Timber harvesting is more than just planning the harvest and reforestation to protect the environment. Timber harvesting operates like a huge, outdoor assembly line, or ballet operating in concert with other dancers if you prefer. For example, after robotic delimbers, or “strippers” (See an example here), cut off the felled tree’s branches and create logs, huge rough terrain forklifts load the felled tree logs onto heavy, flatbed, sideloaded trucks.
Typically, these logs are strapped down with heavy chains on the trailer’s bed and transported to a loading dock or a landing facility. After, the debranched, wet lumber is sorted and processed it is generally sawed and milled right away into sheets, planks and beams, for example, before it can dry. But some specialty woods, like that used for log cabins, for example, are sealed on both ends and left to dry for years prior to woodworking.
No matter what, each step in the commercial lumber extraction process involves the use of heavy machinery from the forest’s tundra, to the asphalt jungle. And workers using the equipment in these outdoor and indoor facilities are presented with many hazards not present in other white-collar types of work. Most of all, lumber harvesting is not a job for the faint of heart. So naturally, lumberjacks and other laborers in related trades, are a resilient tough breed with a can-do attitude.
Because of the proximity in closeness these tradespeople work to falling trees, rotating cranes, moving tractors, reversing trucks, chainsaws, band saws, machine sanders, milling machines, and axes, they can get into trouble. With the costs of medical care for injured laborers skyrocketing, and need to reduce manufacturing and other related costs, more and more, the lumber industry relies on machinery to help avoid occupational injuries and increase production goals. But as will be discussed, sometimes these powerful machines can make things worse, and not just for lumberjacks.
True, it’s a given that modern technology is necessary for our modern life. The buzz of heavy and light industrial equipment on farms, truck and shipside docks, as well as commercial factories, keeps our consumer economy going and provides us with the lumber and other wood products needed to build houses and other things like furniture, from any variety of imported and exported soft and hardwoods. However, certain types of woodworking machinery are more likely to cause severe injury to workers and pedestrians, depending on the case.
Working with large scale lumber is particularly dangerous, especially for untrained or undertrained workers. This goes twice for sawmills, lumber workers, and woodshops that do not follow strict guidelines. Machines used in the sawmill will include saws, belt sanders, drum sanders, matchers, planers, and molding machines.
Contrasted with a planing machine using a cutting blade, sanding machines are usually electrically powered tools used in conjunction with sandpaper (a two-sided paper with different types of sand, or “sanding-grit” uniformly glued on the business end, or sanding side). Basically, depending on the type of sander machine and grit level of the paper or other product vibrating, back and forth, or single direction belts prepare many types of wooden surfaces for the consumer’s end-use. So to recap, either by human operation or via automation, the gritty surface can rapidly strip, roughen, or smooth wooden surfaces.
I am attorney Michael Ehline, prior to becoming one of the most successful tort lawyers in Los Angeles, I was involved in the construction industry. Of particular significance, I worked as a laborer, painter’s apprentice, surface prep-man, and was also a licensed C-47 building contractor. Later, in my practice as a personal injury lawyer, my experience as a tradesman helped me win many cases of serious industrial injury cases to workers injured in wood sanding and milling accidents.
During my work as a Los Angeles accident attorney, my staff and I have determined that sometimes poorly maintained, defective or poorly designed machines operated by our clients are what led to their serious injuries or death. This meant that besides unemployment insurance, and workers’ compensation, the manufacturers of the equipment were on the hook to pay for medical losses, lost wages, and pain and suffering compensation beyond what traditional no-fault workplace insurance can provide.
Since many of the injuries in these cases are catastrophic, all avenues of defendants and financial recovery must be pursued. We understand that you have lost a finger, arm, or hand in a sanding machine. And that means you probably are out of work. So there is no way work comp is going to pay you enough to live as you would have if you could still do the work you did before you got hurt. Clients know they can trust us.
As a result, my law firm has earned millions of dollars for tradespeople by protecting their rights to extraordinary worker’s compensation and third-party negligence claims. In the process, I or counsel of record has received accolades from Super Lawyers, Personal Injury Warriors International, Circle of Legal Trust, Newsweek, Leatherneck Magazine, and more. Most of all, we have hundreds of positive online reviews from past clients, and we even have a perfect AVVO rating.
Below, we will discuss some types of sanders, how they are used, and how they can severely injure, kill, or maim someone. We will also provide a list of some injuries sanders cause and some tips at avoiding being caught or trapped in a sanding machine. Afterward, we will cover your legal options and remedies. Most of all, we will show you what makes us specialists, and why we think we can help recover the compensation of the maximum damages allowed under the law.
Like a human-operated, manual sander, such as a “sanding block,” the smooth side of the sheet is clamped and ratcheted to the base of the sanding mechanism, usually with two quick-release clamps on either side of the flat sanding pad.
Conversely, most belt sanders use a belt of gritty paper and are placed over rollers that are level with the sanding table. If the sheet of paper is seated properly, the rough part of the paper facing the surface to be sanded down will have no bumps or uneven portions on the work facing side of the sandpaper, or belt. There are powerful, large crew operated and automated sanders, such as Lumber sanders, which is the topic of this article.
Mostly, these are used in the auto industry, as well as the lumber, and wood milling operation industry. But military applications for use on land and also sea exist, such as for use aboard military and commercial ships for rust control and prior to applying LP, and epoxy paint primers. And there are smaller sanders used in the construction trades for wood, plastic and metallic surface preparation.
Mostly these are used for jobs like house painting, rough and finish framing. Also popular, specialized sanders are used by hobbyists and others for finish sanding. After drying and curing, part of the sanding and planing process includes truing the lumber or making it straight. No matter what, these tools can break down or run amok.
In the lumber industry, there several sanding and related machines used by helpers and other woodworkers:
Belt sanders, also known as strip sanders are among the most common sanders used to finish and form wood and other products into their final shape. Working on a continuous loop principle, the design of the belt sander is such that large amounts of wood material can be removed quickly if the machine is operated by a capable worker. Unlike a grinding wheel used in bladesmithing, for example, these machines utilize a fully looped sanding belt, instead of abrasive sheets that you see in sleeves in the Home Depot paint department, for example.
Many machines consist of long, electrically powered belts turned by a pair of separated drums at each end of the machine, similar to how an upside-down military tank’s treads would look, but covered with a belt of paper in exchange for the belt of treads. Does that make sense? The larger table lumbersanders are used to sand down bumps, dents, flaws, and gouges inherent in the wood harvesting and handling process. Another purpose in using these massive sanding machines is to smooth down milling marks from things like huge bandsaws, chainsaws, and other machines used to harvest and cut trees.
Noteworthy here, sanding belts must snugly fit inside the machine’s housing, wrapping around the motor’s driving wheel at the rear, which attaches on the other side to a free-wheeling guide wheel on the opposite side. To keep the belt from slipping or flying off during operation, tension controls and alignment guides are adjusted to keep the belt evenly running, and in place while the electric motor spins the sanding belt forward at high revolutions.
Belt sanders are highly effective tools for removing roughness and preparing woodwork for less aggressive tools in the process like random orbit and finishing sanders. It is crucial to belt-sand with the wood grain rather than across it. Otherwise, the belt sander’s lateral action can ruin the work.
The “grit” of the sandpaper, is what determines how the surface smoothness feels and appears. Too rough, and you destroy and splinter the wood. Also, you run the risk of sanding down too much of the wood if you are not an expert in the use of these machines. Conversely, too fine of a paper grit and you waste a lot of expensive, fine sandpaper paper and time. So sometimes, you barely “scratch the surface,” so to speak. (Source).
There are also hand pushed, “upside-down” belt and drum sanders that look similar to vacuum cleaners. Mostly, these are used to finely finish hardwood floors, or strip them for restoration by use of aluminum oxide, buffers, and steel wool to strip and smooth the floors. They also can be equipped with brushes and other implements to apply finish coats of varnish, polyurethane, or wax.
And they can also suck up any fine wood particles, old lacquer, varnish, or stain being sanded away. So generally, these are multi-use machines because they can tear down, restore, and maintain hardwood floors. We often see these machines being operated at older residential homes constructed with indoor hardwood flooring, etc. The point is, in each sanding and planing trade or industry, there are injuries specific to each type of machine.
For convenience, we are including drum sanders as a type of belt sander. To recap, belt sanders let users quickly slip sanding belts on and off using little time or effort when compared to a drum machine. A drum machine uses a single drum that requires an unjoined sheet to be wrapped and clamped and locked down around a single drum, instead of two.
Off the bat, planers are faster and cheaper than using sandpaper. To start, they don’t use expensive silica paper. But similar to lumbersanders, wood planers also remove flaws in wood, but usually by use of cutting planing blades. In other words, it might require 25 passes through a drum type sander to strip away the same volume of wood material as achievable with one pass of a heavy machine planer.
For this reason, drum sanders are used more for finer surfacing jobs, in tandem with lathing machines, for example. Typically, these will be used to slice and remove larger flaws that would create too much wood slurry and dust inherent in a very rough piece of wood. Another goal in using a machine like this in addition to speed is there is less wood dust created. Even with powerful ceiling or wall mounted air scrubbers, and filtration cleaners, sawdust, silica particles, and other harmful dust is airborne everywhere.
So, many particulates remain in the air obstructing the vision of workers, and their breathing passages. Planers help reduce a lot of these problems by cutting out the roughest part of the raw wood without wasting expensive silica sandpaper. To recap, machine planers, typically have far more wood removal power than other sanders. Since some wood is really rough when the trucks drop it off at the lumbermill, planers will be the go-to machine.
But the risks of a worker suffering an injury is real, and it is glaring when you consider the enormous number of amputations and missing digit cases in the lumber industry when compared to others as a whole. One main way workers and repairmen get hurt is from their hand, or other body part getting pulled into a large lumber sander.
IMPORTANT: Typically, a loose article of clothing gets caught in a moving sandbelt or planing blade, dragging the victim in chopping, tearing and ripping flesh to the bone. Sadly, whole body parts can be shredded into oblivion, making it impossible to surgically reattach the amputated digit or limb.
So yes, sanders of all types can be dangerous. And if they are set up to sand down large segments of trees for industrial use, the injuries can be highly catastrophic when compared to a less dangerous trade. OSHA reveals a number of injuries caused by lumber sanders on its website here.
In its findings, OSHA points out that some of the sanders, lathes, and milling machines simply did not work correctly. So some equipment was designed poorly or failed, causing severe injuries or even death. Also, poor worker training and lack of safety precautions played an overwhelming role in injury causation. Even smaller sanders and machines can cause problems for hobbyists, as well as construction workers.
Yes, there are a multitude of injuries and accidents caused by or made worse by lumbersanders and other milling machines. And no, it’s not just saw blades that can harm someone at lumber mills. OSHA has classified belt sanders, and other similar machines these as dangerous contraptions. And there are hundreds of reports on their website documenting the mechanisms of many factory sanding and related injuries, here.
In addition to repetitive use injuries and exposure to vapors and chemically contaminated air, workers using defective or poorly maintained sanding and milling machines can suffer a myriad of catastrophic grinding and planing related injuries as follows:
Included below are some snippets of news articles explaining more about these types of injuries and how they happen.
Sophomore Chris Miller says he was using the belt sander in class Monday and wasn’t paying attention when his fingers got caught under the wood being fed into the machine. Miller’s fingers were pulled in, and the sander broke two fingers on his right hand, cut off pieces of several other fingers and ripped off the skin on six fingers. Medical personnel say a doctor was able to sew back on two of the fingers that were partially amputated and his hands should be back to normal in a few weeks. https://www.ksl.com/article/85222/student-recovering-after-belt-sander-accident
As noted below, some woodworkers use smaller power sanders and machines and even sand things by hand with fine-grit sandpaper for tasks requiring more intricate surface preparation, such as the edges of antique furniture, and other fine wooden, metal, and other objects.
To recap, these sanders mentioned above, all have a specialized purpose. As always, reading the operator’s manual is mandatory in injury avoidance. There are also tutorials available on websites like YouTube to assist in the overall mitigation of any problems.
All of the injuries caused by sanders and related machines for planing wood are serious and require immediate medical attention. Furthermore, many of these are often caused by the negligence of a third party and even the product manufacturers. Below are some additional tips to help artisans and workers at wood mills and workshops stay safe.
Even with the best safety and training, injuries happen due to another person’s negligence. The woodshop or milling area causes the first concerns. For example, employees may not be properly trained. But other times, mandatory protective equipment was unavailable. Still, other times, the work tools themselves were neglected, improperly maintained, or defective from the start. TIP: Before starting any sanding project, put on protective equipment, including safety glasses, gloves (if hand protective handwear does not present a pulling risk), and a mask.
We’ve seen other cases where the actual machine itself was defective from the factory. Sometimes this was caused by faulty parts or a manufacturing plant error. Also, the design of the tool may be wrong. Or, it may function as it was designed, but does not have the correct protective barriers or safeties. Furthermore, some companies will try and work around this as a means to save money and cut corners.
Above, we discussed the various types of lumber milling and woodworking accidents involving belt sanders, wood planers, drum sanders, chisels, engravers, lathes, hand sanders, floor sanders, etc. We also covered the various injuries typically arising in these calamities. We also talked about proper safety measures people should take in and away from work, to avoid lumber related personal injuries.
And if you became severely injured, or someone you know died due to such an accident, you may retain valuable legal rights to money for lost wages, pain, suffering, and other sources of financial recompense. For example, you may have rights to work comp employment insurance, and even homeowner’s insurance coverages, depending upon where the accident took place.
Sometimes we can assist you in obtaining appropriate and professional medical attention. After our team is always here to help you assess your options and chances of getting money for your past, present, and future rental bills and out of pocket expenses. Also, we come to you anywhere in California to discuss your legal options. Furthermore, we do not ask for a red cent unless we win.
So let us help you with that. Now you can go on with your life. Our legal team remains dedicated to helping people like you 24 hours per day, at Ehline Law Firm Personal Injury Attorneys, APLC. Contact us at (213) 596-9642 or email email@example.com for more info.
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