"Powering Progress with Precision - Mantra Machineries→ Your Trusted Partner for Sheet Metal Machinery Solutions."
Cut to length Line Machine
Cut-to-Length Machines are designed for High-speed and accurate cutting of metal coils into precise sheet lengths. These machines ensure smooth Feeding, Straightening, and Cutting operations, providing exceptional Productivity and reduce material wastage.
Applications
Cut-to-Length Machines are widely used in Steel processing, Automotive, Construction, Electrical panels, Appliance manufacturing, and Sheet metal fabrication. They are ideal for processing materials like CR/HR steel, stainless steel, aluminum, and copper.
Advantages
- High cutting accuracy and consistent performance
- Reduced material wastage and better yield
- Suitable for a wide range of coil materials and thicknesses
- User-friendly controls with automatic length settings
- Low maintenance and robust construction for long service life
Our Cut-to-Length Machines are engineered for Accuracy, Efficiency, and Precision, helping sheet metal businesses to optimize their production.
Slitting Line Machine
Slitting Line Machines are engineered for Precise and Efficient coil Slitting operations. These are designed to cut wide metal coils into multiple narrower strips with higher accuracy and smooth edges. Our Slitting Line Machines reduce downtime and maximize yield.
Applications
Slitting Line Machines are widely used in Steel processing, Automotive industries, Construction, Electrical panel manufacturing, and General Sheet metal Fabrication. They are suitable for processing CR/HR steel, stainless steel, galvanized coils, aluminum, and copper coils.Advantages
- High-speed and precision slitting for different types of coil materials
- Consistent edge quality and burr-free cutting
- Heavy-duty build for continuous industrial operation
- Adjustable slitting width and recoiling options
GI/GP Slitting Line Machine
GI/GP Slitting Line Machines are designed for high-accuracy slitting and smooth edge quality for Galvanized Iron (GI) and Galvanized Plain (GP) coils.
Applications
GI/GP Slitting Line Machines are widely used in Steel Service Centers, Construction materials, Roofing sheet manufacturing, Appliance production, and Automotive components. They are ideal for slitting Galvanized coils, Cold-rolled steel, Stainless steel, and Aluminum into narrow strips for further processing.Advantages
- High-speed and burr-free slitting for GI and GP coils
- Consistent edge finish and accurate coil width
- Strong structural design for long-term stability and reliability
- User-friendly operation with minimal setup time
ERW & SS Tubemill
ERW (Electric Resistance Welded) and S.S. (Stainless Steel) Tube Mills are designed for the Production of High-quality Steel and Stainless Steel Tubes and Pipes with Exceptional Accuracy and Smooth Finish.
Applications
ERW & SS Tube Mills are extensively used in Construction, Automotive, Furniture, Structural engineering, Agricultural equipment, and General fabrication. They are ideal for producing Round, Square, and Rectangular tubes from materials like Mild steel, Stainless steel, and Galvanized steel.Advantages
- High precision in tube diameter and wall thickness
- Smooth and uniform welding quality
- Easy operation with automated control systems
- High production speed and reduced downtime
- Low maintenance and long service life
Auto Blanking Line Machine
Applications
- Automotive: Panels, Brackets, Small structural parts
- Home appliances: Components for Washers, Ovens, Refrigerators
- Electrical parts: Transformer laminations, Contacts, Connectors
- HVAC parts, Clips and Mounting brackets
- Hardware: Washers, Spacers, Shims, Fittings
- Lighting, housing and mounting components
Advantages
- High Productivity: Continuous coil feeding enables large-volume production.
- Accuracy & Repeatability: Precise feeding and tooling delivers consistent blanks.
- Lower operating cost: Reduces Manual Labor and increases frequency.
- Material Savings: Optimizes coil usage and reduces material waste.
- Flexibility: Quick changeovers for different blank sizes and materials.
- Safe & Smooth Operation: Automatic scrap separation and enclosed press areas.
6-Hi Sheet Leveller
Applications
- Cold-rolled and hot-rolled steel sheet processing for automotive, construction, and infrastructure uses
- Stainless steel sheets for household appliances, architectural panels, and decorative metalwork
- Aluminium and coated metal sheets requiring high flatness before further processing
- Pre-painted or decorative metal sheet lines where surface condition and flatness are critical
- Metal fabrication, Stamping, and assembly operations where a flat, stress-free base material is required
Advantages
- High flatness & Consistency: The 6-Hi roll layout offers superior straightening capability, especially for high-strength or rigid materials.
- Stress Relief: Alternate bending/unbending removes internal stresses and reduces distortion, spring-back and rework downstream.
- Reduced Scrap & Improved Accuracy: Flat, stable sheets mean fewer rejects and better performance in downstream forming, welding, finishing.
- Higher Productivity & Automation Readiness: It supports Servo Roll Position Memory, Smooth roll motion, Minimal surface marking and high output.
4-Hi Sheet Leveller
Applications
- Cut-to-length and Blanking lines for Steel, Stainless steel, and Aluminium sheets.
- Pre-processing for Stamping, Deep-drawing, Welding, and Assembly, where flatness and stress relief are critical.
- Plate and fabrication shops requiring prebend + roll operations (cylinders, shells, cones).
- Processing of galvanized, pre-painted and high-strength materials where surface quality must be preserved.
Advantages
- Pre-bend capability: Four-roll geometry allows pre-bending of Leading/trailing edges in the same pass for tight radii and small straight edges.
- High flatness & Repeatability: Backup rolls support smaller work rolls for consistent flatness across width and thickness ranges.
- Reduced scrap & Rework: Effective stress relief and accurate pre-bending lower spring-back and downstream rejects.
- Automation ready: Motorized roll settings, Servo control and Operator memory presets enable faster Changeovers and higher output.
Sheet Straightener Machine
Applications
- Automotive sheet production-flattening coil feed for Body panels, Brackets, and Structural parts
- Home appliances / White goods- Preparing flat panels for Painting, Trimming and Assembly
- Construction and Metal furniture- producing flat sheets for Roofing, Cladding, Furniture, Frames
- Electronics and Precision hardware, Ultra-thin or high-flatness sheets for Enclosures, Housings and Frames
- Fabrication and Blanking lines- ensure accurate feed and material flatness for Stamping, Forming, and Welding
Advantages
- Improved Flatness & Precision: Corrects sheet distortions for better downstream processing.
- Internal Stress Relief: Releases residual stresses from prior processing, reduces spring-back and part warping.
- Material waste & Cost reduction: Flatter sheets ensure fewer rejects, less trimming, and less rework.
- Increased Productivity & Automation readiness: It offers motorized Roll setting, Servo control and Memory presets for fast changeover.
- Better Downstream Quality: Pre-straightened sheets enable smoother Forming, Welding and Finishing operations.
CNC/NC Bending (Press Brake) Machine
Applications
- Sheet metal fabrication, Enclosures, Panels, Brackets, Chassis, and Housings.
- Automotive components and Assemblies needing Precise bend Repeatability.
- HVAC, Ductwork and Architectural metalwork—forming channels, Flanges and Trim.
- Electrical cabinets, Control panels and Rack mount fabrications.
- Job-shop and Contract manufacturing where quick Changeovers and consistent Output are required.
Advantages
- High precision & Repeatability: CNC control and Accurate back-gauges deliver Consistent Angles and Tight Tolerances.
- Faster setup & Reduced Scrap: Programmed bend sequences and tool presets SHORTENS setup time and reduces material wastage.
- Complex forming Capability: Multi-axis CNC Press brakes perform Compound, and Sequential bends with ease.
- Lower Labor Dependence & Higher Output: Automation reduces Operator Load and increases Production speed.
- Flexibility: Available in a wide range of Tonnages, Bed lengths and Tooling options to suit Thin gauge to Heavy plate work.
Hydraulic Shearing Machine
Applications
- Metal Fabrication: Cutting steel sheets and plates for Structural Components, Panels, and Blanks.
- Automotive Manufacturing: Shearing body panels, Chassis parts, and other components requiring clean edges.
- Construction & Infrastructure: Cutting beams, Roof panels and Plate material for Buildings, Bridges, and Large-scale Fabrication.
- Appliance and Electronics Industries: Cutting Stainless Steel, Aluminium and Coated sheets for Enclosures, Housings, Precision parts.
Advantages
- Precise & Clean Cutting: Hydraulic Force Controls and Adjusts blade settings, and make Burr-free edges with Minimal material distortion.
- Reduced Material Waste & Maintenance: Smooth Operation, Fewer Moving Parts, Improved Blade Life ensures Lower Scrap and Maintenance costs.
- Operator Safety & Control: Features such as hold-down Clamps, Back gauges, CNC/NC controls, Emergency stops, and Light curtains enhance Safe and Efficient operation.
- Heavy-duty Capability: Hydraulic systems deliver consistent Large Shearing Force suitable for Heavy gauges and Demanding Applications.
Mechanical Shearing Machine- (Overcrank/ Undercrank)
Applications
- General Metal Fabrication- Cutting mild steel, Stainless steel and Aluminium sheets & Plates for Panels and Blanks.
- Structural and Construction Workshops – Cutting plate for Frames, Brackets and Gussets.
- Automotive and Components Manufacture – Trimming panels, Chassis parts and Brackets.
- Light Engineering, Ductwork and Appliance Manufacturing – Accurate sheet Cutting prior to Forming or Welding.
Advantages
- Economic & Efficient: Mechanical shearing machine delivers Fast Stroke Rates and Low cycle times for Cost-effective Production.
- Robust Cutting: Overcrank distribute Forces for Thicker plates; Undercrank gives compact Efficiency for thinner gauges.
- Easy Maintenance: Fewer Hydraulic Systems mean Easier Upkeep and Lower long-term Operating cost for many shops.
- Quick setup: Straightforward Tooling and Adjustments enable fast Changeovers for continuous shop Workflows.
Cantilever Type De-coiler
Applications
- Roll-forming Lines – Feeding coils into Roll formers for Roofing, Purlins and Profile production.
- Slitting and Cut-to-Length Lines – Supplying material to Slitting, Straightening and Feed systems.
- Stamping and Blanking presses – Continuous coil Feed for high-volume Stamping operations.
- Coil-fed Laser/ Punch/ Press Feed Systems – where fast coil Changeover and Controlled payoff are required.
- General Metal Fabrication and Coil converting – Handling Steel, Stainless steel, Aluminium and Coated coils.
Advantages
- Fast & Safe coil Change: Side-loading and Coil cart options Reduce Handling Time and Risk of Coil damage.
- Flexible coil sizes: Expandable mandrels/ Hydraulic cones Accept a wide range of inner Diameters and Widths.
- Better Line Integration: Motorized/ CNC options enable coordinated Speed and Tension control for smooth Payoff.
- Space & Setup Savings: Compact Cantilever layouts and coil carts MINIMIZE Staging area and Speed setup.
Manual Uncoiler (De-coiler)
Applications
- Roll forming and Profile Manufacturing
- Stamping, Shearing and Press lines
- Sheet metal Slitting and Cutting
- Light Fabrication shops, Prototyping and Low-volume Runs
Advantages
- Cost-effective: Lower upfront cost vs Motorized de-coilers.
- Easy operation: Simple manual controls for quick setup.
- Precise Tension Control: Reduces scrap and Improves part quality.
- Compact Footprint: Fits small production floors and is Portable.
- Flexible compatibility: Supports a range of coil Widths, Thicknesses and Inner diameters (check model specs).
Specifications:
| Parameter | Range |
|---|---|
| Coil Width | 70 – 800 mm (model dependent) |
| Coil Weight / Capacity | Up to 2,000 kg (model dependent) |
| Inner Diameter (I.D.) | Adjustable – standard mandrel type |
| Operation | Manual brake with tension control |
Why Choose Our Manual Uncoiler?
Our Manual De-coilers are perfect for businesses that want Dependable Coil Handling without high automation costs. Our de-coilers are built for Durability, Easy Service and Fast Installation – a Practical Solution for Workshops and Light-production lines.
Cone Type De-coiler
The Cone Type De-coiler is a High-performance Coil Payoff Machine specifically engineered for Large, Heavy and Thick coils. Its unique Cone-mandrel Design ensures Precise Centering, Stable Unwinding, and Smooth and Reliable feed into your downstream processing line. It is ideal for Roll forming, Slitting, Press feeding and Heavy Fabrication requirements.
Applications
- Heavy Steel coil Handling for Shipbuilding and Structural Fabrication
- Roll forming and Cut-to-length lines for Thick Gauge Materials
- Continuous Production lines requiring High feed rates and Minimal Downtime
Advantages
- Superior coil Centering & Stability: Cone-mandrel design REDUCES Vibration and Misalignment.
- Continuous, high-capacity feed: Built for large coils and uninterrupted operation.
- Rugged durability: Heavy-duty construction for Long Service Life and Minimal Maintenance.
- Optimized for Thick Gauge and Large Diameter Coils: Handles what standard machines cannot.
Specifications:
| Parameter | Range |
|---|---|
| Coil width | Up to 1800 mm (Varies acc. to the Model) |
| Coil weight / capacity | Up to ~20 tons or more (Varies acc. to the Model) |
| Inner diameter (I. D.) | Adjustable – Depends on Mandrel Expansion System |
| Operation | Motor-driven Mandrel with brake/ Tension control |
Why Choose Our Cone Type De-coiler?
Our Cone Type De-coilers handles Large coils or Heavy gauge materials. It gives Unmatched Stability, Output and Reliability. It reduces the Downtime, maintains consistent Feed and protects your Material . Your investment in this machine pays dividends in the form of increased Output and improved Quality.
Un-coiler + Straightener + NC Servo Feeder (3-in-1)
The Un-coiler — Straightener — NC Servo Feeder (3-in-1) combines Coil Unwinding, Strip Levelling and Servo-controlled feeding into a single compact unit. This integrated system minimizes Material Handling, speeds Setup and delivers High Repeatability for Thin to Medium gauge metal strips – making it Ideal for Progressive Stamping, Roll Forming and Automated Press Lines.
Applications
- Progressive Stamping and Blanking presses for Automotive, Electrical and Appliance components.
- Roll forming, Slitting and Cut-to-length lines that require Continuous Flat Feed.
- Prototype and Production requiring Quick coil Changeovers and consistent Quality.
Advantages
- Precision feeding: NC servo control provides sub-millimetre Accuracy and Multi-pitch Feeding capability for complex part Geometries.
- Space-saving: It integrates De-coiler, Straightener and Feeder to save Floor space and reduces Capital Investment.
- Better Material Handling & Improved Quality: Straightening rollers reduce Springback and Edge defects, lowering Scrap rates.
- Smart control & Safety: PLC/servo Interfaces, Digital displays and Automated actions speed Setup and reduce operator Exposure.
Specifications:
| Parameter | Range |
|---|---|
| Strip thickness | 0.3 – 4.5 mm (Model Dependent) |
| Strip width | 20 – 1100 mm (Model Dependent) |
| Feeding accuracy | ≤ 0.15 – 0.5 mm (Servo controlled) |
| Feeding speed | Up to 20 m/min (Application dependent) |
Uncoiler (De-coiler) for Tubemill
The Uncoiler (De-coiler) for Tube Mill is a robust coil Pay-off Machine engineered specifically for Tube and Pipe production lines. It securely holds Steel Strip Coils, EXPANDS the inner diameter to Clamp the Coil, and Unwinds the Material at Controlled Tension and Speed for all Downstream Forming, Welding and Sizing operations. With heavy-duty Construction and Precision control, it enables Dependable, continuous feeding for ERW and Roll-forming tube Mills.
Applications
- At Entry section of ERW/HFW tube mill lines for Steel Pipe Production.
- Coil feed for Roll forming, Slitting or Flattening systems integrated with Tube mills.
- Steel Tube Production in Construction, Automotive, Oil & Gas, Structural segments where coil handling is critical.
Advantages
- Reliable Strip Feed & Tension control: Ensures smooth Unwinding and Consistent feeding to AVOID Defects and reduced Scrap.
- Designed for Heavy-duty: Supports large coil Weights, various Widths and Thicknesses, and features Hydraulic/ expansion mandrel for flexible coil sizing.
- Minimimum Downtime: Options like Dual-mandrel structure or Cone design Enable fast coil Changeovers and near-continuous production.
- Versatile Integration: Compatible with Carbon steel, Stainless steel and Galvanized strips, and designed to integrate seamlessly with Tube mill Forming, Welding and Sizing systems.
Specifications:
| Parameter | Range |
|---|---|
| Max Coil Weight | Up to 10-20 tons (Model dependent) |
| Strip Width | 300 – 1500 mm (Tube Mill Entry) |
| Coil Inner Diameter (I.D.) | φ450-φ610 mm (with Expansion Mandrel) |
| Unwinding Mode | Passive or Motor-driven with Tension control |
NC Zig- Zag Servo Feeder
Applications
- Stamping and Blanking Operations requiring Circular or Nested Blanks
- Press shops producing Washer, Gasket, and Round Component Blanks
- Integration with Mechanical, Hydraulic & Servo Press Lines
- Automotive, Electrical, Kitchenware & General Engineering Components
Advantages
- Reduced Material Waste: Zig-zag indexing significantly minimizes scrap, and maximizes coil utilization.
- High Feeding Accuracy: Servo-controlled motion ensures Precise Strip Positioning for consistent output.
- Optimum Production Speed: Fast indexing and quick step-adjustment ensure Continuous and Smooth workflows.
- Easy Programming: User-friendly NC control for setting Feed length, Stroke pattern, and Zig-zag parameters.
- Versatile Integration: Compatible with a wide range of Press Machines and Automation systems.
Specifications
| Parameter | Range |
|---|---|
| Material Width | Up to 600–1500 mm (Model dependent) |
| Material Thickness | 0.4 mm to 4.0 mm |
| Feed Accuracy | ±0.05 mm (Depends on material and speed) |
| Feed Speed | Up to 30 m/min (Varies by model) |
| Operation | Servo-driven with programmable NC controller |
| Compatible Press Type | Mechanical / Hydraulic / Servo Presses |
Why Choose Our NC Zig-zag Servo Feeder?
Manufacturers seeking to reduce coil costs, increase blanking efficiency, and improve production accuracy will benefit greatly from our NC Zig-zag Servo Feeder. It ensures optimal material usage, consistent output, and higher profitability — making it an essential upgrade for any sheet metal press-based production environment.
Power Press with Servo Feeder
The Power Press with Servo Feeder is an advanced sheet-metal processing system designed for high-precision stamping, punching, and blanking operations.
Integrated with a high-speed servo feeder, it ensures accurate material feeding, minimal wastage, and consistent production output—ideal for modern
manufacturing lines requiring speed, stability, and superior repeatability.
Applications
- Automotive sheet metal components manufacturing
- Electrical enclosures, switchgear, and appliance parts
- Precision blanking and punching operations
- High-volume stamping for metal fabrication units
- Press feeding for Cut-to-Length, Blanking & Progressive Die operations
Advantages
- High Feeding Accuracy: Servo-driven system delivers precise and repeatable material positioning.
- Increased Productivity: Rapid feeding cycles support high-speed stamping lines.
- Reduced Material Waste: Controlled feed lengths optimize coil utilization.
- Enhanced Safety & Automation: Automated feeding reduces manual handling.
- Seamless Integration: Compatible with mechanical, hydraulic, and high-speed presses.
Specifications
| Parameter | Range |
|---|---|
| Press Capacity | 25–250 Tons (Model dependent) |
| Feeding Width | 100–800 mm |
| Feeding Accuracy | ±0.05 mm to ±0.10 mm |
| Feed Length | Programmable as per requirement |
| Operation | Servo-motor driven with PLC control |
Why Should Sheet Metal Manufacturers Use It?
Manufacturers working with high-precision stamping, blanking, and progressive die applications benefit massively from a Power Press integrated with a Servo Feeder. It boosts productivity, improves part accuracy, and ensures consistent feeding—resulting in reduced downtime, higher throughput, and superior finished product quality. This combination is essential for scaling production while maintaining tight tolerances.
H-Frame Power Press Machine
The H-Frame Power Press Machine from Mantra Machineries is an industrial-grade, high-rigidity metal forming press designed for precision stamping, punching, blanking, bending, and deep-drawing operations. Its heavy-duty welded steel frame ensures superior stability, minimal deflection, and reliable performance for continuous production across sheet metal industries.
Applications
- Automotive component manufacturing
- Sheet metal stamping, punching & blanking operations
- Electrical panel and appliance fabrication
- Hardware and industrial parts production
- Forming, bending, and deep-drawing processes
Advantages
- High Structural Rigidity: H-frame design eliminates vibration and improves tool life.
- Consistent Accuracy: Ensures precise forming results in high-volume production.
- Heavy-Duty Build: Designed for demanding and continuous industrial usage.
- Improved Safety: Equipped with modern safety guards and control systems.
- Superior Force Distribution: Uniform load transfer increases reliability and output.
Specifications
| Parameter | Range |
|---|---|
| Capacity | 25 to 300 Tons (Model-dependent) |
| Stroke Length | Adjustable — depends on application |
| Bed Size | Customizable as per tooling requirement |
| Operation | Mechanical / Pneumatic clutch & brake system |
| Frame Type | High-strength welded H-Frame |
Why choose H-Frame Power Press Machine?
Manufacturers across the sheet metal industries can choose Mantra Machineries’ H-Frame Power Press for its unmatched strength, precision, and long-term reliability. It enhances production output, reduces maintenance needs, and supports demanding operations like deep drawing and heavy forming. This machine ensures stable, accurate, and cost-efficient manufacturing—making it an ideal investment for modern fabrication setups.
C-Frame Power Press Machine
The C-Frame Power Press is a compact, versatile sheet-metal stamping and forming machine designed for efficient punching, blanking, bending, and light-to-medium duty metal forming operations. Its open “C”-shaped frame offers easy access to the die area — making material handling, tool setup and part removal faster and simpler.
Applications
- Sheet metal stamping, punching and blanking for automotive, appliance, and general metal fabrication parts
- Bending, forming and shaping of mild steel or light/high ductility metal sheets
- Small to medium batch production runs where quick die changes and flexible layout are required
- Fabrication of brackets, enclosures, metal housings, components for electronics, construction and light engineering
Advantages
- Space-saving design: The open C-frame occupies less floor space than larger straight-side or H-frame presses, ideal for smaller workshops or constrained production areas.
- Easy access & rapid setup: Open front and side access makes loading materials, setting dies, and removing finished parts easier — reducing downtime and increasing productivity.
- Versatility: Suitable for punching, blanking, bending, forming — with flexibility to handle different dies and jobs, which helps when manufacturing a variety of sheet-metal parts.
- Cost-effective: Typically more affordable and easier to maintain than larger, more rigid press types, making it ideal for small to medium workshops or jobs with moderate tonnage requirements.
- Suitable for light-to-medium duty: Provides sufficient force and accuracy for many sheet-metal tasks without the high costs and footprint of heavy-duty presses.
Specifications
| Parameter | Range |
|---|---|
| Capacity | 5 – 250 Tons |
| Bed Area (L × B) | 350 × 300 mm – 1200 × 800 mm (approx.) |
| Slide / Ram & Bed Material | Heavy-duty cast iron or alloy steel |
| Drive / Clutch System | Mechanical (geared or ungeared) |
Why sheet-metal machinery manufacturers should use it?
For sheet-metal machinery shops — dealing with cut-to-length lines, slitting, forming, shearing, and fabricating components — the C-Frame Power Press offers a cost-effective, space-efficient and flexible solution. It handles a wide variety of tasks (punching, blanking, bending, forming) with easy die changes and minimal setup time. Its balance of versatility, affordability and reliable performance makes it ideal for small-to-medium production runs, prototyping, and diversified metal part manufacturing — helping you maximize output without excessive investment.
Component leveller machine
The Component Leveler Machine eliminates waviness, camber, and residual stresses in metal sheets, strips, and components before further processing. It ensures flat, stress-free parts that improve quality and efficiency across downstream operations.
Applications
- Flattening and stress relief of sheet metal, strips, and cut components before forming or fabrication.
- Preparation of blanks for stamping, laser cutting, bending, and welding.
- Precision metal parts production for automotive, electrical panels, appliances, and structural components.
- Leveling metal parts for CNC punching and press automation lines.
Advantages
- Superior flatness & quality: Precisely removes internal stresses and deformation, boosting consistency and surface quality.
- Improved downstream performance: Reduces rejects, rework, and cycle times in forming, welding, and machining.
- Versatile material handling: Suitable for mild steel, stainless steel, aluminium, and other alloys across thickness ranges.
- Enhanced productivity: Automated leveling reduces manual preparation and increases throughput.
- Consistent results: Repeatable flattening and stress relief lead to predictable quality output.
Specifications:
| Parameter | Range / Typical Value |
|---|---|
| Material Type | Mild Steel, SS, Aluminium, Coated Sheets |
| Width Capacity | Up to ~1500 mm |
| Thickness Range | 0.5 – 16 mm |
| Straightening Rolls | 11 – 31 rolls or more |
| Drive Type | Electric / Gear Drive |
| Control | Manual, Semi-Automatic or Fully Automatic Control Panel |
Why Sheet Metal Machinery Manufacturers Should Use It?
For manufacturers working with Cut-to-Length Machines, Slitting Lines, Press Feeding Systems, CNC or Power Press operations, a Component Leveler Machine is essential. By delivering flat, stress-free material and parts, it significantly improves dimensional accuracy and reduces defects in forming, welding, and assembly. This enhances overall production efficiency, reduces waste and rework, and helps achieve higher quality standards in sheet metal fabrication processes — making it a valuable addition to modern metalworking lines.
Semi Auto Stacker
The Semi Auto Stacker is a material-handling device designed to assist with the stacking, lifting and positioning of sheets, pallets and parts in manufacturing and warehouse environments. It typically combines hydraulic lifting with manual or semi-powered positioning to deliver efficient, reliable stacking without the labor intensity of fully manual methods.
Applications
- Stacking sheet metal blanks after cutting, punching or slitting operations
- Loading and unloading pallets in warehouses and production floors
- Transporting heavy parts between presses, shears and storage racks
- Supporting assembly line staging of components and finished goods
- General material handling in workshops, fabrication shops and logistic areas
Advantages
- Reduced manual effort: Semi-auto operation reduces operator fatigue and boosts efficiency.
- Cost-effective: Lower cost than full automation while improving productivity.
- Compact and agile: Designed for narrow aisles and tight spaces.
- Improved safety: Stable handling minimizes load shifts and work-related injuries.
- Versatile use: Works with a wide range of loads and production layouts.
Specifications:
| Parameter | Range / Typical Values |
|---|---|
| Load Capacity | 500 kg – 2,000 kg |
| Lifting Height | Up to ~3,000 mm |
| Operation | Semi-automatic hydraulic lifting with manual travel |
| Frame | Heavy-duty welded steel construction |
| Wheels | PU / nylon wheels for smooth maneuvering |
Why Sheet Metal Manufacturers Should Use It?
Manufacturers dealing with cut-to-length machines, slitting lines, presses, and fabrication lines benefit from a Semi Auto Stacker by streamlining part stacking and material movement, reducing manual labor and workplace injuries, and improving workflow continuity. Its compact, semi-powered design enhances operational efficiency in both small shops and larger industrial facilities.
Auto Pusher Stacker
The Auto Pusher Stacker is an automated material-handling device designed to push and stack metal sheets, panels or pallets efficiently and accurately in production and warehouse environments. It reduces manual labor while improving stack alignment and throughput in press, cutting and fabrication lines.
Applications
- Pushing and stacking sheet metal parts after cutting, slitting or blanking operations.
- Integration with conveyors and roll forming lines for automated stack accumulation.
- Layered stacking of panels, blanks, and cut components for packaging or next-stage processing.
- Warehouse pallet stacking and preparation for dispatch.
Advantages
- Automated stacking: Eliminates repetitive manual stacking and improves throughput.
- Consistent alignment: Ensures neat stacks and reduced rework.
- Integration ready: Works with conveyors, conveyor stackers, and robotic feed lines.
- Enhanced safety: Minimizes manual handling risks and operator fatigue.
- Boosted productivity: Supports continuous stacking in high-speed processes.
Specifications:
| Parameter | Range / Typical Values |
|---|---|
| Stacking Load Capacity | Up to ~1000 kg |
| Stacking Speed | Depending on configuration and line speed |
| Control | PLC / HMI-based automatic sequence control |
| Integration | Conveyor / Roll forming / Press feed lines |
| Safety Features | Emergency stops, sensors for alignment and obstruction detection |
Why Sheet Metal Manufacturers Should Use It?
Manufacturers using cut-to-length machines, slitting lines, roll forming, presses, or automated fabrication lines should consider an Auto Pusher Stacker to streamline stacking operations, reduce manual intervention, and achieve higher consistency in stacking profiles. It enhances workflow continuity, reduces downtime between cycles, and improves overall operator safety in heavy-duty production environments.
Industrial Hydraulic Power Pack
The Industrial Hydraulic Power Pack is a self-contained unit that generates, regulates and delivers hydraulic power to drive heavy-duty machinery such as presses, shears, levelers and material handling systems. It typically combines a motor, pump, reservoir, valves and filters into one robust package to ensure reliable force transmission in demanding industrial environments.
Applications
- Powering hydraulic presses, bending and forming machines in sheet metal fabrication plants.
- Operating shearing machines, levelers and CNC equipment requiring consistent hydraulic force.
- Material handling systems like pallet lifts and hydraulic conveyors.
- Automation and industrial production lines needing precise speed and pressure control.
- Integration with presses, jacks, lifts and other hydraulic actuators in manufacturing units.
Advantages
- High power density: Delivers strong force in a compact design.
- Precise control: Smooth, adjustable speed and pressure output for accurate performance.
- Reliable operation: Designed for continuous duty under heavy loads.
- Low maintenance: Robust construction with integrated filtration minimizes downtime.
- Versatile integration: Compatible with a wide range of hydraulic equipment.
Specifications:
| Parameter | Range / Typical Values |
|---|---|
| Motor Power | 1.0 – 100 HP |
| Tank Capacity | 50 – 1500 Liters |
| Pump Flow Rate | 1 – 200 LPM |
| Operating Pressure | Up to 350 Bar |
| Control | PLC/HMI or Manual Valve Control |