Zero Power Required: Operates on a 100% mechanical spring-driven system, making it ideal for field use or environments where batteries and charging are unavailable.

Peak Hold Function: Features a toggle switch between “Track” mode (real-time reading) and “Peak” mode, which captures and holds the maximum force encountered during the test.

Heavy-Duty Construction: Designed for industrial reliability and long-term durability. Its mechanical nature makes it resistant to electronic interference and easy to maintain.

Dual-Scale Display: The dial provides simultaneous readings in both Newtons (N) and Kilograms (kg), eliminating the need for manual unit conversions.

Versatile Mounting: Can be used as a portable handheld device or mounted onto a manual or motorized test stand for more controlled and repeatable force applications.

Measuring Range: Available in various capacities from 10N (1kg) up to 500N (50kg).

Resolution: 100 graduations on the circular dial (model dependent).

Accuracy: ±1% of Full Scale.

Stroke: 10 mm.

Standard Accessories: Includes 6 types of attachment heads (Flat, Cone, Hook, etc.) and a rugged carrying case.

High Resolution & Precision: Features a clear digital LCD readout that eliminates visual reading errors and offers significantly higher resolution compared to mechanical spring-type gauges.

180° Reversible Display: The screen orientation can be flipped upside down at the touch of a button, ensuring optimal readability whether the device is handheld or mounted upside down on a test stand.

Smart Measurement Modes: Supports Real-time (Track), Peak Hold, and a built-in Comparator function that allows users to set high/low force limits for immediate Pass/Fail judgment.

Data Storage & Connectivity: Capable of storing up to 1,000 data points in internal memory. Supports data export to a PC via USB or RS-232 for graphical analysis and reporting.

Multi-Unit Selection: Users can instantly toggle between Newtons (N), Kilograms (kg), and Pounds (lb) depending on the required testing standard.

Measuring Range: Various models available from 2N (200g) up to 1,000N (100kg).

Accuracy: ±0.2% of Full Scale.

Sampling Rate: High-speed 1,000 Hz (1,000 samples per second) to capture instantaneous peak loads accurately.

Power Supply: Rechargeable lithium battery (provides over 10 hours of continuous use).

Standard Accessories: 6 types of attachment heads, charging cable, and data link

Fast and Accurate Measurement: Specifically designed for measuring the thickness of paper, film, rubber, leather, and small metal parts with a simple lever-operated mechanism.

Ceramic Contact Points: Both the contact point and the anvil are made of high-grade ceramic, which is highly resistant to wear and corrosion-free, ensuring long-term precision compared to standard steel components.

Clear Analog Readout: Features a large, easy-to-read dial display with a resolution of 0.01 mm, making it ideal for rapid quality control checks on the production floor.

Ergonomic Lever Control: Designed for easy one-handed operation; simply lift the lever to insert the specimen and release it to apply a constant spring pressure for an accurate reading.

Optimal Throat Depth: The SM-1201 offers a throat depth of 26 mm, providing sufficient clearance to measure specimens further away from the edge than standard compact models.

Graduation: 0.01 mm.

Measuring Range: 0 – 10 mm.

Throat Depth: 26 mm.

Measuring Force: Less than 2.5 N.

Accuracy: ±15 $mu m$.

Weight: Approx. 170g.

COF Measurement: Specifically designed to determine both the Static and Kinetic Coefficients of Friction (COF) for flat materials, including plastic films, paper, leather, and coated sheets.

Motorized Drive System: Features a motorized linear drive that ensures a constant and uniform pulling speed (e.g., 150 mm/min), adhering strictly to international testing standards and eliminating manual variability.

Standardized Sled: Equipped with a precision sled of specific mass and contact area as required by ASTM or ISO, providing a consistent downward force on the specimen.

Accurate Data Processing: Integrates with a high-resolution Digital Force Gauge to accurately capture peak force (Static) and average moving force (Kinetic).

Effortless Specimen Loading: Includes robust clamping mechanisms on both the test bed and the sled to prevent specimen wrinkling or slippage during the procedure.

Conforming Standards: ASTM D1894, ISO 8295, TAPPI T816.

Test Speed: 150 mm/min (Standardized) or customized as per requirements.

Sled Weight: 200g (ASTM Standard) or customized options available.

Travel Distance: 100 ~ 200 mm.

Display System: Digital Readout (when paired with a Digital Force Gauge).

Dimensions: Approx. 60 x 30 x 25 cm | Weight: Approx. 25 – 30 kg.

Integrated Intelligent System: The 117A model features a built-in digital display that automatically calculates both Static and Kinetic Coefficients of Friction (COF) immediately after the test is completed.

Servo-Driven Precision: Utilizes a high-precision motor drive to provide a perfectly uniform pulling speed. Its vibration-free movement is critical for obtaining accurate Kinetic COF readings.

Auto-Stop Functionality: Automatically stops at the pre-set travel distance or if an overload is detected, protecting the high-sensitivity load cell from accidental damage.

User-Friendly Interface: Equipped with intuitive directional controls and travel distance settings, facilitating rapid, repetitive testing in high-volume quality control environments.

Versatile Application: Ideal for testing plastic films, paper, rubber, textiles, and various flat-surface materials to ensure consistent slip and blocking properties.

Conforming Standards: ASTM D1894, ISO 8295, TAPPI T816.

Load Capacity: 20 N (2 kg) or as per customer specification.

Resolution: 0.01 N.

Speed Range: 10 ~ 500 mm/min (Adjustable).

Sled Weight: 200g (Standardized) or customized options.

Dimensions: Approx. 65 x 35 x 30 cm | Weight: Approx. 35 kg.

Torsion and Ductility Testing: Specifically designed to determine the number of twists a steel or metal wire can withstand before fracturing, providing essential data on the material’s ductility and structural uniformity.

Precision Counter: Equipped with a clear mechanical or digital counter to track the exact number of rotations, ensuring accurate data capture at the point of specimen failure.

Adjustable Specimen Length: The sliding grip assembly allows for easy adjustment of the testing distance to accommodate various wire lengths as specified by international testing standards.

Constant Tension Mechanism: Features a dead-weight tensioning system at one end to keep the wire taut during the twisting process, preventing slack which could lead to inaccurate cycle counts.

Manual Crank Operation: Operated via a smooth manual hand-crank designed for ease of use and consistent rotational speed, making it an ideal choice for standard QC laboratory environments.

Wire Diameter Range: Approx. $phi 1.0 sim phi 4.0 text{ mm}$ (depending on material hardness).

Maximum Grip Distance: 300 mm or 500 mm (depending on specific model).

Counter Range: 0 ~ 9,999 rotations.

Tension Weights: Standard weight set included for pre-tensioning.

Dimensions: Approx. 100 x 30 x 40 cm | Weight: Approx. 35 – 50 kg.

Rubber Fatigue Evaluation: Specifically designed to determine the resistance of rubber and elastomers to crack initiation and crack growth (propagation) under continuous repetitive flexing.

Multi-Specimen Testing: Capable of testing up to 6 or 12 specimens simultaneously (depending on the configuration), maximizing laboratory throughput and ensuring consistent comparative data across different batches.

Automated Cycle Control: Equipped with a high-precision digital counter featuring an auto-stop function, allowing the operator to pre-set the required cycles for scheduled inspections.

Heavy-Duty Construction: Built for long-term continuous operation with a robust motorized drive system designed to minimize vibration and operational noise during extended test periods.

Adjustable Grip Distance: Features adjustable clamping distances between grips to ensure full compliance with specific stroke requirements mandated by international testing standards.

Conforming Standards: ASTM D430, ISO 132, BS 903, JIS K6260.

Flexing Speed: 300 cycles per minute (cpm).

Stroke Length: 0 ~ 60 mm (Adjustable).

Test Stations: 6 or 12 positions.

Counter: Digital display, 0 ~ 9,999,999 cycles.

Dimensions: Approx. 60 x 50 x 50 cm | Weight: Approx. 100 – 150 kg.

Resilience Measurement: Specifically designed to determine the rebound resilience percentage of rubber and polymers by dropping a standardized plunger vertically onto the specimen.

Height Precision: Features a high-visibility, calibrated scale that allows operators to accurately measure the rebound height of the plunger, which is used to calculate the material’s resilience.

Low-Friction Design: The guide tube is engineered to minimize friction during the drop and rebound, ensuring that energy loss is attributed solely to the specimen’s properties rather than mechanical resistance.

Simple & Robust Operation: A manual, high-durability design that is easy to operate, making it an essential tool for rapid quality control in rubber, elastomer, and foam laboratories.

Safety & Stability: Constructed with a heavy-duty frame to withstand repetitive impacts and a stable base to prevent vibration interference during the measurement process.

Conforming Standard: ASTM D2632.

Plunger Weight: 28g (per ASTM requirements).

Release Height: 400 mm (16 inches).

Display: Graduated scale (0 – 100 units).

Applicable Materials: Soft rubber, elastomers, polyurethane foam.

Dimensions: Approx. 20 x 20 x 60 cm | Weight: Approx. 10 – 15 kg.

Stiffness Measurement: Specifically designed to measure the force required to bend a specimen to a predetermined angle, providing a critical index of the bending resistance and “hand-feel” of flat materials.

Motorized Drive System: Features an integrated electric motor that ensures a constant and uniform bending speed, eliminating human variability and delivering high repeatability in test results.

Digital Display Interface: Provides real-time readouts of torque/force and bending angles, allowing operators to capture peak values and performance curves with high precision.

Adjustable Test Parameters: The testing span and bending speed are adjustable, allowing the machine to comply with various international standards and different material thicknesses.

Multi-Material Compatibility: Ideal for evaluating thin plastic sheets, cardboard, synthetic leather, fine metal wires, and foils.

Conforming Standards: ASTM D747 (and related standards).

Bending Angle Range: 0 ~ 90 degrees.

Display System: Digital Display.

Angle Resolution: 0.1 degree.

Load Weights: Includes a set of weights to calibrate the load range based on the material’s inherent stiffness.

Dimensions: Approx. 40 x 30 x 45 cm | Weight: Approx. 25 – 35 kg.

Standardized Light Simulation: Designed to detect metamerism (color shifting) by simulating various lighting environments, ensuring consistent product color whether viewed in a store, outdoors, or indoors.

Super Daylight System: This model emphasizes high luminance and a superior Color Rendering Index (CRI), allowing for the precise evaluation of subtle shade differences.

Multiple Light Sources: Equipped with 5 to 6 international standard light sources (e.g., D65, TL84, CWF, F, UV) to comply with global export standards for the US, Europe, and Asian markets.

Digital Timer for Lamp Life: Features an integrated digital display that tracks the accumulated hours for each lamp type, alerting users when a lamp needs replacement to maintain standardized light intensity.

Non-Reflective Interior: The interior is finished with a neutral gray coating (Munsell N7) to prevent light reflection and ensure that the surrounding environment does not interfere with color perception.

Standard Light Sources:

• D65: International Standard Artificial Daylight.

• TL84/U30: Applied to store lighting in Europe and the US.

• CWF: Cool White Fluorescent (Office/Factory lighting).

• F/A: Incandescent/Tungsten (Sunset/Home lighting).

• UV: Ultraviolet (Used to detect optical brighteners/fluorescent dyes).

Construction: Rigid metal frame with durable epoxy powder coating.

Viewing Area: Approx. 60 x 40 x 40 cm (Large size options available).

Power Supply: 220V, 50/60Hz.