Rahmig v. Mosley MacHinery Co.

412 N.W.2d 56, 226 Neb. 423, 75 A.L.R. 4th 397, 1987 Neb. LEXIS 1014
CourtNebraska Supreme Court
DecidedSeptember 11, 1987
Docket85-529
StatusPublished
Cited by154 cases

This text of 412 N.W.2d 56 (Rahmig v. Mosley MacHinery Co.) is published on Counsel Stack Legal Research, covering Nebraska Supreme Court primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Rahmig v. Mosley MacHinery Co., 412 N.W.2d 56, 226 Neb. 423, 75 A.L.R. 4th 397, 1987 Neb. LEXIS 1014 (Neb. 1987).

Opinion

Shanahan, J.

Mosley Machinery Company, Inc., appeals the judgment entered on the verdict for Clayton Rahmig in a personal injury action based on a products liability claim for damages caused by a guillotine metal scrap shear manufactured by Mosley. We affirm.

THE MONSTER

In 1979, Mosley manufactured a 500-ton guillotine scrap shear for use in the scrap metal business, marketed the shear with the trade name “Monster, ” and delivered one such shear to Rahmig’s employer, Scottsbluff Pipe & Supply, Inc. The Monster was “capable of sizing and shearing two car frames simultaneously” and could “crush car blocks ... or break engine blocks.” The Monster had several parts and points important to Rahmig’s claim: a loading deck; ram feed; squeeze box, or compactor; shear head, containing a shear cylinder and blades for cutting the compacted scrap metal; shear point, where the blades came together; discharge chute, as a conduit for metal sheared by the Monster; and a shaker table, where sheared metal, having moved from the Monster, came to rest *426 before removal by a crane. The Monster was operated from a control tower above the shear head.

[[Image here]]

*427 Scrap metal, having been placed on the Monster’s loading deck, was compacted (squeeze box) and then pushed (ram feed) into an opening at the shear point in the Monster’s cutting chamber, where a 30-inch blade, located at the end of a 2-ton pivoting blade-arm, was pushed downward by a piston in the hydraulic shear cylinder. The movable blade, or shear, made contact with a stationary blade at the shear point, cutting the compacted scrap metal in an action similar to a scissors or guillotine. After metal had been sheared by the two blades, the sheared metal dropped into a slightly descending discharge chute or funnel located adjacent to the bottom, or stationary, blade. When the movable blade is at the shear point, the blade-arm is in a nearly horizontal plane, reducing the size of the cutting chamber to a height of 3 feet, which corresponds with the height of the discharge chute. As metal was cut, any previously sheared metal in the discharge chute was forced through and out the chute onto the shaker table for removal by a crane. The piston then raised the blade-arm to repeat the cycle. The Monster was not self-cleaning, that is, it contained no mechanical apparatus for expulsion or extraction of sheared metal. Any change in the type of metal being processed through the Monster required that previously sheared metal remaining in the discharge chute be removed manually from the chute before a different metal was inserted into the shearing process of the Monster.

MECHANICS OF THE MONSTER AND ACCIDENT

The owner’s manual for the Monster did not contain any recommended procedure for removing sheared metal from the area at the shear point or discharge chute. The manual, however, did provide a two-step procedure for changing the Monster’s blades, namely, remove or “clean out” all metal in the discharge chute and, after raising the movable blade, use a block, such as a 4-inch by 4-inch oak block, between the raised blade and the floor of the discharge chute to prevent downward movement of the movable blade. Such procedure required someone to enter the chute, fix the block, and remove “blade bolts from inside the discharge box.”

According to Henry Buhr, Rahmig’s foreman at the scrap yard, there were no tools available for cleaning out the cut scrap *428 iron — “all we had was our hands.” For some time before the accident, Buhr and other employees at the scrap yard had observed that the Monster’s upper, or movable, blade would “stay up” if the machine were left running with its controls in the “up” position, which maintained hydraulic pressure in the shear cylinder and kept the blade-arm elevated. Without hydraulic pressure, the blade-arm would slowly descend and eventually come to rest at the shear point. Throughout past operation of the Monster at the scrap yard, the upper, or movable, blade had never unexpectedly descended. Sometime before the accident, Buhr noticed the Monster’s main cylinder in the shear head was leaking oil and had “blown” some O-rings, apparently some type of gasket on the shear cylinder. One of Rahmig’s fellow employees, Lee Navorette, described the usual situation in manually removing the sheared metal from the cutting chamber and discharge chute as “cramped and really oily... you had no place to put your hands,” with no way to maintain balance within the chute except by placing one’s hand on the “bottom part of the blade,” that is, on the stationary, or lower, blade in the cutting chamber.

In August 1980, Rahmig, 21 years of age, had been operating the Monster to shear cast iron when Buhr decided to change from cast iron to steel as the metal being processed by the Monster. While the Monster was left running, with its controls locked in the “up” position, Rahmig descended from the control tower to help Buhr in removing sheared metal from the discharge chute. With the Monster’s controls locked in the “up” position, Rahmig as well as his coemployees understood that the machine was “safe” and that the blade-arm would not descend.

Buhr and Rahmig stood beside the Monster, near the end of its discharge chute, and manually removed most of the sheared metal from the discharge chute. When sufficient metal had been removed to permit someone’s entry into the chute, Buhr went to a nearby crane to load scrap metal. Rahmig crawled inside the Monster’s discharge chute, where he crouched and started “kicking the iron out” with his boot. Pieces of sheared metal weighed between 25 and 50 pounds. To steady himself in such cramped quarters, Rahmig put his left hand on the *429 stationary blade in the cutting chamber and resumed cleaning metal from the chute. Without any forewarning, the upper blade suddenly descended, traumatically amputating three of Rahmig’s four fingers on his left hand and so crushing a fourth finger that Rahmig had to “finish tearing ... off” that finger to extricate himself from the blades. Rahmig climbed from the Monster and went to Henry Buhr, to whom he yelled that “I had cut my fingers off.” Buhr drove Rahmig to the hospital.

PLEADINGS

In his petition, Rahmig alleged that the Monster was a defective product manufactured by Mosley and asserted that the Monster was “unsafely designed” without safeguard against unexpected descent by the movable blade, making the Monster “unreasonably dangerous.” Rahmig further alleged that the defects in the Monster “could have been easily and economically remedied by devices within the state of art of design of machines of similar types.” Also, Rahmig asserted that Mosley was negligent in designing the Monster and, with reference to the sudden and unexpected descent of the Monster’s upper blade, in “failing to adequately warn . . . foreseeable users, of dangers inherent in the design and use of the product, and not readily apparent to foreseeable users of the product.” Rahmig, therefore, sought damages from Mosley on account of its strict liability (design defect) and negligence (defective design and failure to warn) regarding manufacture of the Monster.

Free access — add to your briefcase to read the full text and ask questions with AI

Related

State v. Allen
314 Neb. 663 (Nebraska Supreme Court, 2023)
Mehner v. Panera
D. Nebraska, 2023
Monroe v. Medtronic, Inc.
D. Massachusetts, 2021
Ideus v. Teva Pharm. United States, Inc.
361 F. Supp. 3d 938 (D. Nebraska, 2019)
Smith v. Meyring Cattle Co.
302 Neb. 116 (Nebraska Supreme Court, 2019)
Pitts v. Genie Indus., Inc.
302 Neb. 88 (Nebraska Supreme Court, 2019)
Pitts v. Genie Indus.
302 Neb. 88 (Nebraska Supreme Court, 2019)
Certain Underwriters at Lloyd's v. S. Pride Trucking, Inc.
331 F. Supp. 3d 956 (D. Nebraska, 2018)
Scott v. Dutton-Lainson Co.
774 N.W.2d 501 (Supreme Court of Iowa, 2009)
Shipler v. General Motors Corp.
710 N.W.2d 807 (Nebraska Court of Appeals, 2006)
Krajewski v. Enderes Tool Co., Inc.
396 F. Supp. 2d 1045 (D. Nebraska, 2005)
In Re Petition of Omaha Public Power Dist.
680 N.W.2d 128 (Nebraska Supreme Court, 2004)
Freeman v. Hoffman-La Roche, Inc.
618 N.W.2d 827 (Nebraska Supreme Court, 2000)
Jameson v. Liquid Controls Corp.
618 N.W.2d 637 (Nebraska Supreme Court, 2000)
Haag v. Bongers
589 N.W.2d 318 (Nebraska Supreme Court, 1999)

Cite This Page — Counsel Stack

Bluebook (online)
412 N.W.2d 56, 226 Neb. 423, 75 A.L.R. 4th 397, 1987 Neb. LEXIS 1014, Counsel Stack Legal Research, https://law.counselstack.com/opinion/rahmig-v-mosley-machinery-co-neb-1987.