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LS126A UV Light Meter — Precision UVA Measurement for Curing & Exposure Control
In modern manufacturing and quality control environments, UV LED curing systems are widely used in industries like printing, coating, electronics, 3D printing, and exposure processing. To ensure consistent results and efficient workflows, it’s essential to measure the UV intensity and energy output of your UV LED sources accurately. The LS126A UV Light Meter by Linshang Technology is engineered for this exact purpose — combining ultra-compact probe design, fast sampling, and wide spectral response for reliable UVA detection in even the tightest spaces.
🔍 What Is the LS126A UV Light Meter?
The LS126A is a high-precision ultraviolet (UV) irradiance meter specifically tuned to the UVA band typical for UV LED curing systems. It measures both UV power intensity (mW/cm²) and UV energy dose (mJ/cm²), helping professionals validate light source performance, optimize process settings, and maintain product quality.
📊 Key Features & Specifications
🌈 Broad Spectral Response
Spectral range: 340 nm to 420 nm
Calibrated for: 395 nm UV LED light source
Ideal for detecting a wide range of UVA LED wavelengths — including 365 nm, 375 nm, 385 nm, 395 nm, and 405 nm common in curing applications.
📈 Accurate Power & Energy Measurement
Power range: 0 – 20,000 mW/cm²
Energy range: 0 – 9,999,999 mJ/cm²
Resolution: 1 mW/cm²
Record time: Up to 99,999 s
Accuracy: ±5 mW/cm² for low intensities; ±10 % for stronger signals
⚡ High-Speed Sampling & Intelligent Data Stats
Sampling speed: 2048 readings per second
Statistics: Captures maximum, minimum, average, real-time values, plus cumulative energy for thorough analysis
📏 Ultra-Small Probe Design
Probe width: ~7.2 mm
Test aperture: 3 mm diameter
This ultra-compact sensor allows measurements in narrow or confined spaces where larger probes cannot fit — especially useful in complex manufacturing setups.
📱 Flexible Units & Portable Operation
Unit options: mW/cm² (default), W/cm², W/m²
Display: 240 × 160 dot-matrix LCD
Power: 4 × AAA batteries
Probe cable length: ~0.8 m
Small, lightweight, and battery-powered — perfect for field and workshop use.
🧠 Why Proper UVA Measurement Matters
Accurate UVA measurement is critical for:
Consistent curing results — ensuring inks, adhesives, and coatings cure fully without over- or under-exposure.
Process optimization — fine-tuning machine settings based on real irradiance and energy values.
Quality assurance — validating production runs against documented UV output.
Narrow space testing — getting precise readings inside small fixtures, between machine guides, or near tight components where typical probes struggle.
🏭 Where LS126A Is Most Useful
The LS126A UV Light Meter is ideal for industries and applications such as:
✔ Printing & packaging UV curing systems
✔ Electronics solder mask curing
✔ 3D printing post-curing
✔ Exposure and photolithography processes
✔ Automated robotic curing lines
✔ Lab and QA testing of UV LED modules
Its ability to go where other meters can’t — thanks to the tiny probe — makes it a must-have tool for engineers, technicians, and quality managers working with compact or high-precision equipment.
🏁 Conclusion
The LS126A UV Light Meter blends precision, speed, and compact form factor to deliver dependable UVA intensity and energy measurements. Whether you’re optimizing curing systems, inspecting LED exposure machines, or validating production processes, this instrument ensures you get accurate data where it matters most. Compact, powerful, and easy-to-use — it’s designed for the demands of modern UV LED applications.
Parameters
Parameter Name Parameter Value
Hardness Scales HV、HRC、HRB、HRA、HS、HL、HB
Measurement Range HV(50-1700), HL(170-960), HRC(20-70), HRB(13-100),
HRA(60-85.8), HS(26.4-99.5), HB(30-651), HRE(20-70), HRF(60-100)
Resolution 1HV, 0.1HRC
Accuracy ±4%H+10HV,±2.5HRC (Probe fixture stand test, H as the standard value)
Repeatability 3%H+8HV,2HRC (Probe fixture stand test, H as the standard value)
Test Force 20N
Display 240 * 240 dot matrix IPS
Power Supply Rechargeable lithium battery 3.7V@1000mAh, full charge for over 5000 continuous measurements
Charging Port USB(Type-C)
Size 185*43*45 mm
Weight 245 g
Working Temperature Range -10~50℃,0~85%RH (no condensation)
Storage Temperature Range -10~60℃,0~85%RH (no condensation)
Supply Voltage DC5V
Operating Current 60mA
The conical mandrel bend tester is used to determine properties of a coating. Resistance to cracking
detachment from its substrate and its elongation during the test. Conical mandrel test is also known as
standard method for assessing the flexibility and the adhesion properties of coatings when these are
subjected to bending stresses This is accomplished by bending the test material around a conically
shaped metal bar. The conical mandrel bending test is a commonly used for testing for painted or
coated panels. Conical Mandrel Bend Tester is widely recommended to test the resistance of a paint, coating, varnish
to evaluate cracking or detachment from a metal panel. It is suitable for use with metal panels up to
0.8mm thick (flexible substrates up to 5mm thickness) e.g. polythenes or synthetic rubber. The
apparatus consists of a steel mandrel 203mm in length and tapering from 38mm to 3mm in diameter. It will accommodate test panels up to 19cm x 11cm in size. A graduated scale on the clamping bar
indicates the mandrel diameter at which failure has occurred. When this diameter is added to the
thickness of the panel used, the percentage elongation can be calculated. Conical mandrel detects
common failures of coating shows cracking or flaking after bending. Can be used in accordance with
DIN ISO EN 6860, ASTM D522, BS 3900 E11, DIN 53150
Conical Mandrel Bend Tester
Dimesions: 250 x 150 x 419mm
Specimen Thickness 0.80mm / 1/32“ Max specimen width 190mm
Conical mandrel: 1/8 - 1 ½“ (3.2 – 38.1 mm)
Technical specifications
Material : MS ; Cone: MS (chromium-plated steel)
Dimensions (LxHxW): 324 mm x 140 mm x 10 mm
Cone: length 203 mm, greatest Ø 38 mm, smallest Ø 3,1 mm
Test panel:
Length: 200 mm at maximum
Width: 130 mm at maximum
Thickness: max 1 mm at steel, max 2 mm at
aluminium, max 4 mm at materials with less
bending stress than aluminium
The LS239 Automotive Paint Meter is an advanced car paint/coating thickness gauge used to measure the thickness of paint and coatings on vehicle body panels. It’s ideal for:
Used car inspections (detect repainting or previous repairs)
Body shop quality control
Dealership vehicle assessments
Car enthusiast or inspector use
It works on both ferrous (steel) and non-ferrous (aluminium) substrates and can identify metallic putty/filler and galvanized layers, giving you insight into vehicle condition beyond what the eye can see.
🔥 Key Features
📊 Dual Modes: Simple & Expert
Simple Mode: Quick, go-to paint measurements.
Expert Mode: Designed for professional inspectors — lets you test 19 car components and store up to 999 vehicle records, with up to 6 measurements per component.
📱 Smart Bluetooth & Reporting
Built-in Bluetooth lets you connect to a mobile app or WeChat mini-program to record measurements, generate inspection reports, and share them easily on your phone.
🟡 Three-Color Backlight Feedback
The backlight changes color based on measured thickness:
White: Normal range
Yellow: Slightly high/low range
Red: Severe deviation, outside limits, or ferrous putty detected
This makes results easy to interpret at a glance.
⏱️ Fast & Accurate
Quick measurement: ~0.3 s per reading.
Automatic substrate recognition: Detects steel, aluminium, galvanized iron, and non-metallic body parts.
Custom alarm values can be set to trigger when measurements exceed thresholds you define.
💾 Large On-Device Storage
In Simple Mode, stores ~60 readings; in Expert Mode, can store up to 999 vehicle datasets, giving ample room for professional workflows.
🪶 Durable Probe
The ruby probe tip is wear-resistant and ensures long-term accuracy.
Advanced digital probe technology processes measurements directly at the probe, reducing interference and improving stability.
📐 Continuous Measurement & Rotatable Display
Continuous mode: Hold the probe and slide for sliding/continuous readings — showing max/min values in simple mode.
Rotatable screen: In Simple Mode, the display rotation can be switched for easier viewing in tight spaces.
📊 Technical Specifications
Feature Specification
Probe tip Ruby (wear-resistant)
Measuring principle Fe: Hall effect / Al: Eddy current
Probe type Integrated
Measuring range 0.0 – 5000 µm
Resolution 0.1 µm / 1 µm / 10 µm
Accuracy ≤±(3 %H + 2 µm) (0–3000 µm)
≤±(5 %H + 2 µm) (3000–5000 µm)
Display 192×64 dot-matrix LCD
Measuring interval ~0.5 s
Min. measuring area Ø 25 mm
Min. curvature Convex: 5 mm / Concave: 25 mm
Min. substrate thickness Fe: 0.2 mm / Al: 0.05 mm
Battery Rechargeable lithium 3.7 V @ 1200 mAh
Operating temp. −20 °C – 50 °C
Storage temp. −20 °C – 60 °C
Weight ~88.8 g
Dimensions 108 × 70 × 31 mm
Connectivity Bluetooth
🧠 Typical Uses
Used Car Buyers & Inspectors:
Compare paint thickness across panels to spot inconsistencies.
Detect putty or filler indicating previous body repairs.
Body Shops & Detailers:
Validate even application of paint and coatings.
Record and document thickness readings for quality assurance.
Dealers & Auctions:
Produce professional reports for vehicle condition transparency.
📦 What’s Included
LS239 Paint Thickness Gauge
Fe & Al zero adjustment plates
Standard test film
USB rechargeable cable
User manual & warranty card (contents may vary by seller)
📌 Summary
The Linshang LS239 Automotive Paint Meter is a feature-rich, fast, and accurate car paint thickness gauge with simple and expert modes, Bluetooth reporting, large storage capacity, and smart substrate/putty detection — making it well-suited for professional inspectors, used car evaluators, and body shop quality control workflows
Automotive Paint Meter
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HPFS Instruments India LLP 302, Sohan Commercial Plaza, Navghar, Nr. Vasai Railway Station, Vasai East, Vasai - 401209, Thane, Maharashtra, India