Forming machinery

Sectional Flight Forming Machine Range

Compare HP100, HP140, HP150, HP180 and HP850B hydraulic sectional flight forming machines using the HP Series catalogue specifications.

Engineering fit

Built around the dimensions, material and production target that matter

Compare five HP hydraulic pressing machine configurations for individual sectional spiral blade blanks.

Use the stated range as a practical starting point. We confirm the final configuration against your drawing, material and operating conditions.

Discuss this product

Compact hydraulic press station for small sectional spiral blades

Typical uses

Sectional screw flights
Replacement flight segments
Custom spiral blade production
Heavy sectional forming

Product data

Product Specifications

Parameter	Specification
Models	HP100, HP140, HP150, HP180 and HP850B
Forming route	Hydraulic pressing of individual sectional flight blanks
Catalogue maximum thickness	12–50 mm depending on model; combined working range requires drawing review
Hydraulic cylinder	20–240 t depending on model
Catalogue pressure	20 MPa
Tooling input	Blank drawing plus finished OD, ID, pitch, thickness, material and hand
Final scope	Machine, controls, tooling and accessories confirmed in the approved quotation

Workshop reference

Product and process views

Control panel for a small sectional flight forming machine

Model comparison

Model	Max thickness	Min ID	Max OD	Max pitch	Mould height	Machine size	Weight	Motor	Cylinder / pressure
HP100	12 mm	10 mm	450 mm	600 mm	180 mm	2,300 × 490 × 1,400 mm	0.55 t	3 kW	20 t / 20 MPa
HP140	18 mm	32 mm	500 mm	500 mm	260 mm	2,500 × 490 × 1,400 mm	0.9 t	4 kW	30 t / 20 MPa
HP150	18 mm	20 mm	700 mm	900 mm	360 mm	2,550 × 550 × 1,400 mm	0.95 t	4 kW	30 t / 20 MPa
HP180	25 mm	60 mm	1,000 mm	1,000 mm	500 mm	2,900 × 600 × 1,700 mm	1.85 t	5.5 kW	60 t / 20 MPa
HP850B	50 mm	100 mm	850 mm	2,000 mm	850 mm	Customized	8.7 t	18.5 kW	240 t / 20 MPa

These are the five HP models with individual pages. The source catalogue also lists HP630, HP650, HP850, HP1200, HP1500, HP2000 and HP180B; those models do not yet have individual pages here. Each maximum and minimum is a separate catalogue reference, not approval for every combination of dimensions and material.

Production route

The machine uses a motor-driven hydraulic forming station to shape individual spiral blade blanks. It is intended for small sectional flight work where each pitch is formed separately and then checked or assembled downstream.

Recorded series configuration

The HP Series catalogue records model-specific motors, hydraulic cylinders, machine sizes, weights, mould heights and 20 MPa pressure. It does not establish a standard supply voltage, oil-tank capacity or control method for these five models. The approved quotation must confirm electrical supply, controls, hydraulic scope, working range and included tooling.

Drawings define tooling

Provide both the flat blank and finished segment drawing. Required inputs include outside diameter, inside diameter, pitch, thickness, material, hand and any inner- or outer-edge feature. Include the smallest, largest and most difficult part planned for the machine.

Installation and production flow

Plan space for blank preparation, loading, forming, dimensional checking and storage of completed segments. Confirm operator access, lifting method, floor condition, electrical connection and the process used to join segments after forming.

Selecting this or the larger press route

Compare HP100, HP140, HP150, HP180 and HP850B by the entire planned segment range, not by a model number or one headline dimension. The separate HS800S hydraulic pressing machine should also be evaluated. Continuous products require a different route such as the cold rolling machine range.

Quote checklist

Finished flight OD, ID, pitch, thickness and hand
Flat blank drawing and material grade
Smallest, largest and most difficult target segment
Required monthly or batch output
Destination voltage, phase and frequency
Included moulds, change parts and trial-material requirement
Upstream blank preparation and downstream joining plan
Workshop layout, loading method and operator access
Required documentation, packing and installation scope

Before quotation

Frequently asked questions

Use these answers as a starting point. Final geometry, material and equipment scope are confirmed from the project information.

How should an HP model be selected?

Compare the complete target range, not one headline diameter. Provide the smallest, largest and most difficult blank together with material, pitch and output requirements.

How is the HP range different from the HS800S?

They are separate machine configurations and should not be treated as direct equivalents. Selection must be based on drawings, tooling, material and required production scope.

What electrical supply is required?

The HP Series model table lists motor power, but does not establish a standard destination voltage and frequency. Confirm electrical details in the quotation.

Is tooling included with the machine?

Tooling scope depends on the target flight range. Send representative drawings so included moulds, change parts and trial requirements can be stated clearly.

What trial material should be prepared?

Trial blanks should match the intended grade, thickness and blank geometry. Material substitution can change forming behaviour and does not prove the final production range.

Engineering review

Discuss your Sectional Flight Forming Machine Range requirement

Share the diameter, pitch, thickness, material, quantity and application. Our team will review the manufacturing route before quoting.

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Built around the dimensions, material and production target that matter

Product Specifications

Product and process views

Frequently asked questions

Related products

Discuss your Sectional Flight Forming Machine Range requirement