A lathe and a milling machine are two of the most significant tools used in manufacturing. Also, both machines have their own advantages and disadvantages.
When you combine the two machines into one, it is called a lathe mill combo. This machine combines the advantages of the two machines and makes them work in unison to give you a nice finish on your product while also ensuring smoothness.
Whether you are a DIY enthusiast, a home-based shop owner, or a professional, you might be looking for a lathe mill combo. Choosing the right lathe mill combo is very crucial.
Consider some basics when it comes to purchasing your next lathe and choose a combo that will save you money and time. This article will give you information on a few important things to consider before making a final decision.
Top 7 Lathe Mill Combo Comparison Table
Things to Consider When Buying a Lathe Mill Combo
The performance of the lathe mill combo highly depends on how efficient it runs. Efficiency is very vital for a machine that cuts down hard materials using blades that spin and rotate and a very high speed.
In most cases, you can tell the efficiency of the lathe machine by checking some ratings such as revolutions per minute or second.
This kind of rating represents the number of times the blade will spin in a given time frame. You will have to consider the voltage usage in order to find out the overall efficiency.
An efficient lathe combo machine will not consume a lot of time and energy while in operation. When using it, there won’t be a lot of material waste.
This helps you reduce the expenditure as well. You should therefore choose a lathe mill combo machine that is efficient and suits your exact needs.
This is an important factor to consider while choosing a lathe mill combo machine. If you use a machine that is uncomfortable, you may take too much time to complete a project.
This is because you will be straining your body while using it. There are certain features that can tell you that the product is comfortable and easy to use.
A machine that has a comfy grip will be easy to use. Models that have an easy loading facility where you can safely place the material before cutting them will be safe to use. When looking for a lathe mill combo, go for one that is comfortable to use.
Quality of the Build
When choosing a lathe mill combo, go for one with a quality build. This is because there is a lot you will be doing with this machine. The materials you will be cutting and drilling using the machine are quite sturdy.
Basically, the machine has to be strongly built with sturdy components so that it doesn’t get damaged with ease. It will be under constant pressure every time you use it.
If the machine cracks or breaks with ease, you will spend a lot on repairs. When looking for a lathe mill combo, go for one with a quality build.
When looking for a lathe mill combo, go for one with the best possible combination for convenience. A combo machine will be used in a variety of ways such as milling, drilling, etc.
You need to consider the combination of the machine before you go ahead and buy them. Go for the combination that will suit your needs perfectly.
Top 4 Best Lathe Mill Combo
- Dimensions: 23 x 57 x 44 inches
- Weight: 692 pounds
- Lathe Speed Range: 175-1425 RPM
- Mill Speed Range: 120-1500 RPM
- Horsepower: 3/4 HP
- Voltage: 110 Volts
The Grizzly G9729 Lathe Mill Combo brings power and versatility to your shop. This hefty 16-1/2″ swing, 4-way tool turret lathe comes with a full complement of features.
It has hardened and ground bedways, a full 3/4 HP, a 4-way tool post, 16 mill spindle speeds, and 7 lathe spindle speeds.
This machine comes with a reverse and forward switch. This lathe has two motors that provide lots of power to the headstock spindle and also to the tailstock chuck when doing large diameter work.
It features a milling table that is built-in and comes with a feature referred to as T-slots. It features a power cross feed as well as a power longitudinal feed.
- Dimensions: 41 x 37.5 x 23.5 inches
- Weight: 499 pounds
- Lathe Speed Range: 160-1360 RPM
- Mill Speed Range: 117-1300 RPM
- Horsepower: 3/4 HP
- Voltage: 110 Volts
- Warranty: 2 years
The Shop Fox M1018 Lathe Mill Combo is sturdy and features a built-in vise. It can cut an inch and metric threads. It also features T-slots in the cross slide and turret tool post.
This versatile machine is a must-have for every entry-level mechanist. It does great for milling, drilling, cutting threads, and turning projects. This machine is filled with incredible additional features.
For instance, it has a four-way turret, a built-in rotating vise, a three-jaw chuck that measures about four inches, and nine and a half-inch faceplate. It also features a sixteen and a half-inch swing over the bed.
This is an incredible machine that every mechanic or a homeowner who is likes carrying out DIY projects.
- Dimensions: 23 x 41 x 39 inches
- Weight: 475 pounds
- Lathe Speed Range: 185-1455 RPM
- Mill Speed Range: 135-1370 RPM
- Horsepower: 3/4 HP
- Voltage: 110 Volts
The Grizzly G4015Z Combo Lathe/Mill is an incredible machine for anyone. It doesn’t matter if you are a seasoned mechanist or a home hobbyist trying out projects.
It is a machine that comes in a small package but has the features you need to carry out any kind of project. It features a heavy-duty motor.
The shaft extends for about eight inches and has a one-inch diameter. It also features a threaded arbor that measures about an inch on each end.
- Dimensions: 55 x 50 x 25 inches
- Weight: 429 pounds
- Lathe Speed Range: 50-2000 RPM
- Mill Speed Range: 50-2000 RPM
- Horsepower: 1 HP
- Voltage: 120 Volts
- Warranty: 1 year
The Baileigh MLD-1030 Mill Drill Lathe runs on a very powerful motor with one horsepower. Its motor can provide speed ranges from 50 RPM up to 2500 RPM of variable speeds.
The incredible thing about this machine is that it has an automated speed control switch that enables you to alter the speed according to demands.
The drilling and milling head features a column-style base with depth that is adjustable. It is built with a robust MT-2 tapper. The machine’s turning capacity is incredible.
The dimension of the middle distance is about twenty-eight inches where the bigger workpieces can be operated. It features one motor for the mill and lathes independently.
This allows the machine to run for an extended period and reduces the rate of wear and tear on the motors. The drilling and milling head is strongly built and sturdy.
It features a column-style base that has an adjustable depth. It features a readout that will help keep the depth of the cut very precise. It comes with a one-year warranty which is great for customers.
Frequently Asked Questions
What Do Lathes Do?
A lathe is a machine tool in which a workpiece is rotated while being used. It uses the cutting tool to remove material from the workpiece in order to make it thinner or bigger.
A lathe is an important machining tool in the manufacturing industry for drilling, threading, boring, OD, and ID grooving and splitting.
What is The Use of a Milling Machine?
A milling machine is a machine tool that can perform horizontal, vertical, or rotary cutting operations on workpieces. The milling process uses a milling cutter to remove material from the workpiece.
A milling machine is quite like a lathe. Milling involves rotating the workpiece against a shaped cutter to reduce the overall thickness of the material.
It is used to bore, drill, produce slots, and cut gears. It has a rotating multi-toothed cutter that works on the metal that is fed into the moving workpiece. There are different types of milling machines with various versatility.
What is the Difference Between a Mill and a Lathe?
The difference between the two has to do with their applications and uses. Lathes are used primarily in general metalworking applications and milling machines are more widely used for manufacturing purposes.
A lathe is a delicate machine requiring fine control when cutting, which makes it suitable for fine-tuned machining, as seen in woodcarving, high-value work, and repair work on intricate machine parts.
Milling machines, on the other hand, allow for faster and more powerful machining across a wide range of materials and applications. This is because the material being cut is stationary while the cutting tool spins.
Can You Use a Mill as a Lathe?
Yes, you can. The mill machine is versatile. It has various tooling and special cutting option to cover you from start to finish.
It can make the same cuts that a lathe machine makes with multiple setups. Though the versatility of the lathe machine is limited, it outperforms the mill machine in making cylindrical parts.
What is the Difference Between Machining And Milling?
In machining, the cutting tools are still and the wood or metal material is rotated to make different shapes. The headstock has a chuck that holds and rotates the workpiece continuously. The cutting tools are held intact by the tools holders.
On the other hand, milling involves a stationary workpiece that is fed to a rotating cutting tool. The workpiece is placed on the machine table which controls the feed of the workpiece. The cutter is placed on a spindle and rotates at a high speed.
Should I Buy a Lathe or Mill?
Mill machines can be used to make parts that are a little more complex than the parts you would get from a lathe. Mill machines can do jobs on larger items with a lot more precision and they are faster than lathes.
Mills also have more power than lathes as the RPMs are higher. The disadvantage of mills is that they have fewer configurations, meaning you cannot make as many types of parts as you can with a lathe.
You should also consider the size of your workshop and weigh which machine is best suited for your needs.
What are the Different Processes Carried Out on a Lathe?
A lathe can perform three basic operations on wood or metal facing, turning, and boring.
Turning involves applying turning tools to a workpiece to make ridges, groves, and indents. As the piece turns on the lathe, turning makes chips.
Adjust the speed to suit the size of the workpiece and bring out the desired result. Captive ring chisel, scraper, and decorative bead chisel are tools suitable for turning.
Boring involves enlarging an existing hole. A spinning workpiece is placed on a lathe chuck and, the boring tools are slowly driven into the opening. The hole can be molded, cast, drilled, or forged. The tools used are cylindrical and can be combined to make different cuts.
It involves removing wood or metal from a cylindrical workpiece to create a smooth surface. You can also face rectangular or unusual-shaped pieces. Use a lower speed at the beginning and increase slowly to a high speed.
Is the Combination of Lathe and Mill Reliable?
Yes, the combination of lathe and mill is very effective. Throughout the world, this combination is used for giving a perfect finish and form to a workpiece.
These are two different tools and any work done with these, always gets desired results.
Is There any Risk of Operating a Lathe Mill Combo?
Using this machine poses no risk at all. This is especially if you take all the necessary safety precaution measures. You should be careful while using it since it sports some sharp rotating blades that can hurt you if you are not very careful.
What is the Difference Between Horizontal and Vertical Milling?
While both types of machines are capable of machining metals, vertical mills can also enable the user to machine plastics and stones.
The biggest difference between these two machines is the orientation of their spindles. Vertical milling machines feature a vertical spindle, and horizontal milling machines have a horizontal spindle.
A lathe mill combo is a worthy investment that saves you from spending in buying two or more machines separately. It will get you the functions of different types of machinery in a single machine unit.
A lathe mill combo will enable you to carry out different activities like complex material processing with a lot of ease. This article will help you choose the best lathe mill combo machine with ease.
Our best pick is the Grizzly G9729 Combo Lathe/Mill. This machine has all that you need. Its construction is sturdy, it can run at variable speeds, and can fit in a variety of applications.