A Wood-Mizer portable sawmill can turn a downed oak, walnut, pine, maple, cedar, or poplar log into real lumber. The part many owners underestimate is that milling is not just cutting boards. It is a project-management process: choose the right logs, decide what the lumber will be used for, stage the work area, saw for yield and stability, cut oversize for drying and surfacing, stack the lumber correctly, track moisture, and confirm whether the boards can legally go into a permitted structure.
On our job sites, we treat self-milled lumber differently depending on its intended use. A live-edge mantle, barn door, shelving stock, outdoor farm lumber, and structural floor joist are not the same problem. A board can look straight and strong and still be unacceptable for code-regulated framing if it lacks a recognized grade mark, species identification, moisture documentation, or approval from the local authority having jurisdiction.
The short answer: if you have clean logs, room to work, a realistic drying plan, and a use for the material, a Wood-Mizer can produce excellent lumber. If you only have one or two storm-damaged yard trees, limited access, no way to move logs, or a permitted framing project that needs stamped lumber, hiring a portable sawyer or buying graded material may be the better decision.
Start With the End Use, Not the Saw
Before the first cut, decide what the lumber is supposed to become. That choice controls species selection, thickness, cut pattern, drying target, surfacing allowance, and whether the lumber needs inspection.
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For furniture, shelves, trim, stair parts, and interior feature work, appearance and moisture content usually matter more than structural design values. For outdoor benches, garden structures, farm buildings, trailer decking, and utility boards, durability, thickness, fastener holding, and weather exposure become the priorities. For framing, beams, rafters, joists, decks, and load-bearing members, the rules are stricter because the lumber is part of a structural system.
A common beginner mistake is cutting everything into random 1-inch boards because that feels useful. A better approach is to write a simple cut list before the saw arrives. For example, if the goal is a 10-foot farm table, you may want 8/4 slabs or boards cut around 2 inches thick, not 4/4 boards that finish too thin after drying and planing. If the goal is rough wall sheathing for a non-permitted outbuilding, 1-inch material may make sense. If the goal is deck framing or house framing, stop and talk to the designer, builder, and inspector before assuming site-milled boards will be accepted.
Portable milling rewards planning. A log that becomes 2-inch live-edge slabs cannot also become clean 2×8 framing. A cant cut for dimensional lumber gives up some visual character but makes stacking, drying, and grading more predictable. Decide the highest-value use first, then saw toward that.
Wood-Mizer Portable Sawmill Basics
Wood-Mizer is one of the best-known portable band sawmill manufacturers in the United States. Their portable mills use a narrow band blade that travels around wheels and slices boards off a log set on a track-style bed. Compared with a circular sawmill, the band blade has a thinner kerf, meaning less of the log is turned into sawdust. That thinner kerf is one reason portable band mills are popular for valuable hardwoods, urban salvage logs, and specialty slabs.
Entry-level Wood-Mizer LT15-class sawmills are commonly in the roughly $7,895 to $13,890-plus range before options. One current LT15 retail example shows about $9,895 sale pricing, $10,895 regular pricing, and $399 shipping. Add-ons can change the real purchase price quickly: trailer packages, power feed, bed extensions, parts packs, resaw attachments, shingle or lapsider attachments, and extra blades can add hundreds or thousands of dollars.
A current LT15 listing reports capacity up to a 32-inch log diameter, a 30-inch width of cut, a 17.7-foot standard log length, a 4,000-pound log weight, and production up to 320 board feet per hour. Those numbers are useful for comparison, but homeowner production is usually lower. Loading logs, rolling logs, squaring cants, changing blades, removing slabs, checking measurements, stacking boards, and cleaning up all take time.
Professional hydraulic Wood-Mizer mills are a different class of machine. The LT40WIDE Hydraulic, for example, is positioned as a professional portable mill with hydraulic log handling, up to a 0.91-meter log diameter, 6.4-meter log length, and production up to 1.3 cubic meters per hour. The major difference is not just speed. Hydraulic loading, turning, clamping, and leveling reduce the strain and risk involved with heavy logs. A 30-inch oak log is not a casual object. It can weigh hundreds or thousands of pounds depending on length and moisture.
What It Costs in 2026: Buy the Mill or Hire the Sawyer?
For most homeowners, the first financial question is whether to buy a Wood-Mizer or hire someone who already owns one. The answer depends on log volume, repeat use, storage space, your tolerance for maintenance, and whether you have a plan for drying and using the lumber.
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| Option | Typical 2026 Cost | Best Fit | Watch For |
|---|---|---|---|
| Buy an LT15-class Wood-Mizer | Roughly $7,895-$13,890+ before options; one LT15 example is about $9,895-$10,895 plus $399 shipping | Recurring log supply, hobby milling, farm use, small business plans | Trailer, blades, sharpener, setter, fuel, maintenance, log handling, drying space |
| Buy a higher-output hydraulic mill | Tens of thousands of dollars to $90,000+ depending on model, condition, hydraulics, power, and accessories | Commercial sawing, frequent hardwood logs, production lumber, heavy log handling | Capital cost, transport, maintenance skill, insurance, business volume |
| Buy used | June 2026 examples include an LT15 with trailer at $11,500, an LT40 at $19,500, and an LT70 Super HD at $70,000 | Experienced buyers who can inspect wear, hours, alignment, blades, and hydraulics | Unknown maintenance history, worn guides, tired engines, missing sharpener or setter |
| Hire a portable sawyer | Commonly about $0.35-$0.80 per board foot, $60-$120 per hour, or $400-$800+ per day; some custom mills quote around $155/hour | One-time storm cleanup, a few valuable logs, slabs, limited sawmill experience | Minimum charges, blade damage fees, travel, equipment access, cleanup, stacking labor |
Buying a mill can make sense if you have a steady log supply and a real outlet for the lumber. That outlet might be your own farm, repeated building projects, furniture production, or local lumber sales. If you are milling one walnut tree because it has sentimental value, hiring a sawyer is usually more practical.
Remember that milling cost is not finished lumber cost. You may still need a tractor, forks, cant hooks, log bunks, stickers, roofing for the stack, end sealer, a moisture meter, a planer, a jointer, kiln drying, trucking, blade replacements, and storage space for months or years. A 15-pack blade upgrade around the $316-$395 range is not a huge line item compared with a mill, but blade damage from metal can turn a good day into an expensive one.
Pick the Right Logs
Good lumber starts with good logs. A big tree does not automatically make good boards. Straight, sound logs with minimal sweep, rot, shake, included bark, large knots, and embedded debris will produce more usable lumber and fewer problems at the saw.
For construction and general-purpose lumber, logs should be reasonably straight and long enough to trim. An 8-foot board should not come from an 8-foot log if you need clean ends. Give yourself trimming room. A 10-foot log may produce better 8-foot lumber after end checks, stain, and defects are removed. For 10-foot boards, a 10-foot-6-inch or 11-foot log gives room to square the ends later.
Yard trees require extra caution. Urban and residential trees can contain nails, screws, clothesline hooks, fence wire, bullets, concrete splash, gravel, and old hardware buried deep in the trunk. Metal ruins blades, damages teeth, wastes time, and may trigger a surcharge from a custom sawyer. We recommend scanning yard trees with a metal detector before milling and being honest with the sawyer about where the tree grew. A tree from a fence line, driveway edge, old farmstead, or backyard play area is higher risk than a forest-grown log.
Dirt is another blade killer. Dragging logs through soil packs grit into bark. Before milling, keep logs on bunks, scrape or pressure-wash muddy bark when practical, and avoid rolling logs through gravel. A debarker helps, but it is not a substitute for clean log handling.
Estimate Board Feet Before You Mill
Board feet are the basic measuring unit for sawn lumber volume. The formula is simple:
Thickness in inches x width in inches x length in feet / 12 = board feet.
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1Fix the driver behind crashes, sound loss and screen glitches2Clear out junk files and repair common Windows errors3Scan for outdated or missing drivers - takes under a minuteA 2-inch x 10-inch x 10-foot board equals 16.7 board feet before trimming and drying loss: 2 x 10 x 10 / 12 = 16.7.
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- Specifications: Length 158 inches, width 1-1/4 inches, rake angle 10°, pitch 7/8 inches, thickness 0.042 inches
- High-quality: Using high-density alloy steel and high-precision welding machine technology, the saw blade is not easy to break. After 1200°C high temperature quenching and annealing, the hardness, softness and wear resistance are stronger. Repeated stretching, traction, and coiling, the saw blade is smoother and tougher
- High Efficiency and Longer Life: 10° alloy steel serration, with good impact resistance and chip removal ability, greatly improve the sawing efficiency, you can complete the sawing work in less time. Made of high-quality alloy steel and multi-precision craftsmanship, the 158-inch sawmill blade can easily accompany you to spend more time sawing
- Run-in: After the new saw blade is installed, adjust the feed of the sawmill to half of the high-speed sawing, and the sawing work can fully grind off the burrs between the teeth without hurting the saw blade for 2-3 hours
That does not mean a log with a certain gross scale turns into the same amount of dry, straight, surfaced, defect-free lumber. The difference between log scale and finished yield is where many budgets go wrong. You lose volume to slabs, kerf, taper, sweep, rot, knots, end checks, drying degrade, trimming, planing, jointing, and boards rejected for structural or appearance reasons.
For a small project, mill extra. If you need 300 board feet of finished, surfaced lumber, do not plan to saw exactly 300 board feet green and rough. Depending on species, defect level, thickness, drying method, and final grade expectations, a waste allowance of 20 percent to 40 percent is often more realistic than a perfect one-to-one estimate. For high-character slabs or knotty yard trees, the usable yield can be even less predictable.
Prepare the Site Before the Mill Arrives
A productive sawmill day starts before the sawyer backs into the driveway. The mill needs firm, level access, room to turn around, a safe log deck, and a plan for where lumber, slabs, sawdust, bark, and offcuts will go.
For a portable Wood-Mizer on a residential lot, think in zones. The truck and mill need a stable approach. The log pile should be close enough to reduce handling but not so close that it blocks the operator. Fresh boards need a stacking area with a level base and airflow. Waste slabs need a separate pile. Sawdust should not be allowed to bury lawns, drainage paths, or finished surfaces unless that is intentional.
Access is often the limiting factor. A sawyer may be able to bring the mill to the logs, but that does not mean they can safely process logs in a tight backyard with overhead wires, soft soil, steep grade, septic fields, parked cars, or landscaping in the way. If a machine gets stuck or leaves ruts, that is part of the real job cost.
Before milling day, confirm who is responsible for moving logs, rolling logs, stacking boards, applying end sealer, hauling waste, and cleaning up. Custom sawyers typically charge for time, board footage, or the day, but labor assumptions vary. A helper who can stack boards and clear slabs may increase production noticeably.
Choose the Right Sawing Pattern
The right sawing pattern depends on the log and the end use. There is no one best method. A fast, high-yield pattern for barn lumber may be a poor choice for stable tabletop stock.
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Plain sawing, sometimes called flat sawing, is the common high-yield method. The sawyer cuts boards across the log face, often turning the log as needed to manage defects and produce usable widths. It is fast and efficient, and it produces familiar cathedral grain in many hardwoods. For general-purpose boards, shelving, siding, and many furniture parts, plain sawing is practical.
Cant Sawing
Cant sawing squares the log into a rectangular cant, then cuts that cant into dimensional lumber. This is a good method when the target is consistent 2x material, blocking, beams, posts, or boards that will be easier to stack and dry. It sacrifices some wide natural edges but makes production more predictable.
Quarter and Rift Sawing
Quarter sawing and rift sawing produce boards with more vertical grain orientation. They are slower and usually yield narrower boards, but they can improve dimensional stability and appearance. White oak, for example, can show strong ray fleck when quarter sawn. These methods make sense for flooring, tabletops, cabinet parts, and higher-value finish work.
Live-Edge Slabs
Live-edge slab cutting is popular for large hardwood logs. The goal is usually wide slabs for tables, counters, benches, mantles, and feature pieces. Slabs should be cut thick enough to survive drying and flattening. A slab intended to finish around 1-3/4 inches may need to be cut near 2-1/4 inches or thicker depending on species, width, expected warp, and flattening method.
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With the Wood-Mizer leveled and the log secured, the basic process is to establish a flat reference face, turn the log, square a cant or open the desired face, and then cut boards to the target thickness. The operator watches blade behavior, feed speed, tension, log stress, and measurements as the cut progresses.
Band-saw kerf is thinner than circular saw kerf, so less wood becomes sawdust. That helps yield, especially with valuable logs. But kerf alone does not guarantee straight lumber. Dull blades, excessive feed speed, poor tension, dirty bark, frozen knots, internal stress, and embedded metal can all cause wavy boards or blade dive.
Cut green boards oversize. Rough-sawn lumber shrinks as it dries and usually needs surfacing before final installation. If you want a finished 1-inch board, you do not cut it exactly 1 inch green and rough. Common hardwood practice might involve cutting 4/4 lumber around 1 inch rough for eventual 3/4-inch finished stock, or 8/4 lumber around 2 inches rough for thicker finished parts. For framing-style dimensions, discuss target size and local expectations before milling. A rough 2-inch board may not finish as a standard dressed 2x member after drying, planing, and shrinkage.
Watch the first boards carefully. If the saw is wandering, stop and correct the cause rather than producing a stack of inconsistent lumber. Check for blade sharpness, guide alignment, feed speed, log movement, and hidden tension in the log. Some logs release stress as they are opened and will pinch the blade or bow boards immediately.
Labeling helps. Mark species, date milled, thickness, and intended use on the stack or stickers. If you are milling several logs from one property, separate them by species and thickness. Mixed stacks dry unevenly and make later sorting harder.
Drying Is Where Good Lumber Is Won or Lost
Green lumber can start around 35 percent to more than 200 percent moisture content depending on species, sapwood, heartwood, and growing conditions. Freshly sawn boards are not ready for most construction or interior uses. They will shrink, cup, twist, check, and move as moisture leaves the wood.
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Air drying commonly aims for about 15 percent to 20 percent moisture content, depending on climate and end use. Purdue Extension notes that properly stacked lumber can air-dry to about 15 percent to 20 percent moisture content, but drying time varies with species, thickness, season, airflow, humidity, and stacking method. The common planning rule of roughly one year per inch of thickness is useful as a rough expectation, not a promise. Two-inch oak may take substantially longer than one-inch pine, and a poorly built stack may never dry evenly.
Interior finish lumber often needs to be drier than air-dried outdoor or utility lumber. In many heated and air-conditioned homes, interior wood should be closer to the equilibrium moisture content of the space before final milling and installation. That may require kiln drying or a controlled finishing period indoors after air drying.
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Air-Drying Checklist
- Build the pile on a level, solid foundation at least several inches off the ground.
- Use dry, consistent stickers of equal thickness between each layer.
- Align stickers vertically from bottom to top so weight transfers straight down.
- Space stickers about 16 to 24 inches apart, adjusting for board thickness, species, and warp risk.
- Keep airflow open on all sides of the pile.
- Seal board ends soon after sawing to reduce checking.
- Place weight on top of the stack to reduce cupping and bowing.
- Use a roof cover that sheds rain but does not trap moisture against the top boards.
- Keep lumber out of weeds, mud, sprinklers, and direct ground moisture.
- Record moisture readings with a meter rather than guessing by calendar time alone.
Sticker stain, mold, end checks, honeycomb, casehardening, and warp are not just cosmetic problems. They can reduce the amount of usable lumber and create performance issues after installation. Drying too fast at the beginning can damage lumber, especially thicker hardwood. Drying too slowly can invite stain and decay. The goal is controlled airflow, shade from direct wetting, and consistent support.
Surfacing, Grading, and Using the Lumber
After drying, lumber usually needs to be surfaced. That may mean jointing one face, planing to thickness, ripping one straight edge, trimming ends, and sorting boards by quality. This is where the final yield becomes clear.
Expect defects to show up after drying. Boards that looked acceptable green may cup, twist, split at the ends, or reveal internal checks. Wide slabs may need flattening with a router sled, CNC, or wide-belt sander. Dimensional boards may need to be planed and ripped down to remove movement.
For appearance lumber, sort by color, grain, knots, checking, and final dimensions. For utility lumber, sort by size and straightness. For anything structural, do not rely on appearance alone.
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Repair common Windows errors and clear accumulated junk for a smoother, more stable PC - no reinstall needed.Free scan · no reinstallConstruction callout: framing lumber is an engineered and code-recognized product, not merely a board of the right size. Species, grade, moisture condition, allowable design values, and inspection documentation matter. The American Lumber Standard Committee system is the basis for acceptance of lumber and design values by U.S. building codes. The 2024 International Building Code states that structural sawn lumber and structural log members must be identified by the grade mark of an approved lumber grading or inspection agency. The 2024 International Residential Code also allows certificates of inspection in some sawn-lumber cases, but the local authority having jurisdiction decides what documentation is acceptable.
Some states have native lumber exceptions or local programs. New Hampshire’s Native Lumber Law and Washington’s Native Lumber program are examples, but those rules are state-specific and may involve training, registration, inspection, species limits, or project restrictions. They should not be assumed to apply in another state.
For a permitted building project, coordinate early. The owner, sawyer, designer, inspector, and builder should agree on the code path before logs are cut. Once boards are sawn, dried, and stacked, it is frustrating to learn they cannot be used for the intended structural work.
Safety and Equipment Notes
A portable sawmill is a production machine with sharp blades, heavy logs, moving belts, pinch points, noise, and flying debris. Basic personal protective equipment should include eye protection, hearing protection, gloves when handling rough boards, steel-toe boots, and weather-appropriate clothing that will not catch in moving parts.
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A free scan shows the junk files, broken settings and background clutter dragging Windows down - then fixes them in one click.Free scan · Windows 10 & 11Log handling is usually the highest-risk part of the job. A log can roll, shift, crush, or slide without warning. Use proper cant hooks, peaveys, ramps, winches, forks, or hydraulic handling. Keep hands and feet out of pinch zones. Do not stand downhill from a log. Do not rely on a helper’s boot, a loose block, or a casual wedge to stop a heavy log from moving.
Blade changes also deserve respect. Band blades are long, sharp, springy, and under tension when installed. Follow the manufacturer’s process for releasing tension, changing blades, and setting guides. Keep spare blades organized and protected from rust and tooth damage.
Site safety matters too. Keep children, pets, parked vehicles, and bystanders away from the cutting area. Plan traffic flow for trucks, tractors, and stacked material. Sawdust can be slippery. Slabs with bark can trip workers. Freshly cut boards are heavy and awkward, especially green hardwoods.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.When to DIY and When to Hire a Pro
Owning a Wood-Mizer is appealing, but it is not automatically cheaper than hiring a sawyer. The mill is only part of the system. You need log handling, blades, maintenance, storage, drying knowledge, and a steady reason to keep sawing.
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1Repair Windows errors before they cause bigger problems2Fix the driver behind crashes, sound loss and screen glitches3Clear out junk files and repair common Windows errorsDIY ownership makes sense when you have recurring logs, regular projects, enough property to stage and dry lumber, mechanical patience, and a plan for boards that are not perfect. A farm, rural property, furniture shop, homestead, or small custom lumber business can justify an LT15-class mill or a larger hydraulic machine if the volume is there.
Hiring a portable sawyer makes sense for one-time storm cleanup, a few valuable hardwood logs, sentimental trees, large slabs, or projects where you want the lumber but not the learning curve. It is also smart when you have limited time, limited equipment, or no safe way to move logs. A professional sawyer will usually produce better lumber faster, especially on difficult logs.
For cost comparison, assume a sawyer charges $0.50 per board foot and you have 1,000 board feet of logs. The sawing charge would be about $500 before travel, minimums, blade damage, stacking labor, or extras. At $155 per hour, a productive half day may still be far less than buying even an entry-level mill. On the other hand, if you expect to mill 10,000 to 20,000 board feet over several years and can actually use or sell it, owning starts to look more rational.
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The deciding question is not, “Can I make boards?” The deciding question is, “Can I make the right boards, dry them correctly, store them safely, and use them legally and profitably?”
Common Mistakes That Waste Lumber
The biggest mistake is milling without a plan. Random thicknesses and mixed lengths are hard to stack, hard to dry, and hard to turn into a finished project. Decide whether you want slabs, 4/4 boards, 8/4 stock, posts, beams, siding, blocking, or dimensional material before the saw starts cutting.
The second mistake is ignoring moisture. Green boards are not finished lumber. Installing wet material inside a house can lead to gaps, cupping, fastener issues, trim movement, and callbacks. Even outdoor lumber needs enough drying and movement allowance to perform well.
The third mistake is assuming self-milled lumber can replace graded framing lumber. For nonstructural finish work, site-milled lumber can be excellent. For structural work, get code acceptance sorted out first.
The fourth mistake is underestimating cleanup. Milling creates slabs, bark, sawdust, mud, offcuts, and equipment marks. On a residential lot, that cleanup can become the homeowner’s biggest frustration if it was not discussed beforehand.
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The fifth mistake is cutting logs that should have been firewood. Rotten, twisted, metal-filled, badly swept, or hollow logs consume time and blades while producing little usable lumber. A clean 16-inch log can be more valuable than a dramatic 36-inch log full of defects.
A Practical Wood-Mizer Milling Workflow
Use this sequence for a typical homeowner or small-builder milling project:
- Identify the intended use: slabs, furniture stock, utility lumber, siding, farm use, or potential structural members.
- Check the code path if the boards may be used structurally in a permitted project.
- Sort logs by species, diameter, length, straightness, and defect risk.
- Scan yard trees with a metal detector and remove visible hardware, dirt, and gravel.
- Write a cut list with target thicknesses, lengths, and extra waste allowance.
- Stage the mill site with access, log deck, board stack location, slab pile, and sawdust plan.
- Choose the cut pattern: plain sawn, cant sawn, quarter or rift sawn, or slabbed.
- Mill oversize for drying, shrinkage, trimming, and surfacing.
- Sticker and stack immediately on a level foundation with aligned stickers and top weight.
- Seal ends, roof the pile, maintain airflow, and record moisture readings.
- Surface, trim, grade, and sort only after the lumber is dry enough for its use.
- Use structural lumber only when the required grade, inspection, and local approval are in place.
That workflow is slower than simply firing up the saw, but it produces better lumber and fewer expensive surprises.
Bottom Line
A Wood-Mizer portable sawmill can be a very practical tool when the logs are clean, the site is prepared, and the lumber has a clear purpose. The sawmill turns logs into rough boards; the rest of the process turns those rough boards into usable building material.
For homeowners, the best value is often hiring a good portable sawyer for a defined batch of logs, then investing attention in stacking, drying, and surfacing. For owners with recurring logs and enough space, an LT15-class Wood-Mizer can be a capable entry point. For production work or heavy hardwoods, hydraulic handling quickly becomes more than a convenience.
From a builder’s standpoint, the key is to respect the whole chain: log quality, sawing pattern, drying, surfacing, documentation, and code acceptance. Portable milling can produce beautiful local lumber, but permitted construction needs early coordination among the owner, sawyer, designer, inspector, and builder. Handle that up front, and the boards have a much better chance of becoming something permanent instead of an expensive stack in the yard.
Frequently Asked Questions
How much does a Wood-Mizer portable sawmill cost in 2026?
Entry-level LT15-class Wood-Mizer mills are roughly $7,895 to $13,890-plus before options. One current LT15 example is about $9,895 to $10,895 plus $399 shipping. Professional hydraulic mills can cost tens of thousands of dollars to $90,000 or more.
Is it cheaper to mill your own lumber?
It can be cheaper if you already have logs, equipment, drying space, and repeated use for the lumber. For one-time projects, hiring a portable sawyer at about $0.35 to $0.80 per board foot, $60 to $120 per hour, or $400 to $800-plus per day is usually more practical.
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Do not assume so. Structural lumber used in permitted construction typically needs an approved grade mark or accepted inspection documentation. The local building official decides what is acceptable, so confirm the code path before milling framing material.
How long does self-milled lumber need to dry?
Air drying often targets about 15 percent to 20 percent moisture content, but time depends on species, thickness, climate, and stacking quality. A rough planning rule is about one year per inch of thickness, but moisture-meter readings matter more than the calendar.
What size log can an LT15 Wood-Mizer cut?
A current LT15 listing reports capacity up to a 32-inch log diameter, a 30-inch width of cut, a 17.7-foot standard log length, and a 4,000-pound log weight. Actual production depends heavily on log handling, species, blade condition, and operator experience.
What is the biggest mistake beginners make when milling lumber?
The biggest mistake is milling without a cut list and drying plan. Random boards are harder to stack, dry, surface, and use. Decide the end use, cut oversize, sticker the lumber immediately, and track moisture before installation.
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Product prices and availability are accurate as of the date/time indicated and are subject to change. Any price and availability information displayed on Amazon at the time of purchase will apply.
