Advanced Jbw Series Computer-Controlled Pendulum Impact Testing Machine

• Customization: Available
• After-sales Service: Permanent
• Warranty: 1 Year
• Type: Impact Testing Machine
• Accuracy Grade: 0.5
• Load Way: Electronic Load
• Loading Method: Dynamic Load
• Display: Digital
• Control: Computer Control
• Weight: 1000-2000Kg
• Power Source: AC380V
• Customized: Yes
• Delivery Time: 30 Day
• OEM Service: Yes
• Quality: 100% Inspection
• Transport Package: Non-Solid Wood Packaging Box
• Trademark: NAKE
• Origin: China
• HS Code: 9024101000
• Production Capacity: 300 Sets/Year

Product Description

NKYJZ-500E-1000E-1500E Computer Controlled High Strength Bolt Torque Axial Force Torsion Testing Machine 

Product Description

 

JBW-450C
Computer-Controlled Pendulum Impact Testing Machine
 

1. Applicable Standards:

• GB/T 2611-2007: "General Technical Requirements for Testing Machines"
• JB/T 7406.1-1994: "Testing Machine Terminology - Material Testing Machines"
• GB/T 3808-2010: "Inspection of Pendulum Impact Testing Machines"
• GB/T 229-2007: "Charpy Pendulum Impact Test Method for Metallic Materials"
• JJG 145-2007: "Pendulum Impact Testing Machines"
• ISO 148:1998: "Metallic Materials - Charpy Pendulum Impact Test"
• ASTM E23-07a: "Standard Test Methods for Notched Bar Impact Testing of Metallic Materials"
• GB/T 18658-2002: "Standard Charpy V-Notch Specimen for the Inspection of Pendulum Impact Testing Machines"
• JB/T 6147-2007: "Technical Requirements for Packaging, Marking, Storage, and Transportation of Testing Machines"

2. Main Technical Parameters

(a) Main Machine and Accessories Parameters

Item	JBW-450C
Maximum Impact Energy (J)	450
Effective Usage Range	10% - 90% FS
Pre-Raised Pendulum Angle	150°
Distance from Pendulum Axis to Impact Center	750 mm
Impact Speed	5.24 m/s
Anvil Span	40 mm
Anvil Fillet Radius	R1 - 1.5 mm
Anvil Inclination Angle	11° ± 1°
Impact Blade Angle	30° ± 1°
Impact Blade Curvature Radius (2 mm Blade)	2 mm - 2.5 mm
Impact Blade (8 mm Blade)	8 mm ± 0.05 mm
Impact Blade Shoulder Fillet Radius (8 mm)	0.1 mm - 1 mm
Impact Blade Width (8 mm Blade)	4 mm ± 0.05 mm
Overall Impact Blade Width	10 mm - 18 mm
Impact Knife (Blade) Thickness	16 mm
Specimen Size (mm)	10×10×55; 10×7.5×55; 10×5×55; 10×2.5×55

(b) Measurement Parameters

Item	JBW-450C
Angle Measurement Method	Photoelectric Encoder
Angle Accuracy	0.06°
Digital Display Angle Resolution	0.015°
Digital Display Energy Resolution	0.12 J
Minimum Dial Resolution	≥ 0.5 J
Energy Display Modes	Dial, LCD, Computer

(c) Overall Machine Parameters

Item	JBW-450C
Overall Dimensions	Main Unit: With acrylic protective cover, 2220 × 900 × 2220 (L×W×H) Electrical Cabinet: 960 × 620 × 830 (L×W×H)
Weight	Main Unit: Approximately 1500 kg Electrical Cabinet: Approximately 100 kg
Specimen Recovery Device	Automatically recovers the specimen after each test; safe, convenient, and reliable
Safety Protection Device	Main unit is equipped with a fully enclosed safety shield featuring an aluminum alloy frame and tempered glass
Door Interlock Power-Off	The safety system includes a door access switch to cut power when the door is open
Power Failure Protection	Reliable disc brake ensures the pendulum stops during a power outage
Expansion Capability	Reserved interface for robotic automatic specimen feeding; upgradeable to a fully automatic testing machine in the future
Motor Power	1.5 kW
Power Supply	Three-phase five-wire system, 380 V ± 10%, 50 Hz
Operating Environment	Vibration-free, dust-free; Room temperature (15-25 °C); Humidity < 70%

 

4. Functions and Applications

This series of impact testing machines features a high-rigidity main unit, computer control, and automatic measurement and recording-representing the highest technological level of pendulum impact testing machines available domestically. Designed and manufactured in accordance with ISO 148:1998 and GB/T 3808-2010 ("Inspection of Pendulum Impact Testing Machines"), the machine fully meets both national and international standards for metallic material impact testing.

With powerful functionality, reliable stability, precise testing, and ease of operation, it is an ideal device for testing the impact resistance of metallic materials under dynamic loads and assessing their toughness or brittleness. The machine is widely used in research institutes, testing organizations, universities, aerospace, metallurgy, machinery manufacturing, pressure vessels, shipbuilding, automotive, bridges, wind power, and other industries for precision material research, analysis, development, selection, process improvement, and quality control.

It is also one of our company's flagship products and a mainstream model in the market, with over 1,000 units produced and sold. Extensive practical testing and continuous improvements have resulted in mature technology, high reliability, and low failure rates-earning widespread praise and recognition from the market and users.
 

5. Technical Features and Advantages

1. Integrated Frame and Base Design: 
   • The main machine frame and base are integrated and cast as a whole, eliminating weak points at the connection of separate parts. This greatly improves overall rigidity and stability, minimizes energy absorption by the machine body, and ensures that the measured energy closely approximates the actual energy absorbed by the specimen-ideal for high-energy impacts.
2. Elimination of Assembly Errors: 
   • The integrated construction avoids errors associated with assembling split-type frame and base connections.
3. High-Rigidity Design: 
   • Each load-bearing component is designed using finite element analysis, then precisely machined and tested.
4. Precision Machining: 
   • A machining center processes the front and rear bearing holes and anvil installation positions in one operation to ensure symmetry and accurate distance from the pendulum axis to the impact point.
5. Double-Support Frame Structure: 
   • The pendulum main shaft is supported as a simply supported beam, ensuring balanced load distribution and reducing lateral vibration during impact.
6. Balanced Bearing Loads: 
   • Front and rear bearings share the load equally, minimizing friction and reducing impact damage.
7. Imported High-Precision Bearings: 
   • Featuring low friction, high impact resistance, and long service life.
8. Thick-Walled Seamless Pendulum Rod: 
   • Provides high stiffness with minimal deformation, thereby reducing energy absorption.
9. Precisely Designed Circular Pendulum Hammer: 
   • Designed using 3D software for an accurate center of gravity; its circular structure effectively minimizes energy loss due to air resistance during impact.
10. Special Material Impact Blade: 
    • Manufactured from high-hardness material, ensuring minimal deformation and excellent impact resistance.
11. Interchangeable Impact Blades: 
    • Equipped with both 2 mm and 8 mm impact blades, fixed using a screw-clamping method for simple and convenient replacement.

1. Precision-Anvil Design: 
   • The specimen support jaws (anvil) are processed with special materials and techniques to ensure a robust, smoothly transitioned blade edge that is both impact-resistant and wear-resistant.
2. Dual-Stage Reduction Motor: 
   • Provides high torque without slippage and operates quietly. The reduction motor is manufactured using German technology for reliable, long-term performance.
3. Advanced Electromagnetic Clutch: 
   • Produced with advanced foreign technology, it offers rapid engagement and disengagement without slippage.
4. PLC Control System: 
   • The system (Siemens, Germany) automatically manages the entire test process-including swinging, hanging, impacting, and releasing-ensuring reliable operation and significantly reducing electrical failure rates.
5. Consistent Initial Impact Energy: 
   • The pendulum is controlled by the PLC to hang at a preset angle, ensuring precise and unchanging positioning for constant initial impact energy.
6. Hydraulic Buffer Mechanism: 
   • The hanging device uses a patented hydraulic buffering system for smooth operation without vibration, protecting the hanging and releasing mechanism.
7. Clean Electrical Drive: 
   • The electrical drive for releasing the pendulum ensures a clean impact, preserving the initial energy and speed.
8. Automatic Re-Hanging: 
   • After impact, the remaining energy is used to automatically re-hang the pendulum, preparing it for the next test and improving efficiency.
9. Adjustable Energy Levels: 
   • The initial energy level can be modified by changing the pendulum, broadening its range of applications.
10. Flexible Operation Interfaces: 
    • Operable via a microcomputer interface or a touchscreen.
11. High-Precision Energy Measurement: 
    • A high-precision photoelectric encoder accurately measures the angle, while a computer calculates the absorbed impact energy to greatly improve testing accuracy.
12. Multiple Energy Display Modes: 
    • Energy values are shown on a dial, LCD, and computer display, allowing for cross-comparison.
13. Automatic Calibration Function: 
    • The software includes an automatic calibration function to assess frictional energy loss and air resistance energy loss.
14. Automatic Specimen Discharge: 
    • After impact, based on preset criteria, the control system automatically determines specimen acceptance and sorts them accordingly.
15. Independent Electrical Control Cabinet: 
    • Complete isolation of high and low voltage circuits minimizes interference.
16. Safety Pin Mechanism: 
    • A safety pin automatically ejects when the pendulum reaches the preset position, preventing accidental descent.
17. Fully Enclosed Safety Shield: 
    • The machine is equipped with a split, combinable, openable fully enclosed safety shield (patented technology) made of aluminum alloy and tempered glass. A door interlock switch ensures the machine operates only when the door is securely closed, enhancing safety.

Software Function Introduction

• Main Interface:
  The primary operations and information display are conducted on the main interface, which is divided into several functional areas.

9. Components and Configuration

(a) Main Unit Components

Item	JBW-450C
Main Unit	1 set (base frame, HT250, precision cast using a metal mold)
Dial	1 piece (mounted on the main unit)
Dual-Stage Reduction Motor	1 set (mounted on the main unit)
Electromagnetic Clutch	1 set (Tianjin)
Pendulum Drive System	1 set (mounted on the main unit)
Pendulum Hanging/Release Mechanism	1 set (mounted on the main unit)
Automatic Recovery System	1 set (mounted on the main unit)
Safety Mechanism	1 set (mounted on the main unit)
Safety Protection Device	1 set (fully enclosed)

(b) Electrical and Measurement Control System

Item	JBW-450C
AC Contactors	4 pcs
Circuit Breaker	1 pc
Fuse	1 pc
Aviation Plug	3 pcs
Programmable Control PLC	1 unit
Touchscreen	1 unit
Computer	1 unit (Lenovo brand)
Printer	1 unit (black and white laser printer, HP P1106)
Processing Board	1 set
Specialized Measurement Software	1 set

(c) Testing Accessories and Miscellaneous Tools

Item	JBW-450C
Circular Pendulums	2 sets (one set of 450J and one set of 300J)
Impact Blades	1 piece of 2 mm impact blade; 1 piece of 8 mm impact blade
Anvil	1 set
Clamping Jaws	2 pcs
Span Alignment Device	1 unit
Specimen Centering Device	1 unit
Foot Pad Iron	4 pieces
Base Nuts and Bolts	4 sets

(d) Accompanying Documentation

Item	JBW-450C
Packing List	1 copy
Warranty Certificate	1 copy
Factory Inspection Certificate	1 copy
Testing Machine Operation Manual	1 copy
Software User Manual	1 copy
Original Accessories for Computer and Printer	1 set
Original Accessories for Reduction Gear, PLC, etc.	Several sets

Main products

Company Profile

As a leading manufacturer of testing equipment with over 20 years of industry expertise, our NAKE Group is supported by a dedicated team of more than 20 R&D specialists, over 50 highly skilled production personnel, and a professional after-sales service team of 10+ members. Our state-of-the-art manufacturing and office facilities span over 4,000 square meters, and we are proudly certified as a National High-Tech Enterprise in China.

With an ISO 9001:2015-certified quality management system, we ensure stringent control over every stage of production. By sourcing approximately 5,000 tons of raw materials annually and maintaining in-house machining and assembly capabilities, we achieve a 3% manufacturing cost advantage over industry peers while upholding superior product consistency.

Over the past five years, we have consistently delivered an on-time shipment rate exceeding 98.2%, a product failure rate below 0.3%, and a rework rate under 0.28%, underscoring our commitment to precision, reliability, and quality excellence. Additionally, we provide OEM manufacturing services for over 20 Chinese exporters, producing approximately 600 units of mechanical testing equipment annually, further reinforcing our leadership in the field.

Our brand, NAKE Test Equipment, is widely recognized across China, with products exported to more than 30 countries worldwide. As a direct manufacturer with independent R&D and production capabilities, we offer significant advantages over distributors and intermediaries in terms of technical expertise, product customization, and cost efficiency

Workshop & Machines

Certifications

Our Customers & Partners

Packaging & Shipping

After - Sales Service introduction:
1. One year product warranty
2. Permanent free software updates
3. Permanent maintenance services
4. Remote video guidance

FAQ

1. Is your company a manufacturer or a trading company?

We are a professional manufacturer of materials testing equipment with independent R&D, production, and assembly capabilities. All core components are machined and assembled in-house, ensuring superior quality control, production efficiency, and cost management. Compared to distributors or intermediaries, we offer greater technical expertise, product customization, and competitive pricing.

2. How do you ensure product quality?

We implement strict quality control measures:
ISO 9001:2015-certified quality management system ensures process stability.
In-house machining and assembly of key components guarantee consistency and reliability.
Over the past five years, our product failure rate has remained below 0.3%, with a rework rate under 0.28%, significantly outperforming industry averages.

3. What is your typical lead time?

With an efficient production system, we have achieved an on-time delivery rate exceeding 98.2% over the past five years. Lead times vary based on order volume and product type:
Standard models: 15-30 days
Customized products: Lead time depends on design complexity

4. Do you offer OEM or ODM services?

Yes, we provide OEM manufacturing services for 20+ Chinese exporters, producing approximately 600 units of testing equipment annually. We offer custom branding, software interface modifications, and functional upgrades to meet client requirements while ensuring compliance with international standards.

5. What industries are your testing machines used in?

Our testing equipment is widely applied in various industries, including:
Metals & composites
Rubber & plastics
Construction & civil engineering
Aerospace & automotive manufacturing
Research institutes & university laboratories

6. What after-sales services do you provide?

We offer comprehensive after-sales support, including:
Remote technical assistance: Installation guidance, troubleshooting, and maintenance support via phone, email, or video.
On-site services (available in select regions): Professional engineers can provide installation training and repair services if needed.
Spare parts supply: Long-term availability of original factory parts to ensure stable equipment operation.
Equipment upgrades & software updates: Functional upgrades and software optimizations as per customer needs.

7. How can I request a quote or place an order?

You can contact us through:
Phone/Email Inquiry: Provide your specific requirements, and our sales team will respond within 24 hours.
Custom Solutions: If you have special testing needs, our engineering team can offer tailored solutions and detailed quotations.

8. What are your competitive advantages over industry peers?

Full in-house production for superior quality control: Key components are machined in-house, ensuring consistency and durability.
Manufacturing cost advantage: Our optimized supply chain results in a 3% lower production cost compared to industry averages, providing a cost-effective solution for customers.
Exceptional delivery performance: 98.2%+ on-time delivery rate, ensuring smooth project execution.
Global market experience: Products exported to 30+ countries, meeting multiple international standards.