DIGITAL BURSTING STRENGTH TESTER
Technical Specifications
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Measurement Range: 0–100 kg/cm² / 0–1000 kPa (customizable)
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Display: High-resolution digital LCD / LED display
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Accuracy: ±1% of full scale
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Pressure System: Hydraulic pressure with rubber diaphragm
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Clamping Method: Manual / Pneumatic clamping (optional)
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Specimen Diameter: As per standard (e.g., 30.5 mm / 50 mm)
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Pressure Application Rate: Adjustable, as per standard requirements
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Control System: Microprocessor-based digital controller
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Peak Hold Function: Yes (maximum burst value capture)
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Units Displayed: kg/cm², kPa, PSI (selectable)
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Power Supply: 220–240 V AC, 50 Hz
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Standards Compliance:
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IS: 1060
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TAPPI T403
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ISO 2758 / ISO 2759
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ASTM D3786 / ASTM D3787
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Optional Features:
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Computer interface (RS-232 / USB)
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Bursting index calculation
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Data storage & printer output
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The Digital Bursting Strength Tester is a precision testing instrument designed to determine the bursting strength and bursting index of paper, paperboard, corrugated board, textile fabrics, leather, and packaging materials. The tester applies hydraulic pressure through a rubber diaphragm until the specimen ruptures, while a digital system accurately records the maximum pressure at burst.
Equipped with a microprocessor-based digital display, the instrument ensures high accuracy, repeatability, and ease of operation. It conforms to major international testing standards, making it ideal for quality control, R&D, and production environments in paper mills, packaging industries, textile labs, and inspection agencies.
Related products
COMPRESSION TESTING MACHINE
Technical Specifications
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Capacity Range:
50 Ton / 100 Ton / 200 Ton / 300 Ton / 500 Ton / 2000 kN -
Load Measurement:
Digital load indicator / Computerized data acquisition system -
Load Accuracy:
±1% of indicated load (Class 1) -
Loading Method:
Hydraulic compression with controlled pace rate -
Pace Rate Control:
Manual / Semi-automatic / Fully automatic -
Platen Size:
200 × 200 mm / 300 × 300 mm / Customizable -
Maximum Piston Stroke:
50 – 100 mm -
Frame Construction:
Heavy-duty welded steel frame with high rigidity -
Power Supply:
230V AC, Single Phase / 415V AC, Three Phase -
Hydraulic Pressure:
High-pressure axial piston pump -
Standards Compliance:
IS:14858, IS:516, ASTM C39, ASTM C109, BS EN standards -
Safety Features:
Overload protection, pressure relief valve, emergency stop
SERVO CONTROLLED UTM
📊 Typical Technical Parameters
(Specifications vary by model & capacity: 100 kN–2000 kN or more)
| Parameter | Typical Range / Value |
|---|---|
| Load Capacity | 100 kN, 200 kN, 400 kN, 600 kN, 1000 kN, 2000 kN etc. |
| Load Accuracy | ±1 % or better |
| Test Speed | 0.001 to 500 mm/min (configurable) |
| Position Resolution | 0.01 mm or better |
| Control Modes | Load, strain/elongation, displacement, hold |
| Measurement Feedback | Load cell, encoder/extensometer |
| Data Output | Real-time graph, exportable results |
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
MOTORIZED KNOTCH CUTTER
Key Features
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Motorized operation for uniform and precise notch cutting
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High-accuracy linear slide mechanism
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Interchangeable cutters for V-notch and U-notch
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Rigid body construction for vibration-free operation
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Adjustable cutting depth and feed
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Safety cover for operator protection
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Suitable for metals, plastics, and composite specimens
Technical Specifications (Typical)
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Notch Types: V-notch (45°), U-notch (2 mm radius)
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Specimen Size: As per ASTM / ISO standards
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Motor: Single phase / Three phase AC motor
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Cutting Accuracy: ±0.01 mm
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Standards Compliance: ASTM E23, ISO 148, IS 1757
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Operation: Bench-mounted, motor-driven
Applications
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Impact test specimen preparation
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Quality control laboratories
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Metallurgical testing labs
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Plastic and polymer testing
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Research & development centers
DIGITAL HARDNESS TESTING MACHINE
Common Types
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Digital Rockwell Hardness Testing Machine
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Digital Brinell Hardness Testing Machine
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Digital Vickers Hardness Testing Machine
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Portable Digital Hardness Tester (Leeb type)
Key Features
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Digital LCD/LED display
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Automatic load application & dwell time
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High accuracy & repeatability
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Direct hardness value display (HRC, HRB, HB, HV, etc.)
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Data storage & USB/PC connectivity (optional)
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Conforms to ASTM / ISO / IS standards
Typical Applications
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Quality control labs
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Heat treatment shops
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Foundries & forging units
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R&D laboratories
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Engineering colleges & testing labs
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
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