Vishay Precision Group Inc manufactures and markets sensors, and sensor-based measurement systems, as well as specialty resistors and strain gages based on proprietary technology. The company provides precision products and solutions, many of which are designed-in by customers, specializing in the growing markets of stress, force, weight, pressure, and current measurements. The company reports in three product segments: Sensors segment, Weighing Solutions segment, and Measurement Systems segment. It has a business presence in the United States and other countries. It generates majority of its revenue from United States.

Vishay Precision Group, Inc.

VPG provides precision measurement sensing technologies, specializing in data acquisition systems and sensors for automotive safety testing, semiconductor testing, and various industrial applications.

Manufacturing

Micro-Measurements - Advanced Sensors Technology (Vishay Precision Group)

Appliances, Electrical, and Electronics Manufacturing

VPG Force Sensors (Tedea-Huntleigh, Sensortronics, Revere and Celtron)

VPG Foil Resistors

BLH Nobel

VPG Onboard Weighing

SI ON-BOARD SCALES

Vulcan On Board Scales Business

Vishay Precision Group, Inc. (VPG) | 22,596 followers on LinkedIn. Safer, Smarter, and More Productive | As a global leader in precision measurement sensing technologies, VPG addresses an expanding array of applications in which accuracy, reliability, and repeatability make the difference. Whether it is in the design and safety of new generations of cars, trucks and planes, or optimizing advanced medical equipment and consumer products, VPG’s deep engineering expertise is making the world safer, smarter, and productive.

WARNING/DISCLAIMER: Some of the materials used in this instructional videos are considered hazardous.

CEO | Global Revenue Leader | Public Company Board Director

Sejal Shah Gulati

Director, Regional Controller / Americas

Jeff King, CPA

Board Member and Advisor at S3 Living

Saul V. Reibstein

Active Chairman & Board Memeber

Erez Lorber

Vishay Precision Group, Inc. (VPG)

Proving rings were developed decades ago as an NIST accepted tool and method of force measurement to “prove” the magnitude of an applied force. Deflections due to applied force cause a change in diameter of the ring, which was measured with a micrometer, allowing the user to calculate with good accuracy the amount of force being applied. The proving ring principle was adapted to strain gage transducers and is still a common spring element design used in modern force transducers. These devices are critical for measuring force in various applications, and can be designed to measure either compression or tension loads, or both. Load proving rings with strain gages are often used to accurately measure the force or load applied to materials or structures that are undergoing testing procedures. While load cells are commonly used in many industries, proving rings are an excellent alternative for specific applications due to their simple design. Strain gage sensors are bonded to the proving ring's surface in different locations around and in the ring to transduce the deformation caused by applied force into an electrical output. The design of the proving ring and the strain gages utilized may vary based on the load range and environmental conditions. Both proving rings and load cells play critical roles in industries such as #aerospace , #automotive , and materials testing, ensuring precise force measurement in diverse scenarios. Whether you're testing a new aircraft or measuring the strength of a building, these devices provide accurate and reliable measurements.

How can a 3D strain gage be used in production load cells?

A (full) bridge is easier to build when it’s clear what’s on either side of it. Happy Veterans Day!

What data do you need? Tour de force 🚴♀️. It’s easier to put the pedal to the metal with a sensor.

Everywhere you lean-in, don’t miss the forest for the trees. 🌲

For decades, strain gage manufacturers have ingeniously crafted full bridge gages in linear and circular patterns for pressure transducers and force transducers. The theory behind how these strain gages work, utilizing radial and circumferential strain on a bulging membrane surface, is truly elegant. The specially designed grid patterns are arranged in a full bridge to generate an output voltage signal directly proportional to the pressure that is being applied. This is elegantly detailed in Micro-Measurement’s application note TN-510-1. While circular diaphragm gages excel at averaging strain across a larger surface area, linear diaphragm patterns are generally less costly. The precision and innovation behind these designs showcase the expertise and dedication of strain gage manufacturers in optimizing the sensor characteristics and performance.

VPG Drone deliveries take flight in a first-of-its-kind trial with a strain gage sensor as the payload. Innovation has been part of the VPG DNA since day one, and we are always looking (up) for new and better ways to deliver sensors to our customers’ doorsteps. 😉

If we could make the world 🌏 a more peaceful place, we would make it Halloween every single day! Wishing everyone a safe and fun Halloween! 🎃

We all possess the ability to uplift one another in various ways, whether through a simple encouraging word, relying on a strong logistics team, a nod of acknowledgment, or by thinking creatively outside the box. 📦 Let's continue to support and empower each other every day! #teamwork #support #encouragement

Did you ever wonder what happens to a strain gage sensor under pressure? Millions of years ago, this diamond was merely a lump of carbon! The 187UVA, a diamond 💎 in the sensor technology world, is a dual-grid, common-tab strain gage with 3 solder tabs at one end. This strain gage sensor offers precision shear strain measurement, or alternately, can be used as the sensor to form a shear or torsion load cell.

Metric
Company Name	Vishay Precision Group, Inc.
Symbol	VPG
MSH ID	COM:VPGSENSORS
Market	STOCKS
Sector	Technology
Industry	Hardware, Equipment & Parts
Country	US
Stage
Employee Count	2.30K
Website	vpgsensors.com
LinkedIn
Founders

Metric
Market Cap	292.44M
Enterprise Value
Monthly Web Traffic
Web Traffic Growth
Valuation
Raised Capital

Metric
Revenue	355.05M
Revenue (LTM)
Revenue (NTM)
Gross Profit	150.34M
EBITDA	59.06M
Operating Income	43.51M
Net Income	25.71M
EPS	1.89
Diluted EPS	1.88
Revenue 2022
Revenue 2023
Revenue 2024
Revenue 2025
Revenue 2026

Metric
Revenue Growth (LTM)
Revenue Growth (NTM)
Gross Profit Growth (LTM)
EBITDA Growth (LTM)
Net Income Growth (LTM)
14-Day Growth Score
28-Day Growth Score
90-Day Growth Score
365-Day Growth Score

Metric
Gross Profit Margin	0.43
Operating Profit Margin	0.12
EBITDA Margin	0.17
Net Profit Margin	0.07
Return on Equity	0.08
Return on Assets	7.08
Return on Capital Employed	0.11

COM:VPGSENSORS

VPG

Last Close

21.67

22/11 21:00

Market Cap

302.37M

Beta: -

Volume Today

80.23K

Avg: -

Company Overview

Market Metrics

Financial Performance

Growth Metrics

Profitability Ratios

Valuation Multiples

Operational Metrics

Cash Flow Metrics

Balance Sheet Metrics

Efficiency Metrics

Metric
P/E Ratio	14.13
P/B Ratio	1.32
Revenue Multiple (LTM)
Revenue Multiple (NTM)
EBITDA Multiple (LTM)
EBITDA Multiple (NTM)
Price to Sales Ratio	1.35
EV Multiple	8.29

Metric
Days Sales Outstanding	57.75
Days Payables Outstanding	20.62
Days Inventory Outstanding	171.64
Operating Cycle	226.28
Cash Conversion Cycle	204.78
Asset Turnover	99.76

Metric
Operating Cash Flow	45.89M
Free Cash Flow	30.74M
Cash Flow to Debt	1.28
Operating Cash Flow/Sales	0.13
Free Cash Flow Yield	0.06

Metric
Cash & Equivalents	83.97M
Accounts Receivable	3.79M
Inventory	88.14M
Goodwill	45.73M
Debt to Capitalization	0.15
Debt to Assets	0.17
Current Ratio	4.35
Quick Ratio	2.28

Metric
Rule of 40 (LTM)
Rule of 40 (NTM)
Stock Comp to Revenue	0.01
R&D to Revenue
SG&A to Revenue	0.15