TBT-1 Lab Mechanical Digital Point Load test Strength Apparatus

Name: TBT-1 Lab Mechanical Digital Point Load test Strength Apparatus
Brand: Nanjing T-Bota Scietech Instruments & Equipment Co., Ltd.
SKU: 60676759423_1
Price: 100.00 USD
Availability: InStock
Rating: 4.8 (100 reviews)

Product overview

Core functionalities

Applicable scenarios

Unique advantages

Point Load Strength Testing: Designed to measure material compressive strength using precise hydraulic force application, ideal for evaluating rock, ceramic, or composite materials.
Digital Monitoring & Control: Equipped with a real-time digital display for force, displacement, and test parameters, ensuring accuracy and ease of data recording.

Key features

1. Durable Steel Frame Construction

With a corrosion-resistant steel body and reinforced vertical support columns, you can ensure structural integrity under extreme compressive forces. This robust design outperforms plastic-based models prone to deformation.

2. Real-Time Digital Monitoring System

With a high-precision digital display panel, you can track force, displacement, and test parameters in real time. This eliminates manual calculations, offering 30% faster data analysis compared to analog gauges.

3. Adjustable Hydraulic Force Control

With a precision hydraulic system and adjustable piston jack, you can customize compressive force from minimal to maximum capacity. This versatility accommodates both delicate material testing and heavy-duty industrial applications.

4. Enclosed Safety Testing Environment

With an integrated safety enclosure and interlock system, you can perform hazardous material testing securely. This reduces operational risks compared to open-frame models.

5. Compliance with Standard Testing Protocols

As a standard-certified apparatus, it meets ISO and ASTM material testing standards, ensuring reliable results for academic, industrial, and quality control scenarios.

Product details

The TBT-1 Lab Mechanical Digital Point Load test Strength Apparatus is a manual-operated, mechanically powered testing device designed for precise compressive force analysis. Built with durable steel construction and featuring a hydraulic system with adjustable force application, it ensures safety and accuracy in material testing. The digital display provides real-time data, while its enclosed testing area and safety interlock system protect operators. Backed by a 1-year warranty, it is ideal for academic, industrial, and quality control labs.

Technical specifications

Feature	Specification	Application Scenario
Power Type	Manual/Mechanical	Low-cost, manual-force-driven testing environments
Material	Steel (durable, high-pressure resistant)	Heavy-duty industrial and laboratory testing
Force Control	Hydraulic system with adjustable piston/jack	Customized compressive force testing (e.g., rock, concrete)
Display	Digital panel (force, displacement, load curves)	Real-time monitoring of test parameters
Safety Features	Enclosed testing chamber + safety interlock system	Hazardous material testing (e.g., brittle or sharp samples)
Certification	Standard compliance (ISO/ASTM)	Regulatory-compliant lab environments
Warranty	1 year	Full coverage for mechanical/digital components

Customization guide

Adjustable force parameters (via hydraulic jack) allow customization to meet specific material testing needs, such as varying compressive strengths or test pressures.

Get inspired

Whether testing geological samples, construction materials, or industrial components, the TBT-1’s precision and safety features empower researchers and engineers to optimize material performance and reliability.

Choose your model

Parameter	Base Model	Advanced Model	Pro Model
Max Force Capacity	30 kN	+50% (45 kN)	+100% (60 kN)*
Force Precision	±1%	±0.5%	±0.2%
Safety Features	Basic interlock	Dual-layer enclosure	Auto-shutdown + remote monitoring
Data Storage	SD card (16 GB)	Cloud sync	Cloud + USB (128 GB)

Supplier's note

Three Technical Breakthroughs:
- Hydraulic System: With a steel-reinforced piston, the TBT-1 delivers 20% faster force response than traditional mechanical testers.
- Digital Display: Real-time load curves enable 99.8% accuracy in stress-strain analysis, reducing manual calculation errors.
- Safety Enclosure: The Pro model’s auto-shutdown feature (triggered by pressure surges) ensures zero operator exposure to hazards.
Version Selection Guide:
- Base Model: Ideal for academic labs or small-scale testing (e.g., soil samples). With its 30 kN capacity, it meets basic ASTM standards.
- Advanced Model: Suitable for industrial R&D (e.g., automotive parts testing). The 45 kN force and cloud sync make it perfect for collaborative projects.
- Pro Model: Designed for high-stakes applications like aerospace material testing. Its 60 kN capacity and remote monitoring allow real-time adjustments during extreme force tests.

Pro Model’s 60 kN capacity exceeds industry benchmarks by 30%, enabling safe handling of ultra-high-strength alloys. Paired with its ±0.2% precision, this creates unmatched reliability for critical infrastructure projects.

Product comparison

Category	Usage Scenarios	Characteristics	Advantages	Disadvantages
Manual Point Load Testers (TBT-1 Base)	Lab testing of rocks/minerals, education/research	Manual operation with digital display (±1% accuracy ▲ over analog models), 30 kN capacity (ASTM D5817 compliant)	Cost-effective, portable (15 kg), no external power required	Lower capacity than hydraulic systems, slower manual adjustments
Hydraulic Testing Machines (Industry Standard)	High-force material testing, industrial quality control	Hydraulic system (up to 500 kN ▲▲▲), digital load monitoring (ISO 376/377 compliant)	High capacity, precise force application	Bulky, requires skilled operation, higher maintenance costs
Electric Point Load Testers (Our Advanced)	Automated labs, R&D facilities	Motorized load application (▲▲ vs manual), 50 kN capacity, ±0.5% accuracy (ASTM D5817 ▲▲)	Faster testing, consistent results, reduced human error	Higher cost, requires electrical power
Fully Automated Systems (Industry Leading)	Mass production quality control	Full automation with software (▲▲▲), 100 kN capacity, real-time data logging	Eliminates human error, high throughput	Expensive, complex setup, requires IT support
Portable Field Testers (Industry Standard)	On-site testing in remote areas	Lightweight design (▲ portability), 10 kN capacity, battery-powered	Easy transport, no lab dependency	Lower accuracy (±3%), limited force range
Digital Force Measurement Systems (Our Advanced)	Material research, precision labs	High-resolution sensors (0.1% accuracy ▲▲), ISO 9513 compliant, USB data export	Ultra-precise measurements, traceable data	Requires frequent calibration, fragile sensors