Hydraulic guillotine shear
Linear upper-blade movement with an adjustable cutting geometry to review.
PROCESS OVERVIEW
How the process fits your production
Straight cuts are made between upper and lower blades. Clearance, hold-down force, sheet support and backgauge positioning influence edge quality and dimensional consistency.
- Linear blade travel
- Blade-clearance adjustment
- Rake-angle setup
- Programmed backgauge
Typical applications
- Plate blanks
- Cabinet panels
- Production straight cutting
Material considerations
Steel, stainless steel and aluminum sheet. Every thickness rating must state its material-strength basis.
Select around the finished part
Check thin-strip distortion and the strongest material's capacity. Confirm the rake-angle adjustment method.
Prepare your inquiry
Specify cut length, material strength and thickness. Review blade clearance, rake angle, strip distortion and how blanks are supported and collected.
Discuss this machine type →Technical selection requirements
Compare these fields with the proposed model's technical sheet. Material, part geometry and the configured options determine the working capacity.
| Specification | Configuration requirement |
|---|---|
| Geometry | Rake-angle and blade-clearance settings. |
| Support | Hold-down and sheet-support layout. |
| Capacity | Thickness by material and maximum cut length. |
| Blades | Rake angle, clearance and blade material. |
| Positioning | Backgauge travel and sheet squaring. |
| Handling | Front/rear support and blank collection. |
This page describes a machine architecture. Rated capacities, delivery scope and available options are confirmed for the selected SNSIE model.
Request a model-specific technical sheet →Compare machine types
Discuss your next machine.
Share your sheet-metal processing requirements with SNSIE.