Hydraulic Heating Press
Product Details:
| 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.
Related products
UNIVERSAL-TESTING-MACHINE
Technical Specifications
Load Capacity Range
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From: 1 kN to 2000 kN (or higher depending on model)
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Common ranges: 10 kN, 50 kN, 100 kN, 200 kN, 600 kN, 1000 kN
Machine Types
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Electromechanical UTM
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Servo Hydraulic UTM
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Computerized / Digital UTM
Control Modes
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Load control
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Displacement control
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Strain control
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Pace rate control
Accuracy
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Load accuracy: ±0.5% to ±1% of indicated load
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Class 0.5 / Class 1 as per ISO standards
Load Measurement
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High precision load cell
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Multiple load cell options
Crosshead Travel
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Typically 600–1200 mm (model dependent)
Speed Range
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Very low to high test speeds
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Example: 0.001 to 500 mm/min
Data Acquisition
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Real-time force vs displacement curve
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Stress–strain graph generation
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PC based software with test reports
Safety Features
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Overload protection
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Emergency stop
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Limit switches
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Safety guards
Standards Compliance
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ASTM
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ISO
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IS
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EN
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DIN
Common Tests Performed
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Tensile test
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Compression test
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Flexural test
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Shear test
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Peel test
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Tear test
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Bend test
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
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
CTM WITH PACE CONTROL
Key Features
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Pace Control System – Maintains constant loading rate
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Microprocessor / PLC Based Control
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Closed-Loop Servo Control
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Digital Load & Extension Measurement
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High Accuracy Load Cell (±1% or better)
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Automatic Load Holding & Unloading
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Overload Protection
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Emergency Stop Switch
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Data Acquisition Software (PC Based)
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Real-Time Load vs Elongation Graph
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USB / Ethernet Interface
Technical Specifications (Typical)
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Capacity: 100 kN, 200 kN, 300 kN (customizable)
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Pace Rate: Programmable (kN/sec or mm/min)
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Load Resolution: 1/10000 of capacity
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Crosshead Speed: Variable with pace control
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Power Supply: 230V AC, 50 Hz
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Frame Type: Rigid 2-Column / 4-Column Structure
Pace Control Description
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Automatically controls rate of loading during tensile test
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Conforms to IS, ASTM, ISO, BS standards
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Ensures uniform stress application on specimen
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Ideal for concrete, steel, rebar, wire, fasteners testing
Applications
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Tensile testing of metal rods, bars, wires
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Testing of rebars as per IS 1786
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Quality control laboratories
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R&D and material testing labs
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Educational institutions
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Construction & infrastructure projects
Standards Compliance
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IS 1828
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ASTM E8 / E9
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ISO 6892
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BS Standards
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
DIGITAL TENSILE TESTING MACHINE
What Is a Digital Tensile Testing Machine?
A Digital Tensile Testing Machine is an electromechanical device used to measure how materials behave under tension — that is, how much force they can withstand before they stretch or break. It digitally records key parameters like force, elongation, and strength, and displays these on a screen or computer interface for analysis.
🧪 How It Works
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Specimen Mounting
A sample (metal, plastic, rubber, textile, etc.) is gripped between the machine’s upper and lower fixtures. -
Tension Application
The machine pulls the specimen apart at a controlled speed using a motor and crosshead mechanism. -
Data Capture
As tension increases, digital sensors (usually load cells) record force versus elongation. Modern machines often interface with software for real-time graphs and data export. -
Failure & Analysis
Testing continues until the material breaks. The machine then reports properties such asultimate tensile strength, yield strength, elongation, and modulus of elasticity.
📊 Typical Features
✅ Digital & Computerized Readouts
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Real-time display of force, displacement, and elongation.
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Many machines provide computer interfaces for storing and analyzing test results.
✅ Precision Sensors
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High-sensitivity load cells and digital encoders ensure accurate measurements.
✅ Safety & Protection
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Limit switches and overload protection safeguard both the specimen and the machine.
✅ Variable Speed Control
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Test speeds can often be varied based on material type and test standards.
✅ Standards Compliance
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Machines can be designed to meet ASTM, ISO, and IS standards depending on industry requirements.
🏭 Common Applications
Digital tensile testers are used in:
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Industrial quality control (metals, plastics, elastomers)
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R&D laboratories (new materials, composites)
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Automotive & aerospace sectors (ensuring material safety)
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Textile and packaging industries (fiber and film testing)
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Educational and research institutions
🔍 What Results You Get
After a test, you typically get:
| Property | Meaning |
|---|---|
| Tensile Strength | Highest stress the material withstands before breaking |
| Yield Strength | Stress at which material begins to deform permanently |
| Elongation at Break | How much the material stretched before breaking |
| Modulus of Elasticity | Material stiffness measured from stress-strain data |
🛠 Buying Considerations
If you’re looking to purchase one:
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Load Capacity: Choose based on maximum force you need to test (e.g., 500 N vs. 5000 kgf).
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Display Type: Digital panel vs. computer-integrated software.
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Accuracy & Standards: Verify compliance with relevant testing standards (ASTM, ISO, etc.).
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Accessories: Special grips or fixtures for different materials enhance flexibility.
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