Published On: Wed, Oct 19th, 2016

Analyst Coverage: Landauer, Inc. (NYSE:LDR)


Recently stock market analysts have updated their consensus ratings on shares of Landauer, Inc. (NYSE:LDR).

Most recent broker ratings

08/16/2016 – Landauer, Inc. was downgraded to “neutral” by analysts at Sidoti. They now have a USD 52 price target on the stock.

07/01/2016 – Landauer, Inc. was downgraded to “underperform” by analysts at Hilliard Lyons.

05/12/2015 – Landauer, Inc. was downgraded to “hold” by analysts at Zacks.

07/11/2014 – Landauer, Inc. had its “neutral” rating reiterated by analysts at Robert W. Baird. They now have a USD 44 price target on the stock.

03/17/2014 – Landauer, Inc. was downgraded to “hold” by analysts at TheStreet.

03/03/2014 – Landauer, Inc. was upgraded to “buy” by analysts at Thomson Reuters/Verus.

Landauer, Inc. has a 50 day moving average of 44.95 and a 200 day moving average of 41.02. The stock’s market capitalization is 428.29M, it has a 52-week low of 26.99 and a 52-week high of 49.74.

The share price of the company (NYSE:LDR) was down -0.11%, with a high of 45.05during the day and the volume of Landauer, Inc. shares traded was 50113.

Landauer, Inc. is a provider of technical and analytical services to determine occupational and environmental radiation exposure. The Company is a provider of outsourced medical physics services, and a provider of radiology related medical products. The Company operates through three segments: Radiation Measurement, Medical Physics and Medical Products. The Company provides radiation dosimetry services to hospitals, medical and dental offices, universities, national laboratories, nuclear facilities and other industries. Medical physics services are provided through the Company’s Landauer Medical Physics (LMP) division. The Company uses LMP as a platform to expand into the medical physics services market, serving domestic hospitals, radiation therapy centers and imaging centers. The Company’s Medical Products segment provides medical consumable accessories used in radiology, radiation therapy and image guided surgery procedures.