Wholesale Guillotine & Swing Beam Hydraulic Shears for Precise Straight Cutting

CAMT hydraulic shearing machines are designed for accurate, efficient, and reliable straight cutting in sheet metal workshops. Our range includes the QC11Y Guillotine Type Hydraulic Shearing Machine and the QC12Y Swing Beam Type Hydraulic Shearing Machine, covering different production needs from general fabrication to heavier plate cutting.

Types Of CAMT Shearing Machine

QC11Y Guillotine Type Hydraulic Shearing Machine

Heavy-duty guillotine structure with vertical blade movement provides higher rigidity and more stable cutting force, making it especially suitable for thick-plate processing
Designed for demanding straight-cutting applications where powerful, consistent performance is required throughout long production shifts
Delivers high cutting accuracy on thick carbon steel, stainless steel, and alloy plates, helping reduce edge deformation and secondary rework
Equipped with practical standard features such as adjustable rake angle, shadow line lighting, and front support arms to improve cutting quality and operator convenience
Widely used in structural steel, shipbuilding, and heavy fabrication industries where strength, straightness, and reliability are critical

QC12Y Swing Beam Type Hydraulic Shearing Machine

Swing beam (pendulum) mechanism offers a cost-effective and reliable cutting solution, making it a practical choice for workshops seeking stable performance with lower investment
Compact machine footprint allows easier installation and flexible integration into existing production layouts without occupying excessive floor space
Delivers high cutting precision and consistent repeatability while helping reduce blade wear during daily operation
Optional pneumatic sheet support and NC back gauge further improve material alignment, sizing accuracy, and overall operating efficiency
Especially suitable for medium-thickness sheet processing in general fabrication, home appliances, electrical cabinets, and similar applications

CAMT Shearing Machine Specification

Item	QC11Y Guillotine Type Hydraulic Shearing Machine	QC12Y Swing Beam Type Hydraulic Shearing Machine
Machine Type	Guillotine type (vertical blade movement)	Swing beam type (pendulum mechanism)
Cutting Length	2500 – 6000 mm+ (custom available)	2500 – 6000 mm (common configurations)
Cutting Thickness (Mild Steel)	Up to 30 mm+ (depending on model)	Up to 20 mm (depending on model)
Blade Material	High-quality alloy tool steel	High-quality alloy tool steel
Blade Gap Adjustment	Manual / Electric adjustable	Manual / Electric adjustable
Rake Angle Adjustment	Adjustable	Fixed or limited adjustment (depending on model)
Back Gauge	NC / CNC optional, motorized positioning	NC optional, motorized positioning
Back Gauge Travel	Typically 20 – 1000 mm	Typically 20 – 800 mm
Shearing Angle	Adjustable for different thicknesses	Designed for efficient medium-sheet cutting
Hold-down System	Hydraulic hold-downs	Hydraulic hold-downs
Optional Functions	Pneumatic sheet support, shadow line lighting, front support arms	Pneumatic sheet support, NC back gauge
Applicable Materials	Carbon steel, stainless steel, aluminum, alloys	Carbon steel, stainless steel, aluminum, galvanized sheet
Best For	Thick plate, structural steel, shipbuilding, heavy fabrication	Medium-thickness sheets, general fabrication, appliances, cabinets
Machine Structure	Heavy-duty rigid frame for high stability	Compact and economical structure

Looking for more detailed specifications or a configuration that better matches your production needs? Contact our team to discuss additional parameters, customization options, or to receive a tailored quotation. We’re ready to help you find the right Shearing Machine solution.

Key Advantages of CAMT Shearing Machine

Clean Straight Cuts with Less Edge Rework

Inconsistent edges and large burrs often increase grinding time and affect downstream bending or welding. CAMT hydraulic shears are designed to deliver clean, low-burr straight cuts, helping reduce secondary processing and improve overall part quality.

Stable Accuracy for Better Sizing Control

Dimensional deviation in cut sheets can cause assembly problems later. With rigid machine structures and optional NC/CNC back gauges, our shears help maintain more consistent cutting lengths and improve repeatability in daily production.

Adjustable Blade Gap for Different Materials and Thicknesses

Using one fixed setting for all materials often leads to poor cut quality or faster blade wear. Adjustable blade gap allows operators to optimize cutting conditions for carbon steel, stainless steel, aluminum, and different thicknesses, improving both edge quality and blade life.

Strong Performance on Medium to Thick Plates

Many workshops struggle when moving from thin sheet work to thicker plates. Guillotine-type models provide higher rigidity and stable cutting force, making them more suitable for demanding jobs in structural steel and heavy fabrication.

Practical Options that Improve Daily Efficiency

Optional features such as pneumatic sheet support, shadow line lighting, and front support arms help improve material alignment and reduce operator effort, especially when handling larger sheets.

Lower Operating Cost with Reliable Daily Use

Compared with more complex cutting systems, hydraulic shears offer straightforward operation, relatively low consumable demand, and durable construction. This helps workshops maintain stable productivity with lower long-term operating and maintenance costs.

FAQs When Purchase Shearing Machine

What is a hydraulic shearing machine used for?

A hydraulic shearing machine is used to cut sheet metal into straight-line sizes with clean edges. It is widely used in sheet metal fabrication, cabinet making, structural steel preparation, and general metal workshops.

What is the difference between guillotine and swing beam shears?

Guillotine shears use vertical blade movement and offer higher rigidity, making them better for thick plates. Swing beam shears use a pendulum mechanism, are more economical, and are suitable for medium-thickness sheet cutting.

How do I choose the right shearing machine capacity?

You should consider maximum material thickness, cutting length, material type (mild steel, stainless steel, aluminum), daily workload, and required accuracy. It is better to choose a machine with some capacity margin rather than running at full load all the time.

What thickness can a hydraulic shear cut?

Cutting thickness depends on the model and material. Many industrial hydraulic shears handle from thin sheets up to 20–30 mm mild steel, while stainless steel capacity is usually lower than mild steel.

Why is blade gap adjustment important?

Correct blade gap improves cut quality, reduces burrs, and extends blade life. Too large or too small a gap can cause poor edges, deformation, or faster wear.

Do I need an NC or CNC back gauge?

If you often cut repeated sizes or need higher sizing accuracy, an NC/CNC back gauge is recommended. It improves efficiency, reduces manual measuring, and helps maintain consistent cutting lengths.

What materials can shearing machines cut?

Hydraulic shears can cut carbon steel, stainless steel, aluminum, galvanized sheets, and some alloy plates within the machine’s rated capacity.

How accurate is a hydraulic shearing machine?

Accuracy depends on machine rigidity, blade condition, back gauge system, and setup. With proper adjustment and NC/CNC back gauge, modern shears can achieve consistent and reliable sizing for production use.

What causes burrs or poor cutting edges?

Common causes include incorrect blade gap, worn blades, improper rake angle, unsuitable cutting parameters, or unstable material support. Adjusting these factors usually improves edge quality.

How long do shear blades last?

Blade life depends on material type, thickness, daily workload, and whether the blade gap is correctly set. With proper use and timely sharpening, quality blades can last for a long production period.

Is a shearing machine better than laser cutting for straight cuts?

For simple straight cuts, a shearing machine is usually faster and more cost-effective, with no thermal influence. Laser cutting is better for complex shapes, holes, and intricate contours.

What optional features are useful on a shear?

Useful options include NC/CNC back gauge, pneumatic sheet support, front support arms, shadow line lighting, and larger cutting length configurations. These features improve accuracy, handling, and efficiency.

How much maintenance does a hydraulic shear need?

Regular maintenance includes checking hydraulic oil, blade condition, hold-down function, back gauge accuracy, and lubrication points. Proper maintenance helps keep cutting quality stable and reduces downtime.

Can one machine cut both thin and thick sheets?

Yes, within its rated capacity. However, blade gap and rake angle should be adjusted according to thickness. For best results, choose a machine that matches your main working thickness range.

What after-sales support should I expect when buying a shearing machine?

Important support includes installation guidance, operation training, blade adjustment advice, troubleshooting help, and spare parts supply. Reliable support helps reduce startup time and keep production stable.

Have more questions, or need a customized Shearing Machine solution?
Contact our team for detailed advice, technical support, or a tailored quotation. We’re ready to help you find the right configuration for your production needs.

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