How to choose between manual, swing beam, and guillotine shears?
Quick answer – three options, one clear choice:
Manual shear – Cut thin, soft metal (≤2mm) , very low budget, very low volume, or off-grid / portable use. No power required, but slow and labor‑intensive.
Swing beam shear – Cut thin to medium sheet (≤10mm) , limited budget & floor space, typical workshop use. Hydraulic power, good speed, lower cost than guillotine.
Guillotine shear – Cut plate over 10mm, stainless steel, or need high precision and heavy‑duty continuous operation. Highest cost, best accuracy, longest life.
Quick Overview: A swing beam shear features pendulum arc blade movement, compact structure and lower cost, optimized for sheet metal under 10mm. A guillotine shear adopts vertical straight blade movement, offering high cutting precision and rigid frame performance, designed for plate over 10mm and precision fabrication. Small & medium workshops pick swing beam shears; heavy-duty factories and precision metal shops choose guillotine shears.
Full Comparison Chart
Comparison Item
Swing Beam Shear
Guillotine Shear
Blade Running Mode
Arc pendulum swing
Vertical linear up-down movement
Structural Feature
Simple compact design, small floor space
Heavy welded frame, high integral rigidity
Cutting Accuracy
Qualified for regular thin sheet cutting
High precision, minimal plate distortion
Applicable Plate Thickness
Thin & medium plate (＜10mm)
Medium & thick plate (max dozens of mm)
Initial Purchase Cost
Economical, low budget
Higher investment cost
Daily Maintenance
Easy operation, low maintenance cost
Slightly complex, ultra-long service lifespan
Main Application
Small workshops, aluminum sheet, thin carbon steel batch cutting
Shipbuilding, steel structure, high-precision sheet metal fabrication
Count your maximum & daily regular plate thickness
Max thickness × 1.2 (fixed safety coefficient)
Select machine model with rated thickness ≥ calculated value
Important Note: For the same shear machine, wider cutting width reduces maximum allowable cutting thickness. A 3m-width shear cuts thinner plate than a 2m-width model.
3. 7 Core Parameters To Check Before Purchasing Shears
Quick Overview: Confirm 7 core parameters before order: max cutting thickness, max cutting width, blade quality & gap adjustment, control system, motor power & factory power match, backgauge travel, adjustable shear angle. Unmatched parameters will cause machine failure or poor cutting effect.
Core Parameter Checklist
Parameter
Function Explanation
Purchase Check Point
Rated Cutting Thickness
Standard cutting thickness for mild carbon steel
Keep 20%-30% safety margin
Max Cutting Width
One-pass full plate cutting length
Longer than your longest regular workpiece
Cutting Blade
Material hardness, heat treatment, gap adjustability
Alloy steel blade + manual/automatic gap adjustment
Control System
Manual / NC Digital Backgauge / CNC Full Automatic
Mass production: choose CNC intelligent system
Motor & Power Supply
Motor power, industrial three-phase voltage
Fully match local factory power standard
Backgauge Travel
Max moving distance of rear positioning stop
Meet fixed-size repeated cutting demand
Adjustable Shear Angle
Upper blade tilt angle adjustment
Reduce sheet bending, edge burr effectively
Common Industrial Shear Standard Specification
Machine Model
Carbon Steel Cutting Capacity
Cutting Width
Motor Power
Application Scenario
4×2500
4mm
2.5m
5.5kW
Vent pipe, thin sheet ordinary fabrication
6×3200
6mm
3.2m
7.5kW
General sheet metal workshop
10×4000
10mm
4m
15kW
Medium-thick plate, steel structure parts
16×6000
16mm
6m
30kW
Heavy industry, shipyard, large steel component
4. Shear Blade Selection & Maintenance Guide
Quick Overview: Shearing Machine Blades are core consumable parts. Focus on blade material, heat treatment, gap setting and service cycle. Standard gap: 5%-10% of sheet thickness; 10%-12% for stainless steel. Sharp blade + accurate gap improves cutting quality and prolong blade service life greatly.
Blade Core Information
Item
Standard Details
Grade Material
Regular: High carbon steel, alloy steel; Heavy-duty: H13 / D2 / LD tool steel; Super heavy-duty: Cemented carbide
Regular Service Cycle
Edge grinding every 6~12 months; 2~3 times total regrind available
Heavy cutting burr, higher cutting resistance, abnormal running noise
Replacement Standard
Blade edge chipping, wear depth over 0.5mm, poor cutting after regrinding
High-End Blade Upgrade Advantage
Premium blades adopt vacuum quenching + cryogenic treatment (-190℃), hardness up to 58-62 HRC, wear resistance improved by 30% compared with ordinary blades.
Four-edge Reversible Blade Recommendation: 4 usable cutting edges on one blade, fast edge replacement without downtime. Support micron-level gap adjustment, perfect for high-volume precision workshops.
5. Standard On-site Machine Installation Steps
Quick Overview: 5 standardized installation steps: ① Concrete foundation pouring & full curing; ② Machine hoisting & rough leveling; ③ Foundation bolt fixing; ④ Precision horizontal calibration; ⑤ Hydraulic oil filling, power connection & trial run. Core demand: qualified ground bearing capacity + precise horizontal level.
Pre-installation Preparation Checklist
Concrete foundation cured fully for 7~14 days
Ground bearing capacity ≥ 1.5 times total machine weight
Reserved operating space: Front ≥1m; Rear & both sides ≥0.8m
Independent 3-phase industrial power circuit with circuit breaker
Common Installation Mistake: Running machine on uncured foundation causes machine sinking & precision deviation; loose anchor bolts lead to long-term vibration failure.
Quick Overview: Daily inspection for leakage, oil level, blade and safety parts; Weekly check hydraulic pressure, electric circuit and foot switch; Monthly calibrate blade gap and inspect hydraulic oil; Half-yearly replace hydraulic oil and sealing parts. Standard maintenance extends blade service life by over 30%.
Safety goggles: Prevent flying iron scrap splash injury
Fitted work uniform: Prohibit loose sleeve & hanging clothes
Anti-smash safety work shoes
Noise-proof earplugs for long-hour operation
Work gloves: Only for plate handling, forbidden when operating buttons
8. Full USD Price List & Supplier Selection Tips
Price Note: All prices quoted in USD
Machine Type
USD Price Range
Standard Configuration
Manual Table Shear
$100 ~ $500
1-2mm cutting, width ≤1m
Mid-grade Table Shear
$400 ~ $1,380
2-4mm cutting, adjustable blade gap
Hydraulic Swing Beam Shear
$4,140 ~ $8,280
4×2500 mainstream model, NC digital backgauge
Standard Hydraulic Guillotine Shear
$8,280 ~ $11,730
6×3200 model, NC positioning backgauge
Domestic CNC Guillotine Shear
$9,660 ~ $16,560
6×4000 model, touchscreen CNC system
Imported / High-end CNC Guillotine Shear
$20,700 ~ $48,300+
Large-size model, automatic blade gap adjustment
Final 3 Sentences Quick Decision Guide
Thin sheet processing, limited budget & workshop space → Pick swing beam shear; reserve 30% thickness safety margin, equip NC/CNC backgauge for high efficiency.
Thick plate, stainless steel, high precision cutting → Pick guillotine shear; equip full CNC system + automatic blade gap adjustment.
Universal rule: Standard anchoring installation, follow periodic maintenance schedule, never put hands into blade cutting zone during machine operation
Nanjing Alas International Co., Ltd. is a professional industrial tooling manufacturer focused on shear blades, bending dies, shredder blades, and custom wear parts. We offer full application engineering, material selection, setup guidance, and after-sales support to global customers. Tell us your requirements, and our engineering team will provide professional solutions for blade specification, tool life optimization, and cost-effective production.
