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LBT-HW-101C Microcomputer-Controlled Safety Helmet Impact and Puncture Resistance Tester

Name: LBT-HW-101C Microcomputer-Controlled Safety Helmet Impact and Puncture Resistance Tester
Brand: Laibote (Tianjin) Testing Machinery
Availability: InStock

The computer‑controlled safety helmet impact and puncture tester is primarily used to evaluate the helmet’s impact‑absorption performance and puncture resistance. It is widely employed by specialized labor‑protection‑equipment supervision and inspection stations, construction research institutes, construction‑project quality‑inspection agencies, power‑sector organizations, and safety‑helmet manufacturers. Reference standards include: GB/T 2812‑2024 “Test Methods for Safety Helmets,” GB 2811‑2019, EN 397, and ANSI Z89.1.

Category:

Safety helmet testing equipment

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E-mail:

lbt@lbt.ltd

WhatsApp:

+86-15102211717

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LBT-HW-101C Microcomputer-Controlled Safety Helmet Impact and Puncture Resistance Tester

Description

Product Introduction

The computer‑based safety helmet impact and puncture tester is manufactured in accordance with GB/T 2812‑2024 and GB 2811‑2019, and is primarily used to evaluate the impact‑absorption performance and puncture resistance of safety helmets. It is widely employed by specialized labor protective equipment supervision and inspection stations, architectural research institutes, construction engineering quality testing centers, power utilities, and safety helmet manufacturers.

Host structure

1. The main structure of the equipment utilizes two φ50 mm optical shafts as the overall support.

2. The protective net employs a custom-designed panel structure, with cushioning strips around the perimeter of each panel, delivering superior performance compared to a standalone net structure.

3. The base is machined from a single piece of 45# steel, 20 mm thick, offering excellent impact resistance and enabling secure mounting of the force sensor.

4. The hammer head’s engaging mechanism employs a cross‑slide table design, allowing manual adjustment of the drop point in both the fore/aft and left/right directions.

5. The guide rails for the pull-in and release points move upward and downward, with the up-and-down motion controlled via the touch screen.

6. Equipped with one #1 and one #2 magnesium-aluminum alloy headform, both of which are repairable; also includes one impact hammer and one puncture cone for testing.

7. Equipped with an infrared laser positioning system, it can accurately locate the center of the safety helmet, ensuring that the hammer head strikes directly at the helmet’s center.

9. Experimental data can be stored and printed.

Measurement and Control System

1. A dual-control architecture comprising a computer and a PLC is adopted, with the computer primarily responsible for processing relevant test data and the PLC primarily managing the control of associated operations.

2. The PLC uses a Mitsubishi model, featuring built-in RAM with larger capacity and faster operating speed.

3. The dynamic force sensor utilizes a U.S.-made PCB ICP sensor, offering excellent stability and a long service life.

4. The sensitivity of the dynamic sensor can be calibrated via touchscreen input, making calibration convenient.

5. The impact height can be set via the touch screen and is raised electrically; when the set height is reached, the lifting process automatically stops.

Reference standard:

GB/T 2812-2024 “Test Methods for Safety Helmets,” GB 2811-2019, EN 397, ANSI Z89.1

Technical Specifications:

Parameter Category	Detailed specifications
Impact hammer	Weight: 5–5.01 kg; hammerhead: hemispherical, φ96 mm; material: 45# steel; appearance: symmetrical and well-proportioned.
Puncture hammer	Material: 45# steel; Weight: 3–3.05 kg; Puncture tip: cone angle 60°, cone tip diameter 1 mm, length 40 mm; Hardness: HRC 45
Sensor	Type: Dynamic force sensor; Range: 0–20,000 N; Frequency: Not less than 5 kHz; Accuracy: 1.5%
Data system	Sampling frequency: 20 kHz; sampling time: 50 ms; acquisition lower limit: 500 N
Impact height	0–1100 mm / 0–1500 mm, dual-range option, electrically adjustable
Test head phantom	Weight: 5.0 ± 0.1 kg; Height: 250 mm; Material: Aluminum–magnesium alloy; Features: Repairable after impact.
Equipment power supply	AC 220V, 50Hz

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FAQs

Do you supply full-set testing instruments for asphalt and geotechnical engineering projects?

We offer complete lab solutions including asphalt viscosity tester, asphalt rutting tester, geotextile permeability tester, low-temperature flexibility tester and concrete/cement test equipment, covering raw material detection for road, water conservancy and construction engineering projects

Can you customize fixtures or test machines based on our special test requirements? How about after-sales service and warranty?

We provide non-standard customization of test equipment and customized fixture clamps according to customers’ specimen size and test standards. All our testing machines enjoy 12-month factory warranty; overseas customers get remote online debugging guidance, spare parts supply and technical operation training. Our products have been exported to over 70 countries globally

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Does your pipe pressure burst testing machine control test temperature automatically? What’s its main application?

Yes, the constant-temperature circulating system keeps stable test environment during long-time hydrostatic resistance and instant burst pressure measurement of thermoplastic pipes. It complies with GB6111 standard and serves raw material inspection, new product R&D for plastic pipe manufacturers, third-party testing labs and university laboratories.

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What test items can your WDW series computer-controlled electronic universal testing machine complete? Which international standards can it meet?

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Customer Reviews

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“Laibote’s Vicat softening point tester and electronic tensile machine have been applied to our raw material incoming inspection and new formula development for over one year. High testing accuracy effectively controls our product defect rate. What impresses us most is their responsive after-sale service; technical staff reply our troubleshooting requests within 24 hours even for time zone differences. Compared with expensive European brands, Laibote’s equipment balances quality and price excellently, we plan to expand procurement of auxiliary testing instruments next quarter.”

Middle East Construction Lab｜Purchase: Universal Electronic Testing Machine & Geotextile Test Equipment

From Mohamed Kareem, Lab Manager, UAE third-party construction inspection institute

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“We compared multiple testing equipment brands from Europe and China before cooperating with Laibote. Their WDW universal tester and full-set geotextile testing instruments meet local construction testing standards perfectly. Custom fixtures tailored per our specimen specifications save much testing time. Pre-sale technical communication was patient and professional; engineers provided online operation training after goods arrived. Stable machine performance greatly improves our laboratory’s detection efficiency, we are satisfied with cost performance and overall service.”

European Plastic Pipe Manufacturer｜Purchase: Ring Stiffness & Hydrostatic Burst Tester

From Thomas Bennett, Quality Director, UK plastic pipe factory

2026.06.05

★★★★★

“We have purchased two sets of pipe testing equipment from Laibote (Tianjin) for 18 months. The ring stiffness and hydrostatic burst testing machines run stably for daily batch inspection, test data matches ISO standard requirements precisely, and the intelligent test software is easy for our operators to master. Their after-sales team offers timely remote technical guidance whenever we have operational problems, spare parts supply is efficient. We have arranged a second bulk order for our new production workshop and will recommend Laibote’s testing machines to our industry partners across Europe.”

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