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Press brakesCNC, hydraulic, electric and tandem bending. Explore the documented SNSIE SPES, SPS and SPC series.Panel bendersAutomatic up-and-down flange forming for cabinets, doors, boxes and enclosure panels.V grooving machinesHorizontal and vertical CNC grooving for crisp corners and decorative sheet preparation.Laser cutting machinesFiber laser processing for sheet, tube and heavy plate in open, enclosed and integrated layouts.Shearing machinesHydraulic guillotine and swing-beam shears for straight sheet and plate cutting.Plasma & oxy-fuel cuttersCNC plasma tables and combined flame gantries for conductive metals and carbon steel plate.Ironworker machinesHydraulic punching, bar cutting, shearing and notching, with dedicated punching alternatives.Notching machinesFixed-angle and adjustable-angle hydraulic corner cutting for sheet fabrication.Stamping pressesHydraulic C-frame and pneumatic-clutch power presses for punching, pressing and die forming.Plate rolling machinesThree-roll, four-roll, variable-geometry and profile bending configurations.Tube bendersNC hydraulic and fully electric CNC bending for fixed-radius tubes and complex 3D parts.Precision CNC press brakeClosed-loop ram control and programmable positioning for demanding bend sequences.Multi-axis hydraulic CNC press brakeHydraulic forming with CNC ram and backgauge control for varied daily fabrication.Essential hydraulic press brakeStraightforward hydraulic bending for common flanges and operator-managed setup.All-electric press brakeServo-driven bending without a hydraulic power circuit in the main drive.Tandem press brakeTwo coordinated machines extend the bending envelope for long workpieces.NC hydraulic press brakeNumerical positioning for repeat jobs with a simple bending workflow.Automatic panel bending centerProgrammed blade forming and coordinated blank handling for multi-edge panels.Horizontal CNC V grooverA wide-table layout for supporting large sheets and cutting long grooves.Vertical CNC V grooverIndependent sheet clamping with a compact moving tool arrangement.Open-table fiber laser cutterA single sheet table with direct loading access for general contour cutting.Sheet and tube laser cutterIntegrated flat-sheet cutting and a separate tube-processing station.Enclosed fiber laser cutterSheet cutting within a protective enclosure and an exchange-table production layout.Enclosed sheet and tube laser cutterCombined sheet and profile processing with an enclosure and table exchange.Tube fiber laser cutterA chuck-based platform for tube holes, ends and profile contours.Ground-rail gantry laser cutterLarge-format rail motion and a support bed for oversized or heavy plate.Handheld laser weldingA related joining process with a handheld head and controlled beam oscillation.Hydraulic guillotine shearLinear upper-blade movement with an adjustable cutting geometry to review.Hydraulic swing-beam shearA pivoting upper cutting beam for everyday sheet preparation.CNC plasma cutting tableSupported plate cutting with a programmed plasma torch for conductive metals.Combined plasma and oxy-fuel gantryPlasma and flame process paths for a mixed carbon steel plate workload.Hydraulic multi-station ironworkerPunching, flat-bar shearing, section cutting and notching in a shared hydraulic machine.Hydraulic punching machineDedicated hole punching for repeated plate and bracket components.Fixed-angle hydraulic notcherFixed cutting geometry for repeated sheet corners, commonly right-angle work.Adjustable-angle hydraulic notcherVariable blade angle for changing corner geometry and a mixed part workload.Hydraulic C-frame pressOpen-front hydraulic pressing with pressure and stroke set for the process.Pneumatic-clutch power pressCrank-driven stamping with pneumatic clutch control for repeated die operations.Asymmetric three-roll plate rollerAsymmetric geometry for light-sheet rolling and end preparation near the grip.Symmetric mechanical three-roll rollerTwo lower rolls and a vertically moving upper roll for conventional arcs and cylinders.Four-roll plate rollerA central gripping pair and two side rolls for controlled pre-bending and rolling.Variable-geometry hydraulic plate rollerAdjustable lower-roll spacing and hydraulic positioning for a changing plate workload.Section and profile bending machineDedicated rolls curve angles, channels, beams, bars and tubular profiles.NC hydraulic tube benderSemi-automatic fixed-radius bending for straightforward parts and manageable batches.Fully electric CNC tube benderCoordinated servo axes for automatic feed, rotation and complex bend sequences.SPES Hybrid Electric CNC Press BrakeA dual-servo oil-electric hybrid drive for controlled, on-demand sheet-metal bending.SPS Servo Main Motor CNC Press BrakeA main-servo-motor platform combining a single servo pump with CNC bending control.SPC Electro-Hydraulic Synchronized CNC Press BrakeAn electro-hydraulic synchronized platform with closed-loop positioning and mechanical crowning.Machine configurationFrame construction, backgauge positioning, tooling and mechanical crowning.CNC systemsSNSIE, Cybelec and Delem control options documented in the product catalogue.Options & automationMulti-axis backgauges, laser measurement, tooling interfaces and robotic bending cells.About SNSIEOur machinery, development and production locations.Our cultureThe values and product-centred thinking behind our work.Careers at SNSIEExplore our field of work and enquire about opportunities.Company newsExhibitions, visits, company events and shipment updates.UltraBendExplore the UltraBend press brake range and configurations.Service & supportInstallation, training, parts and technical assistance.Technical documentationMachine configuration and CNC control references.Catalogue downloadsDownload the SNSIE catalogue and technical chapters.Contact SNSIEMachine selection, sales and support inquiries.
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Stamping presses

Hydraulic C-frame and pneumatic-clutch power presses for punching, pressing and die forming.

Discuss your requirements →Technical information ↓
Conceptual SNSIE stamping presses architecture illustration
Conceptual machine illustration. Model configuration is confirmed with SNSIE.

Explore the machine types

Presses apply force through a die to punch, form or assemble parts. Hydraulic and crank-driven systems differ in force, energy and stroke characteristics.

Match the machine to the part

Review die drawings, force curve, shut height, stroke and off-center load. Include feeding, scrap removal, die protection and safeguarding.

Discuss your application →

Material and process

Metal blanks or coil stock with dies matched to material, thickness, lubrication and forming process.

Typical applications

  • Forming and shaping
  • Correction
  • Pressing and assembly
  • Repeated punched parts
  • Strip-stock stamping
  • Production dies

Technical selection guide

Use these fields to compare a proposed machine against your material, drawings and production needs.

SpecificationWhat to confirm
RatingForce curve, load position and available energy.
Die envelopeBed, shut height, stroke and slide adjustment.
ProductionCycle rate, feeding and scrap removal.
ProtectionGuards, die monitoring and overload control.

Working capacities and available options depend on the selected model. Request a technical sheet for your material and part.

Request specifications →

Planning your machine

What should I send with an inquiry?

Review die drawings, force curve, shut height, stroke and off-center load. Include feeding, scrap removal, die protection and safeguarding.

How do I compare the available configurations?

Start with the required process and part drawings, then review the capacity, tooling, control and installation details of the proposed model. Include representative parts when production quality or cycle time is critical.

Explore related processes

Ironworker machines →Notching machines →All product categories →

Discuss your next machine.

Share your sheet-metal processing requirements with SNSIE.

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