LOAD TESTING MACHINE
Technical Specifications
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Load Capacity Range: 50 kN to 5000 kN (customizable)
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Type: Hydraulic / Electro-Mechanical
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Control Mode: Manual / Semi-Automatic / Computerized
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Load Measurement: Digital Load Cell / Pressure Sensor
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Accuracy: ±1% or better
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Display: Digital indicator / Computer software display
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Resolution: High resolution load reading
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Loading Rate Control: Adjustable
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Frame Construction: Heavy-duty steel frame
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Power Supply: 220V / 415V AC
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Hydraulic System: Motorized hydraulic power pack
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Data Output: USB / RS232 / Software-based reporting (computerized models)
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Safety Features: Overload protection, emergency stop
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Test Modes: Compression / Tension / Flexural (depending on model)
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Standards Compliance: IS / ASTM / BS / EN standards (model dependent)
A Load Testing Machine is a precision-engineered device designed to measure the strength, load-bearing capacity, and structural performance of materials, components, and assemblies under controlled load conditions. It is widely used in construction laboratories, civil engineering labs, research institutions, and industrial quality control departments.
The machine applies compressive, tensile, bending, or proof loads to test specimens such as concrete blocks, bricks, steel components, fasteners, beams, and structural elements. It ensures accurate load measurement, stable operation, and repeatable test results. Modern load testing machines are available in digital or computerized models with automatic data logging and report generation.
The system is built with a heavy-duty loading frame, high-precision load cell or pressure transducer, and advanced control unit to ensure safe and reliable testing performance.
Related products
CONSTANT TEMP BATH
Technical Specifications
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Temperature Range: Ambient +5°C to 100°C (water bath) / up to 200°C (oil bath models)
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Temperature Accuracy: ±0.1°C to ±0.5°C
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Temperature Uniformity: ±0.2°C
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Controller Type: Digital PID microprocessor controller
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Display: LED / LCD digital temperature display
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Heating System: Stainless steel immersion heater
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Tank Material: SS 304 / SS 316 stainless steel inner chamber
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Outer Body: Powder-coated MS / Stainless steel
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Insulation: High-density thermal insulation
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Circulation: Built-in circulation pump for uniform temperature (in advanced models)
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Capacity: 5L, 10L, 20L, 30L, 50L or custom sizes
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Stirring Option: Magnetic / mechanical stirring (optional)
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Safety Features: Over-temperature cut-off, dry-run protection
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Power Supply: 220–240V AC, 50 Hz, Single phase
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Optional Features: External circulation, programmable controller, timer, RS-232/USB output
FLEXURAL STRENGTH TESTING MACHINE
Technical Specifications
Load Capacity
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Range: 10 kN to 300 kN
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Suitable for concrete beams, tiles, blocks, polymers, composites
Loading Type
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Three-point bending
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Four-point bending
Control System
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Manual / Motorized / Servo-controlled
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Pace rate control available
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Closed-loop feedback system (in advanced models)
Display
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Digital load indicator
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Touchscreen controller (computerized models)
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Real-time load vs deflection graph
Accuracy
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±1% or better of indicated load
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Calibrated load cell system
Loading Rate
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Adjustable loading rate
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Standard compliant loading speed control
Test Span Adjustment
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Adjustable support span
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Roller support fixtures
Drive Mechanism
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Hydraulic power pack or electromechanical screw drive
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Servo motor (in advanced systems)
Data Output
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Software-based data acquisition
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Test reports generation
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USB / PC connectivity
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Automatic peak load capture
Safety Features
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Overload protection
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Emergency stop
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Limit switches
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Guard enclosure
Standards Compliance
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ASTM C78 / ASTM D790
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IS 516
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ISO standards for flexural testing
SAMPLE CUTTING PRESS
Technical Specifications
(Specifications may vary by model and capacity)
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Type: Hydraulic / Pneumatic / Manual Sample Cutting Press
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Capacity: 5 Ton / 10 Ton / 20 Ton / 25 Ton / 30 Ton (or as required)
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Pressing Area: 300 × 300 mm to 500 × 500 mm
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Daylight Gap: 100 – 250 mm
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Ram Stroke: Adjustable
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Pressure Control: Manual / Digital Pressure Gauge
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Operation Mode: Push Button / Foot Switch / Dual Hand Safety Control
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Cutting Accuracy: High repeatability with clean edges
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Platen Material: Hardened Steel / EN-grade Steel
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Frame Construction: Heavy-duty welded steel frame
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Power Supply: 230V / 415V AC, 50 Hz
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Safety Features: Emergency stop, overload protection, safety guard
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Standards Compliance: ASTM, ISO, IS, DIN, BS
Applications
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Rubber and plastic testing laboratories
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Automotive and aerospace material testing
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Textile and leather industries
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Packaging and polymer testing
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Quality control and R&D labs
Key Features
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Uniform cutting pressure
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Rugged and vibration-free structure
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Easy die replacement
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Low maintenance operation
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High operator safety
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Suitable for standard and custom dies
VIBRATING TABLE
Key Features
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Heavy-duty fabricated steel construction
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Adjustable vibration frequency and amplitude
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Uniform vibration across table surface
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Low noise and energy-efficient operation
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Anti-vibration mounts for floor protection
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Manual / digital / PLC control options
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Maintenance-free vibrator motor
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Custom table size and load capacity available
Applications
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Concrete cube and block compaction
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Precast concrete products
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Foundry sand compaction
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Laboratory material testing
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Pharmaceutical and chemical compaction
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Packaging and container settling
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Soil and aggregate testing
Technical Specifications (Typical)
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Table Size: Customizable
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Load Capacity: 50 kg to 2000 kg (or higher)
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Vibration Frequency: 0–6000 vibrations/min
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Amplitude: Adjustable
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Motor Type: Unbalanced / Electromagnetic
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Power Supply: 230V / 415V, 50 Hz
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Control: Manual / Digital / PLC
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Mounting: Spring or rubber isolation
COMPUTERIZED TENSILE TESTING MACHINE
A Computerized Tensile Testing Machine (CTTM) is used to measure the mechanical properties of materials by applying a controlled tensile (pulling) load and recording the response digitally.
What it does
It determines properties such as:
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Tensile strength
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Yield strength
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Elongation (%)
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Reduction in area
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Young’s modulus (with extensometer)
All results are captured, displayed, and stored via computer-based data acquisition software.
Main components
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Loading Frame
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Rigid two- or four-column structure
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Driven by servo motor / AC motor / hydraulic system
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Grips & Fixtures
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Wedge grips (manual or hydraulic)
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Suitable for flat, round, wire, or threaded specimens
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Load Cell
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High-accuracy force measurement (typically Class 1 or better)
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Crosshead & Drive System
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Precise speed control for strain-rate–dependent tests
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Extensometer (optional but recommended)
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For accurate strain and modulus measurement
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Computer & Testing Software
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Real-time load–elongation / stress–strain curves
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Automatic calculation of results
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Report generation and data export
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Typical capacities
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1 kN – 100 kN → plastics, rubber, wires, thin metals
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100 kN – 600 kN → structural steel, rebars, plates
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Higher capacities available in hydraulic models
Materials tested
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Metals (steel, aluminum, copper, rebars)
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Plastics & polymers
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Rubber & elastomers
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Wires, cables, fasteners
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Composites and sheets
Standards supported
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ASTM: A370, E8, D638, D412
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ISO: 6892, 527
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IS: 1608, 1828
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BS / DIN standards (as required)
Key advantages
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High accuracy and repeatability
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Fully automated testing & reporting
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Easy calibration and compliance
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Suitable for R&D, QA/QC, and production labs
Optional features
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Video extensometer
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Temperature chamber (hot/cold testing)
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Automatic hydraulic grips
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Networked data storage
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Customized test methods
If you want, I can help you with:
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Technical specifications for a particular capacity
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Comparison: electromechanical vs hydraulic
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Tender / purchase specification
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Brochure-style product description
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Price range in India
IZOD IMPACT TESTING MACHINE
📌 What an Izod Impact Testing Machine Is
An Izod impact testing machine is a pendulum-based impact resistance tester used to determine how much energy a material absorbs when impacted suddenly — a measure of the material’s toughness. In the test:
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A notched specimen (usually plastic or metal) is held vertically in a clamp.
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A pendulum hammer is raised to a fixed height and then released.
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It swings down and strikes the specimen, breaking it.
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The energy absorbed in breaking the specimen is measured from how far the pendulum swings after impact.
Standards: Many machines conform to internationally recognized standards such as ASTM D256 (Izod methods) and ISO 180 (plastic impact testing).
🧪 Why It’s Used
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Material toughness assessment: Determines how materials behave under sudden shock loading.
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Quality control: Ensures consistency and safety for products experiencing impacts in real use.
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R&D: Helps in material selection and design validation in industries like plastics, automotive, aerospace, and consumer products.
🧠 Key Features to Look For
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Energy range: Typically from a few joules up to several dozen joules depending on material and application.
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Display: Analog dial or digital interface with read-out.
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Automatic data handling: USB/PC connectivity on digital models.
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Dual test capability: Some models support both Izod and Charpy tests.
DIGITAL INSULATOR LOAD TESTING MACHINE
⚙️ Typical Specifications
(Can vary by manufacturer and capacity)
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Load Capacity:
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10 kN to 500 kN (1–50 Ton)
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Higher capacities available on request
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Loading Type:
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Tensile (most common)
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Compression (optional)
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Load Measurement:
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High-accuracy digital load cell
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Accuracy:
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±1% or better
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Display:
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Digital controller showing load, peak load, and hold time
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Control Mode:
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Manual / semi-automatic / fully automatic
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Loading Rate:
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Adjustable as per IS/IEC standards
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Frame Type:
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Rigid steel fabricated or 4-column structure
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Power Supply:
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230V AC, 50 Hz (India standard)
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🧪 Tests Performed
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Mechanical Failing Load Test
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Proof Load Test
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Routine Load Test
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Sustained Load Test
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Breaking Load Test
📜 Applicable Standards
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IS 731 / IS 2544
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IEC 60383 / IEC 61109
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ASTM standards (where applicable)
🖥️ Optional Features
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PC interface with software
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Load vs time graph
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Data logging & report generation
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Hydraulic power pack with proportional valve
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Safety enclosure & overload protection
🏭 Construction Highlights
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Heavy-duty hydraulic cylinder
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Precision servo or hand-operated hydraulic system
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Self-aligning grips to avoid bending stresses
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Corrosion-resistant fixtures for outdoor insulators
If you want, I can help you with:
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Technical specification for tender
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Comparison with UTM
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Budgetary price range (India)
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Customized capacity selection
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Datasheet or catalogue format
Hydraulic Heating Press
| Capacity | upto 10 tons |
| Country of Origin | Made in India |
| Cylinder Capacity | 10 Tons maximum (hydraulic power unit) |
| Piston Stroke | Maximum 50mm |
| Max Pressure | 200 barst |
| Loading Type | Vertical up |
| Daylight | 120 mm (distance between punch and die) |
- VBCC's Manual Press stands out as a versatile and user-friendly tool designed to cater to various precision pressing and forming operations. Crafted with a focus on ease of use and reliability, this press finds its niche in laboratories and small-scale industrial settings where hands-on control and precision are paramount.
- This manual press is engineered to facilitate a range of tasks, including sample preparation, material compaction, and shaping operations. Its straightforward operation, coupled with robust construction, ensures that users can exert controlled force with precision, making it an indispensable tool in scenarios that require a hands-on approach.
- One of the key features of VBCC's Manual Press is its adaptability to different applications. Its design allows for flexibility in accommodating diverse materials and shapes, making it suitable for a wide array of pressing requirements. Whether in a laboratory setting conducting experiments or in an industrial environment working on small-scale production, this press delivers reliable and efficient performance.
- The user-friendly nature of the VBCC Manual Press makes it accessible to both seasoned professionals and those new to the field. Its intuitive design streamlines the pressing process, minimizing the learning curve and maximizing productivity. This ease of use, combined with the press's robust construction, ensures longevity and consistent performance over time.
- In summary, the VBCC Manual Press is not just a tool; it's a solution for precision pressing needs. From its adaptability to its user-friendly design, this manual press contributes to the success of various pressing applications, making it an invaluable asset for researchers, engineers, and professionals working in fields that demand precision and reliability.
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