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The S251 Miniature Platform Load Cell is a low profile, single point OEM load cell offering high accuracy. Only 3/4" high, the S251 is ideal for medical instruments, low profile scales and other low profile, high resolution applications.
A 3,000 ohm thin film strain gauge bridge provides extremely low power consumption for battery and current loop applications. Capacities range from 200g to 10kg-force full scale (0.4 to 22 lb-force).
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The INHECO Measurement Plate (IMP) is a compact and precise measurement tool in SBS format for verifying the temperature and / or shaking performance of INHECO's heating, cooling, incubation and shaking devices used in Lab Automation applications.
The cordless design allows a flexible use of the IMP, even measurements in closed systems, e.g. incubators are possible. The IMP can be handled by all common gripper systems which gives the opportunity to automate the whole verification / validation process.
Data Storage
The measurement data are stored on an internal EEPROM and can be transferred via USB or built-in IrDA interface to an external PC for evaluation and analysis. To enlarge the data storage capability, the IMP can be equipped with an additional μSD memory card. The measurement profile can be easily pre-adjusted for each run, by connecting the IMP via interface to the INHECO IMP software. Parameters like "measurement duration", "scan interval forsensors", etc.can be set and adjusted individually.
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Strain Measurement Devices provides a seemingly infinite variety of sensors to accurately measure force, pressure, acceleration, and other physical parameters. Approximately 90% of SMD products are custom designed, these sensors meet the more specialized needs of OEM’s.
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Our load cell uses proprietary sputtered thin film strain gauge technology to create a rugged sensor with exceptional long term stability. These highly sophisticated sensors are manufactured in high quantities using state-of-the-art equipment.
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Measurement Specialties enables OEMs to measure force using Microfused™ load cells. The same proprietary piezoresistive silicon strain gage technology used to measure pressure can also be configured into a reliable, low-cost package to measure force. The flexible technology allows us to design tension, compression, or both into one simple, inexpensive construction.
Features of our Microfused™ force sensors (load cells) include low cost, small size, low noise, robust design, high reliability and fast response time. Microfused™ load cells are used in consumer, medical and industrial applications such as medical pumps and monitors, robotics, compression sensing, variable tension control, seat occupancy detection and appliances.
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FMS Force Measuring Bearings are design to combine the live shaft bearings with the tension sensors to minimise machine space requirements. They can be mounted
in any orientation directly to the machine frame or with supports. The red point on the outside of the sensor indicates the positive measuring direction. The high
accuracy design ensures that even with low material wrap angles and high roller weights, tension can still be measured accurately.
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The S400 range of 'button' style load cells was designed for those force measurement applications where space is at a premium. Constructed from 17-4PH stainless steel, the devices are available in full scale capacities from 50 lb to 1000 lb and are complete with shielded cable to custom lengths.
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Strain Measurement Devices provides a seemingly infinite variety of sensors to accurately measure force, pressure, acceleration, and other physical parameters. Approximately 90% of SMD products are custom designed, these sensors meet the more specialized needs of OEM's. SMD's Peerless engineering team designs sensors for unique requirements and aggressive cost targets. Typical specialized requirements include small sizes, high temperature, low capacities, “Cenelec” dielectric, and overload proof sensors. SMD's familiarity, especially with state-of-the-art medical products, has led to the development of complete, value-added, SMD produced subassemblies, which incorporate one or more sensors, signal conditioning, electronics, and other features.
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SMD can manufacture a load cell or force sensor to measure anything, even something as complex as the human eye! Our load cells are designed and manufactured using our own proprietary thin film strain gauge process for greater stability and accuracy. Our load cell applications include weighing scales, non-invasive medical sensors, pharmaceutical testing, aerospace and industrial measurements. Whether you need an "off the shelf" load cell or custom engineered load-cells, let SMD design an ultra low profile, button style or overload proof sensor for you. We are the world leader in miniature load cells and low profile load cells.
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●Functional description
The FMS DMGZ 300 Series compression / tension load cells utilize four foil-type strain gauges in a full wheatstone bridge configuration mounted on the sensor sleeve. This accurate and robust measuring method is ideal to work in harsh
environments.
● Applications
– Compression or tension force measurement
– Nip pressure measurement
– Punching forces
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Measurement Specialties offers packaged load cell assemblies for test and measurement applications that require high performance or unique packaging.
Force Sensor - ELPF Series
Description: The ELPF Series tension/compression load cells raise the bar for high performance at low cost. Measurement Specialties proprietary Microfused™ technology, derived from demanding aerospace applications, employs micro-machined piezoresistive strain gages fused with high temperature glass to a high performance stainless steel force measuring flexure. Microfused™ technology eliminates age-sensitive organic epoxies used in traditional load cell designs providing excellent long term span and zero stability. Operating at very low strains, Microfused™ technology utilizes strain gages providing gage factors greater than 100, an essentially unlimited cycle life expectancy, superior resolution, exceedingly high overrange capabilities (without the need for stops) and an amplified ratiometric high level 0.5 to 4.5 V output or 20 mV/V bridge output. Microfused™ sensors are ideal for your test and measurement applications. Measurement Specialties’ ELPF Test and Measurement series sensors, unlike most competitive designs, are provided with a "four-bar" design where a flexible diaphragm parallels the measuring flexure. This configuration is far less susceptible to off-axis load components than single diaphragm traditional designs. Shielded, teflon insulated instrumentation cabling is provided along with spring steel strain reliefs and full NIST traceable calibration certificates.
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The MetaPULSE® System uses patented picosecond ultrasonic laser sonar (PULSE™) technology to provide the industry's first production-worthy opaque film metrology tool. Its small-spot, non-contact, non-destructive technology enables on-product thickness measurements of single or multi-layer opaque films for aluminum and copper processes. In addition to thickness, the MetaPULSE identifies missing layers or interfacial problems such as poor adhesion, and characterizes material properties such as density and roughness. MetaPULSE is used by all of the top ten semiconductor manufacturers, and nearly 200 tools are currently providing production monitoring in fabs around the world.
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The FRT measuring systems series MFE (metrology front end) is
particularly suited to manufacturers of structured wafers, masks,
MEMS and similar products. Because of the very high cleanliness,
process and yield requirements, all tools are especially designed
for use in cleanrooms.
MFE systems measure critical dimensions and overlays on the
one hand and 3D topography or film thickness on the other.
All tools are metrological and comply with the necessary industry
standards such as the SECS II / GEM software interface.
Furthermore, the system is fully automated and equipped
with wafer cassettes and part carriers.
An EFEM and mini-environment for class 1 cleanrooms
rounds off the upper segment of the MFE tool series.
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The Shallow Probe model LEXFAB-300 is a turnkey system designed to meet the needs for fully automated semiconductor fab application and currently used for the 90nm, 65nm and 45nm nodes.
The LEXFAB-300:
- gives Elemental Concentration AND Thickness of thin films, layers or ULE implants.
- is designed for Product Wafer analysis (measurement area from 10µm to 100µm) including enhanced Pattern recognition.
- is fully compatible with SMIF 200mm, Open Cassette 200mm and FOUP 300mm standards. SECS/GEM automation.
- meets factory-required host communication protocols. Fully compliant with SEMI standards.
- provides Full Wafer Analysis and Mapping (concentration and thickness uniformity).
- is based on a Non-destructive technique.
- allows a high throughput.
- guarantees a high uptime, reliability and stability, ensuring documented long term tool matching.
- has an easy-to-use User Interface with dedicated recipes.
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Corning is a leading, global supplier of optical materials, high performance precision optics, optical-based metrology instruments and technical microlithography solutions for the semiconductor industry. Its core technical expertise includes fused silica and fluoride crystals, materials and processing, optical-based metrology instrumentation and high performance optics through Corning Tropel®.
Recognized world-wide in precision optical subsystems and advanced form metrology instrumentation, Corning Tropel provides rapid, accurate full-form measurement of precision flat and cylindrical surfaces for the semiconductor, data storage, automotive and industrial markets. Custom-designed, high performance precision optic components enable applications for wafer, photomask and inspection equipment suppliers, and are designed for systems from ultra-violet (UV) to near infrared (IR).
Advanced Metrology Research and Testing Exceeds Customer Expectation
Our commitment to semiconductor metrology research and testing is significant and addresses an industry-wide need for precise performance and predictability over the lifetime of materials. Corning’s advanced interferometry equipment enables precision measurements and quality assessments that meet and/or exceed customer requirements for quality products and solutions. Our world-class manufacturing facilities, leading-edge metrology equipment and in-house lens-making capabilities, continues to be known for the exceptional quality, performance and reliability of its precision optics
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