Drive
Manual pedal and mechanical linkage
Q11 Manual Sheet Metal Shear
Foot Operated Shearing Machine
Manual Sheet Metal Cutting Without Electricity
A foot operated shearing machine uses controlled pedal force to make straight cuts in suitable thin sheet. It is designed for small fabrication shops, HVAC duct workshops, repair work and light production where simple operation, low maintenance and no electrical supply are practical advantages.
Manual mechanical drive
No motor or hydraulic station
1000–1500 mm verified working widths
Q11
Series
1.0 mm
Nominal table value
1500 mm
Max listed width
Product Overview
Product Overview
This Q11 foot shearing machine is a manual sheet metal cutting machine and shear for straight-line blanking of suitable light-gauge material. Pressing the long foot pedal transfers mechanical force through the linkage and tension-spring structure to the guided cutting beam. The blade then passes the fixed lower blade to separate the sheet.
Because the machine does not use a hydraulic system or motor drive, routine care remains straightforward. Both hands stay available to support and position the sheet before the cut, while the foot controls the shearing movement. The result is a practical sheet metal cutting process for samples, repairs and intermittent production.
For buyers comparing a sheet metal foot shear with powered equipment, the main decision is production demand. This machine suits controlled, low-volume thin-sheet work; an electric or hydraulic shear is more appropriate when cycle rate or cutting capacity becomes the priority.
Power supply
No electricity required
Model family
Q11 foot shear
Working widths
1000, 1300 and 1500 mm
Manual Cutting
Manual Sheet Metal Cutting Without Electricity
The Q11 is a mechanical shearing machine. Operator force moves through the foot pedal, linkage and return-spring structure instead of an electric motor or hydraulic power unit.
01
Position the sheet
Place the sheet flat on the working table and align the cut line or back-gauge setting.
02
Keep both hands available
Support and position the workpiece while keeping hands away from the blade and hold-down area.
03
Apply pedal force
Press the full-width foot pedal to move the guided cutting beam through one controlled stroke.
04
Return for the next cut
The tension-spring mechanism helps return the cutting assembly after the pedal is released.
Workshop Needs
What Problems This Machine Solves
No suitable electrical supply
Manual operation supports sheet cutting in small shops or work areas where a powered shear is unnecessary.
Hand tools produce uneven edges
A fixed blade, guided cutting beam and stable frame support straighter cuts than basic handheld cutting methods.
Short runs do not justify powered equipment
Simple setup suits samples, maintenance parts and intermittent light-gauge blank preparation.
Operators need both hands for positioning
The pedal controls the cut so the sheet can be supported and aligned before the stroke.
Buyer Fit
Why Choose Our Foot Shearing Machine
This manual foot shear for sheet metal focuses on durable mechanical parts and the functions needed for controlled workshop cutting.
Foot pedal operation
Direct manual control makes the cutting sequence easy to understand and manage.
No electricity required
There is no motor, electrical control cabinet or hydraulic station to power during cutting.
Simple mechanical structure
The sliding guide and fixed sliding-fulcrum tension spring provide a clear, serviceable mechanism.
Lower routine maintenance
Inspection focuses on blades, fasteners, guides, linkage, spring condition and lubrication points.
Stable machine frame
The steel structure supports the working table, guided cutting beam and manual linkage.
9CrSi cutting blades
The documented 9CrSi blade material provides durable cutting edges for suitable sheet.
Sheet positioning support
The working table, hold-down option and back-gauge arrangement support straight blank preparation.
Compact workshop role
The machine is intended for light production where floor space and operating simplicity matter.
Material Review
Materials Suitable for Foot Shearing
Actual cutting capacity depends on material tensile strength, grade, thickness, sheet condition and machine model. The technical table is model data; send a material sample or specification before ordering.
Mild steel sheet
A common application for a foot shear for mild steel when thickness and width remain within the confirmed model capacity.
Galvanized steel sheet
A foot shear for galvanized steel can prepare suitable thin sheet for HVAC and light fabrication after grade and thickness confirmation.
Aluminum sheet
Light-gauge aluminum blanks may be cut when alloy, temper and thickness match the selected model.
Stainless steel sheet
A foot shear for stainless steel requires specific grade and thickness review because stainless steel generally needs more cutting force than mild steel.
Machine Construction
Key Machine Features
Full-width foot pedal
Provides a broad operating position across the front of the machine.
Sliding guide rails
Guide the cutting movement through the manual shearing stroke.
Tension-spring linkage
The fixed sliding-fulcrum structure is designed to reduce required pedal effort and return the mechanism.
Optional hold-down spring
Helps control suitable sheet during straight-line cutting when fitted to the selected configuration.
Back-gauge arrangement
Supports repeat positioning for short batches after the cutting dimension is set.
9CrSi blade material
Documented blade construction for durable cutting edges and routine regrinding when required.
Operating Principle
How the Foot Pedal Mechanism Works
The operator presses the long front pedal. Side linkages transfer this motion to the upper cutting beam, which travels along the sliding guides. The upper blade crosses the fixed lower blade at the documented shearing angle to cut the positioned sheet.
The tension spring assists the linkage and returns the beam after the stroke. This foot pedal shearing machine therefore completes one cut using mechanical movement only. Operators must follow the supplied safety instructions, keep hands clear of the cutting zone and never exceed confirmed capacity.
01Foot pedal
02Side linkage
03Tension spring
04Guided cutting beam
05Upper and lower blades
06Working table
Verified Product Data
Technical Specifications
The Q11 values below are the existing product parameters. The 1.0 mm entry must not be treated as a universal capacity for every metal; material grade, tensile strength and condition affect the permissible cut.
| Model | Shearing Thickness(mm) | Shearing Width(mm) | Shearing Angle(deg) | Overall Dimensions(mm) |
|---|---|---|---|---|
| Q11-1 x 1000 | 1.0 | 1000 | 1 deg 30 min | 1200 x 650 x 950 |
| Q11-1 x 1300 | 1.0 | 1300 | 1 deg 30 min | 1500 x 650 x 950 |
| Q11-1 x 1500 | 1.0 | 1500 | 1 deg 30 min | 1800 x 650 x 950 |
Model Range
Available Q11 Foot Shear Models
All three verified models use the same documented 1°30′ shearing angle and 1.0 mm nominal table value. Choose working width around the largest sheet blank, then confirm material-specific capacity before ordering.
Q11 Series
Q11-1 x 1000
- Shearing Thickness
- 1.0 (mm)
- Shearing Width
- 1000 (mm)
- Shearing Angle
- 1 deg 30 min (deg)
- Overall Dimensions
- 1200 x 650 x 950 (mm)
Q11 Series
Q11-1 x 1300
- Shearing Thickness
- 1.0 (mm)
- Shearing Width
- 1300 (mm)
- Shearing Angle
- 1 deg 30 min (deg)
- Overall Dimensions
- 1500 x 650 x 950 (mm)
Q11 Series
Q11-1 x 1500
- Shearing Thickness
- 1.0 (mm)
- Shearing Width
- 1500 (mm)
- Shearing Angle
- 1 deg 30 min (deg)
- Overall Dimensions
- 1800 x 650 x 950 (mm)
Production Use
Application Industries
Sheet Metal Fabrication
Straight blank preparation for light-gauge parts, samples and short production runs.
HVAC Duct Fabrication
Galvanized sheet trimming and blank preparation for small duct workshops after capacity confirmation.
Metal Repair Workshops
Simple cutting for repair panels and replacement blanks without starting powered equipment.
Light Metalworking
Manual cutting of suitable mild steel and non-ferrous sheet for general workshop jobs.
Small Fabrication Shops
A sheet metal cutting machine for small workshop use where low volume and simple maintenance are priorities.
General Sheet Metal Cutting
Intermittent straight cuts for prototypes, maintenance work and basic manual metal shear tasks.
Equipment Comparison
Foot Shear vs Electric Shearing Machine
Neither drive type is universally better. Match the machine to material, daily volume, required repeatability and available workshop services.
| Selection factor | Foot Operated Shear | Electric Shearing Machine |
|---|---|---|
| Power source | Manual pedal force; no electricity | Electric motor and controls |
| Operation | One controlled manual stroke | Powered repetitive cutting cycle |
| Production volume | Intermittent and low-volume work | Regular small- and medium-batch work |
| Maintenance | Mechanical inspection and blade care | Mechanical plus motor, drive and electrical care |
| Cutting application | Suitable light-gauge sheet | Model-dependent light to medium sheet |
| Workshop requirement | Floor space and safe operating clearance | Floor space, safe clearance and electrical supply |
| Investment | Lower-complexity entry equipment | Higher initial system complexity for more output |
| Automation level | Manual | Powered; model-dependent controls |
Purchasing Checklist
How to Choose the Right Foot Shearing Machine
Before asking a foot shear machine supplier for a quotation, prepare the six production details below. They determine whether a Q11 foot shear or a powered shearing machine is the safer fit.
Material
State the metal grade or alloy, not only a general material name.
Thickness
Provide normal and maximum thickness for every material you intend to cut.
Maximum cutting width
Select a 1000, 1300 or 1500 mm working width around the largest required blank.
Daily production volume
Estimate cuts per shift; higher output may justify an electric shearing machine.
Required accuracy
Share finished-size tolerance and whether repeat back-gauge positioning is needed.
Workshop space
Allow safe front and rear material handling clearance as well as the machine footprint.
If your plate is thicker, higher-strength or outside the confirmed Q11 range, compare a hydraulic shearing machine instead of exceeding manual shear capacity.
Compare hydraulic shearing machineOrder Confirmation
Manufacturing Details and Quality Control Points
A reliable order starts with correct specifications. As a foot shearing machine manufacturer serving export buyers, ZYRON confirms the model and requested configuration against the submitted material and working width.
Frame and table review
Check the assembled steel structure, working table and installation points before shipment.
Blade and clearance review
Confirm documented 9CrSi blades, fastening condition and model-appropriate blade setting.
Pedal and linkage movement
Check pedal travel, side linkages, sliding guides and spring return through a complete manual stroke.
Parameter confirmation
Match the nameplate/model, working width, nominal table values and overall dimensions to the order.
Packing requirements
Confirm export packing and shipment details for the destination and handling method.
Operating handover
Provide the operator with model documentation, safety instructions and routine maintenance guidance.
Buyer Questions
Foot Operated Shearing Machine FAQ
01What is a foot operated shearing machine?
It is a manual sheet metal shearing machine that uses pedal force, mechanical linkages and a guided blade beam to make straight cuts in suitable thin sheet. It is commonly selected for light, intermittent workshop cutting.
02How does a foot shearing machine work?
The operator positions the sheet and presses the foot pedal. Linkages transfer the motion to the upper cutting beam, the blade passes the fixed lower blade, and the tension spring assists the return after the stroke.
03Does a foot shear require electricity?
No. The Q11 foot shear uses manual mechanical force and does not require an electric motor or hydraulic power unit for the cutting stroke.
04What materials can a foot shear cut?
Suitable thin mild steel, galvanized steel and aluminum may be considered. Actual capacity depends on material grade, tensile strength, thickness, sheet condition and the selected model.
05Can a foot shear cut stainless steel?
Possibly, but stainless steel generally requires more cutting force than mild steel at the same thickness. Send the exact grade and thickness so the manufacturer can confirm whether the foot shear is appropriate.
06What thickness can a foot shearing machine cut?
The current Q11 table lists 1.0 mm for the three models, but this is not a universal value for every metal. Confirm material-specific capacity before ordering or cutting.
07What is the difference between a foot shear and an electric shear?
A foot shear uses one manually powered pedal stroke and suits intermittent light-gauge work. An electric shear uses a motor-driven cycle and is generally more suitable for regular batches and higher daily output.
08Which foot shear model should I choose?
Choose among the verified 1000, 1300 and 1500 mm working widths according to maximum blank size. Then confirm material, thickness, required accuracy, daily cuts and available handling space.
09Can the machine be customized?
Requested configuration, color, identification and packing can be reviewed for an order, but available changes depend on the selected model. No customization should be assumed until it is confirmed in writing.
10How can I request a quotation?
Send the material grade, normal and maximum thickness, required cutting width, daily production volume, destination country and any configuration request. The sales engineer can then confirm the model and quotation.
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Request a Foot Shear Quotation
If you are comparing a foot shearing machine manufacturer, foot shear machine supplier or foot shear machine for sale, send the real workpiece data first. We will confirm whether this foot operated sheet metal shearing machine matches your production before preparing the offer.
Please include material grade, thickness, maximum cutting width, daily quantity, destination and required configuration.