm415 mm415 mm505 mm505 mm
Bolster opening (length × depth) 910 × 140 / 1,160 × 140 mm910 × 140 / 1,160 × 140 mm910 × 200 / 1,160 × 200 / 1,510 × 200 mm910 × 200 / 1,160 × 200 / 1,510 × 200 mm1,160 × 300 / 1,510 × 300 / 1,910 × 300 mm1,160 × 300 / 1,510 × 300 / 1,910 × 300 mm
Opening with split bolster plate, adjustable in depth 40–140 mm40–140 mm60–220 mm60–220 mm120–300 mm120–300 mm
Bolster plate height 100 mm100 mm125 mm125 mm150 mm150 mm
Design
Press frame Monoblock, nodular cast iron (GJS)Monoblock, nodular cast iron (GJS)Monoblock, nodular cast iron (GJS)Monoblock, nodular cast iron (GJS)Monoblock, nodular cast iron (GJS)Monoblock, nodular cast iron (GJS)
Drive train Double connecting rod, eccentric shaft on 4 rolling bearings, full-complement roller con-rod bearingsDouble connecting rod, eccentric shaft on 4 rolling bearings, full-complement roller con-rod bearingsDouble connecting rod, eccentric shaft on 4 rolling bearings, full-complement roller con-rod bearingsDouble connecting rod, eccentric shaft on 4 rolling bearings, full-complement roller con-rod bearingsDouble connecting rod, eccentric shaft on 4 rolling bearings, full-complement roller con-rod bearingsDouble connecting rod, eccentric shaft on 4 rolling bearings, full-complement roller con-rod bearings
Mass balancing Rotating and oscillating masses (full balancing)Rotating and oscillating masses (full balancing)Rotating and oscillating masses (full balancing)Rotating and oscillating masses (full balancing)Rotating and oscillating masses (full balancing)Rotating and oscillating masses (full balancing)
Guide system KFS (slide guide + plunger guides in the frame); slide guided to below the strip lineKFS (slide guide + plunger guides in the frame); slide guided to below the strip lineKFS (slide guide + plunger guides in the frame); slide guided to below the strip lineKFS (slide guide + plunger guides in the frame); slide guided to below the strip lineKFS (slide guide + plunger guides in the frame); slide guided to below the strip lineKFS (slide guide + plunger guides in the frame); slide guided to below the strip line
Slide and stroke adjustment Electric-motor slide adjustment; quick tool release and fine adjustment during operation, automatic stroke adjustment and hydraulic clamping of the adjusting spindle optionalElectric-motor slide adjustment; quick tool release and fine adjustment during operation, automatic stroke adjustment and hydraulic clamping of the adjusting spindle optionalElectric-motor slide adjustment; quick tool release and fine adjustment during operation, automatic stroke adjustment and hydraulic clamping of the adjusting spindle optionalElectric-motor slide adjustment; quick tool release and fine adjustment during operation, automatic stroke adjustment and hydraulic clamping of the adjusting spindle optionalElectric-motor slide adjustment; quick tool release and fine adjustment during operation, automatic stroke adjustment and hydraulic clamping of the adjusting spindle optionalElectric-motor slide adjustment; quick tool release and fine adjustment during operation, automatic stroke adjustment and hydraulic clamping of the adjusting spindle optional
Control
Control PLC control; 15-inch colour touch display on an industrial PC; integrated process monitoringPLC control; 15-inch colour touch display on an industrial PC; integrated process monitoringPLC control; 15-inch colour touch display on an industrial PC; integrated process monitoringPLC control; 15-inch colour touch display on an industrial PC; integrated process monitoringPLC control; 15-inch colour touch display on an industrial PC; integrated process monitoringPLC control; 15-inch colour touch display on an industrial PC; integrated process monitoring
Connections
Required air pressure 6 bar6 bar6 bar6 bar6 bar6 bar
Dimensions and weight
Weight without feed (approx.) 11,200 / 12,400 kg11,400 / 12,600 kg17,400 / 19,300 / 21,100 kg17,800 / 19,700 / 21,500 kg28,400 / 33,700 / 37,500 kg30,000 / 35,000 / 38,500 kg

Manufacturer data; Haulick + Roos ROS brochure and product page. Multiple values are listed left to right by tool-space option (e.g. ROS 800: 1,000 / 1,250 / 1,600 mm). The model name gives force and tool space: ROS 1000-1600 = 1,000 kN, 1,600 mm. The manufacturer's general presentation gives its high-speed presses as 250–1,600 kN; the ROS brochure lists the 500–1,600 kN sizes. Technical changes reserved by the manufacturer.

Processes that can be combined on this machine

  • Stamping
  • Cutting
  • Bending
  • Coining

Typical workpieces

  • Electric motor laminations, rotor and stator laminations (Elektrobleche, Rotor-Stator-Bleche)
  • Parts for electric mobility (Teile für die Elektromobilität)
  • Washers (Unterlegscheiben)
  • Chain link plates (Kettenlaschen)

Related industries: AutomotiveMachine BuildingElectricalElectronics and ConnectorsDomestic AppliancesMedical

Frequently asked questions

What is the difference between the ROS and the ROP?

The ROS is a high-speed stamping press: at the same size it reaches higher stroke rates (e.g. 500 kN with 1,000 mm tool space: ROS 30–1,050, ROP 30–400 1/min) and balances oscillating as well as rotating masses. The ROP is a precision stamping and forming press with an optional FSD servo drive; the ROS brochure lists no servo drive.

Which tool spaces are available?

The tool space is 1,000 or 1,250 mm on the 500 and 630 kN sizes, 1,000, 1,250 or 1,600 mm on the 800 and 1,000 kN sizes, and 1,250, 1,600 or 2,000 mm on the 1,250 and 1,600 kN sizes. The stroke rate falls as the tool space grows (e.g. ROS 1600: 30–700 / 30–650 / 30–500 1/min).

What is offered for parts with high cutting-shock load?

For parts such as washers, chain link plates and rotor-stator laminations the manufacturer offers the RS package on the ROS and ROP series: fixed-stroke design, damped mounting of sensitive components, units decoupled from the press and a sound enclosure.

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