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Small Shop CNC Big Bore Lathe - LT1440

















- · 6-Station Electrical Tool Post $1,688
- · Pneumatic Chuck $2,145
- · Hydraulic Chuck w/Manual Tailstock $4,264
- · Hydraulic Chuck w/Hydraulic Tailstock $4,900
Small Shop CNC Big Bore Lathe
LT1440, 4 HP VFD Spindle
And Get These FREE Bonus Items:
- FREE Training Class for CNC Lathe/Mill ($299 Value)
(click for more info) - PLUS - Low Price Discount on 10 HP Phase Converter (click for more info)
- Additional 1 Year In-Field Warranty from Siemens USA
- FREE Permanent Copy of Siemens 808D Simulator
- FREE Access to Siemens USA Webinar Training Series
- AutoDesk Fusion 360 CAD/CAM - 1 Year ($350 Value) (click for more info)
Stout cast foundation (3500 lbs) - with quality and precision built in. Well matched to the Siemens 808D CNC Control, which will put this lathe through its paces. A high value, high-quality machine tool that will not let you down.
Now you can have a versatile tool room style CNC lathe in your shop that can take on a broad range of CNC machining tasks – for under $17,000. Used in a variety of production and educational applications.
Educational Application: The LT1440 is our most popular lathe for vocational applications. This lathe is found in the labs of universities and vocational schools, across the US. Technical instructors like this lathe because it has the funcationality and size of a production machine, which means their students get real experience on a real CNC lathe.
BUT, the LT1440 is priced to fit a budget.
Performance Details:
- Siemens 808D CNC Control
- Servos and Closed Loop System
- 100-2500 RPM
- 4 HP Spindle Drive
- Full Enclosure
- 2.01” Spindle Bore
- 14” Swing Over Bed
- Z Travel: 33”
- 40" Between Centers
- Heavy Cast Bed w/ Cast Base
Warranty Details:
- 1 Year on the LT1440 Big Bore CNC Lathe
- 3 Years on the Siemens 808D Control
LT1440 - Small Shop Big Bore Lathe - Features/Benefits
Lathe Machine - Features/Benefits | |
Heavy Machine Castings w/Cast Base | High work-to-weight ratio that assures a superior damping function and reduced vibrations. The result provides higher part quality consistency and accuracy. |
Full Enclosure | Machine is completely enclosed with a sliding front access door and easy access panels on the tailstock end, and machine backside. Coolant and chips are enclosed and properly cycled. Keeps operator safe from flying debris. |
2.01” Spindle Bore | Generous spindle bore with through hole allows for pass through of large diameter stock. Easy access for manual collet systems, and optional pneumatic or hydraulic chuck. |
Solid Box Ways | Traditional way design has several advantages - including the ability to take heavy cuts and handling heavier work pieces. Induction hardened and ground for precision and long life. |
Manual 6” Chuck | With American Standard A2-6 spindle nose. Manual 6” scroll chuck is standard option - adaptable for pneumatic chuck or 5C collet holders. |
4-Turret Tool Post | Electric indexing tool post allows for convenient tooling changes using lower cost standard size tooling. Useful in small part run operations, machine shops and prototyping - situations where you are changing tooling more often. |
Two Tool Gang Plate | Located directly behind the turret tool post, this BONUS gang plate allows you to add additional tooling to your operation. You aren’t limited to the tooling you can fit in the 4-tool turret tool post. |
Tool Box and Tools | A set of the basic tools required for maintenance are included with this lathe. Gives you what you need to get up and running, and for routine maintenance. |
Manual Tail Stock | With nearly 12” of travel on the tail stock and 4” of quill travel, this manual tail stock expands the capabilities of the LT1440 to allow for turning of extra-long stock or work pieces. |
Foundation Pads | Heavy machined leveling pads that adjust the height to keep your machine aligned and balanced. Solid multi-point contact with shop floor reduces vibrations and increases accuracy. |
Drive System - Features/Benefits | |
4 HP VFD Spindle Drive | Plenty of power to match the machine’s capacity - nearly twice the power of comparably priced machines. |
100-2500 Spindle Speed Range | Infinitely variable speed ranges, from 100-2500 RPMs. No need for changing gears or belts. |
Feed Rates: 180 IPM on X and 200 IPM on Y | Faster speeds equals higher production rates. The Siemens industrial control, and axis servo drive system provide the power and control that allows for higher speeds - many times faster than competitive systems. |
Safety/Operation - Features/Benefits | |
Automatic Lubrication System | Lubricates all wear points during machine operation at continuous time intervals. Benefits include: reduced labor and material costs and significant extension of bearing life. |
Programmable Coolant System | Control coolant at the control panel using standard M-Codes. Cycle times can be significantly reduced, while feed and cutting speeds can be significantly increased. Proper cooling extends life of cutting tools. |
Work Light | Focused lighting elements increase operator efficiency and reduce fatigue. This light is flicker resistant, waterproof, and resistant to both cooling and lubricants. It is also resitant to impacts and vibrations. |
Alarm Light | Turns on when control recognizes a machining error or malfunction. An operator standing away from the machine is visually alerted by the activated alarm light when machining cycle is finished or machine errors out. |
Siemens 808D CNC Control - Features/Benefits | |
Closed Loop System | System directly monitors motor position and velocity in real time. The system then automatically makes corrections to assure correct tool positioning. High accuracy and maximum parts quality ensuring a minimal rejection rate. Also assures smoother surface finishes. |
Siemens Servos and Drives | Achieves rapid acceleration and higher speeds - maintains high torque throughout speed range. Motor is highly efficient - and it stays cool. Quiet at high speeds and staying vibration free during operation. |
Ideal for CNC Beginners | Ideal for entry level CNC users, the innovative integrative start-GUIDE from Siemens provides an on-line digital help function on every screen. Helpful instructions are available anytime - at a push of a button. |
Simple & Intuitive Interface | Well designed conversational programming functions and Wizards from Siemens help streamline programming at the control panel. All Siemens 808D controls come standard with this SINUMERIK Operate BASIC functionality. |
Compact and Robust | Industrial panel design with hardened features is ideal for harsh environments. Small compact design matches smaller machines tools like the AutoMate CNC line. |
USB Connector - Easily Handles Large Files | This unique Siemens function allows for the streaming of large program files direct from a USB. Large files are no longer a concern - other CNC systems lack this robust level of functionality. |
Built-In Helps | Several Siemens provided “assists” help streamline programming functions. One example would be Hot Keys. With the Hot Key function, machine operators can easily access commonly used screens using operator defined hot keys. |
GENERAL SPECIFICATIONS - AUTOMATE CNC SMALL SHOP LATHES | |||||
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Model Name | FH30B Small Shop Gang Tool CNC Lathe | LT1440 Small Shop Big Bore CNC Lathe | |||
Price | $18,999 | $19,995 | |||
TURNING CAPACITIES | |||||
Max. Swing Over Bed | 10” | 14” | |||
Max. Swing Over Carriage | 2.95” | 5.25” | |||
Max. Length of Workpiece | 7” | 40” | |||
Machine Repeatability | .0002” | .0004” | |||
TRAVELS & FEED RATES | |||||
X Axis | 9.5” | 6.7” | |||
Z Axis | 8.5” | 33” | |||
X-Axis Rapids | 240 IPM | 180 IPM | |||
Z-Axis Rapids | 360 IPM | 200 IPM | |||
Max. Cutting Speed | 100 IPM | 100 IPM | |||
SPINDLE | |||||
Spindle Power | 4 HP | 4 HP | |||
RPM Range | 50-3000 | 100-2500 | |||
Spindle Bore | 1.46” | 2.01” | |||
Spindle Nose Taper | Pneumatic Collet | A2-5 | |||
Chuck Type | Pneumatic Chuck | 6” Manual 3-Jaw Chuck | |||
TAILSTOCK (STANDARD) | |||||
Type | Manual | Manual | |||
Quill Travel | 3” | 5” | |||
Quill Taper | MT3 | MT3 | |||
WEIGHT/DIMENSIONS/CAPACITIES | |||||
Machine Weight | 2200 Lbs | 3520 Lbs | |||
Machine Dimensions | 64” x 42” x 70” | 90.5” x 43.3” x 65” | |||
Shipping Weight | 2600 Lbs | 3960 Lbs | |||
Air for Pneumatics | 90 PSI | 90 PSI | |||
Coolant Capacity | 8 Gal | 15 Gal | |||
Hydraulic Capacity | 11.3 Gal | 15 Gal | |||
Power (Standard) | 220V 3 Phase Power | 220V 3 Phase Power | |||
Amperage Requirements | 18 Amp | 20 Amp |
GENERAL SPECIFICATIONS (Metric) - SMALL SHOP CNC LATHES | |||||
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Model Name | FH30B Small Shop Gang Tool CNC Lathe | LT1440 Small Shop Big Bore CNC Lathe | |||
TURNING CAPACITIES | |||||
Max. Swing Over Bed | 254mm | 355mm | |||
Max. Swing Over Carriage | 75mm | 133mm | |||
Max. Length of Workpiece | 180mm | 1000mm | |||
Machine Repeatability | .005mm | .01mm | |||
TRAVELS & FEED RATES | |||||
X Axis | 240mm | 170mm | |||
Z Axis | 215mm | 838mm | |||
X-Axis Rapids | 6m/m | 4.5m/m | |||
Z-Axis Rapids | 9m/m | 5m/m | |||
Max. Cutting Speed | 2540mm/m | 2420mm/m | |||
SPINDLE | |||||
Spindle Power | 3.0kW | 3.0kW | |||
RPM Range | 50-3000 | 100-2500 | |||
Spindle Bore | 37mm | 51mm | |||
Spindle Nose Taper | Pneumatic Collet | A2-5 | |||
Chuck Type | Pneumatic Chuck | 152mm Manual 3-Jaw Chuck | |||
TAILSTOCK (STANDARD) | |||||
Type | Manual | Manual | |||
Quill Travel | 75mm | 130mm | |||
Quill Taper | MT3 | MT3 | |||
WEIGHT/DIMENSIONS/CAPACITIES | |||||
Machine Weight | 1000 Kg | 1596 Kg | |||
Machine Dimensions | 162.5cm x 106.5cm x 177.5cm | 230cm x 110cm x 165cm | |||
Shipping Weight | 1200 Kg | 1796 Kg | |||
Air for Pneumatics | 620 KpA | 620 KpA | |||
Coolant Capacity | 50 L | 56 L | |||
Hydraulic Capacity | 30 L | 56 L | |||
Power (Standard) | 220V 3 Phase Power | 220V 3 Phase Power | |||
Amperage Requirements | 18 Amp | 20 Amp |
Siemens Control
Proof out existing part files.
Create programs away from the machine.
AutoDesk Fusion 360 and AutoMate CNC
Autodesk Fusion 360 provides the CAD/CAM program that best fits the AutoMate CNC line of CNC lathes and milling machines. And, Fusion 360 is the CAD/CAM program that best fits our customer requirements.

Fusion 360 is a cloud-based 3D CAD, CAM, and CAE platform for product development. It combines industrial and mechanical design, simulation, collaboration, and machining in a single package.
AutoMate CNC has custom post processors for Fusion 360 - From concept to parts production, machining program file management has never been easier!
Fusion 360 - Design

Free Form Sculpting
Within Fusion’s sculpting environment you have the ability to start with, and modify predefined primitive shapes right alongside mechanical workflow.
Apply symmetrical strategies and manipulate edges/faces to transform primitive designs into organic shapes that are not only eye pleasing but meet technical parameters as well.

Parametric Modeling
Fusion 360 gives designers, engineers, and machinists the ability to create designs that meet manufacturing criteria involving precise tolerances. This type of modeling lends itself well to part families that require slight variations to a specific feature, or designs that require iterations on a regular basis.
Parametric modeling is a structured process where users create designs/assemblies with constrained sketch(s). Edits are typically indirect and can be accessed through the history tree, or chain. Parts and assemblies have fully defined parent/child relationships.
Key Benefits of Parametric Modeling:
- The model design is automatically updated as changes/iterations are made
- It is easier to predict how models/assemblies will interact with parameters as changes are made within the data tree
- Easy to define and create families of parts
- Manufacturing processes are streamlined - resulting in decreased production time

Solid Modeling - Direct Modeling
Solid modeling is a more flexible design process that allows the part geometry itself to be the master in determining design process and flow. There are times, most often in the concept phase of a part design, when a designer/machinist does not want a fully defined part drawing. Direct modeling does not rely on a linear “parent/child” relationship. Editing to the design model is accomplished within the part geometry itself. Not on the part’s design history chain.
Key Benefits of Direct Modeling:
- 3D designs are quickly created
- Edits are quick with geometry changes directly on the model
- Very flexible within the design stage
- Short learning curve
- Smaller file size
Libraries
Common hardware and CAD files can be directly imported into the modeling environment. With a few clicks of the mouse products from popular vendors can be added. Design details, like part number, quantity, and CAD data are automatically populated.
Fusion 360 - Design

Use Fusion 360 to create toolpaths for existing solid models, or models created directly within Fusion. Take advantage of the rapid prototyping environment with the built in 3D printing utility.
Post Processors: AutoMate CNC has already done the hard work - custom post processors for Fusion 360 are built-in. Having an intuitive, easy-to-use CAD/CAM program like Fusion 360 is a great help to the time-conscious machinist/programmer. With some practice and experience you will realize how much Fusion 360 can simplify your machine programming journey - from concept, to print, to finished part.
Good Match: Fusion 360 is a great match for AutoMate CNC machine tools. One strength of Fusion 360 is that it can take advantage of AutoMate CNC’s high spindle speed, AND, the machine’s high rapid feed rates, and cutting feed rates.
Efficient and Accurate Operations: Fusion 360 offers options for both 2D and 3D adaptive tool paths. These toolpath strategies generally have a higher material removal rate. They also assure longer tool life. Using Fusion 360 CAM to develop efficient machining programs offers the smoothest operation of your machine - improving efficiency and accuracy. AND, assuring easier operation and longer machine life.
Machine Shipping
Machine Shipping Information
Click each heading to see drop down info
- Basic Shipping Info -
AutoMate CNC machines are large. bulky and can weigh up to 5000 lbs. The potential for damage to a machine or injury to shipping personnel or bystanders is significant. These machines require special attention throughout the transportation process.
Four Methods of CNC Machine Shipping Include:
1) Basic Truck Freight Delivery - Foam Protected and Wrapped Machine
2) Basic Truck Freight Delivery – Wooden Crate Protected Machine
3) Advanced Truck Freight Delivery – Separated Divider w/ Non-Stop Delivery
4) Flat Bed Truck Delivery – Direct delivery of protected and tarped machine
**All Trucks Used by AutoMate CNC to Deliver CNC Machines are Equipped with Air Ride Suspension Systems. We want to be sure your machine has as smooth a ride as possible.
**AutoMate CNC Recommended Machine Delivery Method: Our recommendation is that each customer use the Advanced Truck Freight Delivery – Separated Divider w/ Non-Stop Delivery for shipping of machines they purchase. This method is a little more expensive, but we can, and will provide assurance that the CNC machine will be delivered safely and without damage.
Customers who decide to use Basic Truck Freight Delivery can expect to receive their machine safely, but it requires more vigilance and responsibility on the part of the customer who is receiving the machine.
Determining Machine Weight and Dimensions:
Determining crated machine weight and dimensions is complicated. A number of factors go into this equation. Please allow us to help you determine the machine and shipping combination that work best for you. To get started, fill out the quote form on the website, and we’ll get back to you with a machine and shipping quote. Or, call us at 800.476.4849 – an Automate CNC technician would be happy to answer your questions.
- Fork Lift Requirements -

Fork Length:
In our warehouse operations we use forklifts with 6000 lb. lift capacity and 6’ forks. Six foot forks can be used safely with all of the AutoMate CNC Lathes and Mills, except the FTL400 Lathe. We have a set of extension we add to the 6’ forks for this lathe.
Max Lift Capacity:
The first step is to determine the weight of the crated CNC machine you are receiving from the machine specifications page. Next, check the stated lift capacity of the fork truck you intend to use. The lifting capacity of this machine must be greater than the weight of the machine you are purchasing.
Machine Delivery Options:
You may prefer to use professional shippers and riggers to receive and set up your machine. Many larger organizations and government agencies are required to use a trained and registered machine tool rigger/mill wright.
Other Options:
If you do not have experience handling this size and type of machine we welcome a discussion about delivery options with you. Call us at 1-800-476-4849 and speak with one of our representatives to discuss the logistical solution best suited for you.
- International Shipping -
Shipping to Canada
We use a variety of transport companies for Canadian shipments. We do this to ensure you the best possible rates when going across the border. There are two different options you can consider for handling customs paperwork, duties and taxes going into Canada.
The first option is to act as your own servicing agent. We will sell you the machine, and contacting a broker and handling customs duties, taxes and fees is up to you.
The second option includes an all-inclusive package where we take care of everything for you. Your job will be to prepare to receive the machine when delivered.
Shipping to Other International Locations
For international shipments of AutoMate CNC lathes and mills we use Mid-America Overseas as our broker. We will quote and ship to the port nearest you. Forwarding of the machine from the port to your door will be your responsibility. Please provide valid contact information and a ship-to address when requesting a quote for shipment to a location outside the US and Canada.
Four Methods of Machine Delivery - Options
1. Basic Truck Freight Delivery – Foam Protected and Wrapped Machine

In general, AutoMate CNC Lathe and Mills are small enough to fit into standard sized freight trucks. Also, the weight of most machines is less than the maximum 5000 weight of an individual delivered item, as stated by most truck freight companies.
We have delivered tens of thousands of machine tools by truck freight through the years. So we know it can be done safely. We also know that the size and weight of these CNC machines brings additional risk of damage to package and/or person.
Loading Dock or Direct From Truck: The first consideration for Truck Freight delivery is availability of dock. The easiest way to unload a CNC machine direct from a common freight truck by using a loading dock with adjustable dock plate.
If you do not have a loading dock you can still receive a machine via truck freight delivery. In this case you must arrange with the AutoMate CNC technician to have the machine placed on the back of the truck for delivery. A forklift can drive up to the truck on the ground and lift the machine out of the back of the truck.
Fork Truck Requirements: (See Details Above).
If you're unsure of your personnel or fork lift's capabilities, please contact a local rigger for assistance.
Receiving the Machine: Prior to receiving your machine you will receive an email from with us with instructions and pictures of the machine just before it is loaded on the truck to leave our warehouse.
When the machine arrives you should compare these emailed pictures to the look of the machine packaging when it arrives. You must note any damage to the lathe or mill on the bill of lading before the trucker leaves in order to be able to hold the trucking company liable for damage before it arrives at your location.
It is similar to doing a walk around of a rental car before you sign to accept it. You must note any damage to the machine on the truck company’s bill of lading before signing for acceptance. It will be assumed that any damage that is noted to the machine at a later date will have happened after the machine arrived at your location.
2. Basic Truck Freight Delivery – Wooden Crate Protected Machine
There is a way to deliver a CNC machine by truck freight that entails less risk. A second option that carries greater assurance of safe delivery is to build a wooden cross-member crate around the machine before it ships. We charge $300-500 to build a crate around the CNC machine and pallet.
The terms of delivery for a machine with crate are the same as for a CNC machine that is foamed and wrapped. Be sure to read the section just above, to learn about shipping a CNC machine by Truck Frieght.
Receiving a CNC Lathe with Wooden Crate: The procedure for receiving a machine with crate is the same as if you had shipped the machine without a crate.
You will receive pictures of your machine as it sits in its crate on the delivery dock before leaving our location. You should compare the machine you receive with the pictures. It’s a good idea to take pictures of the machine as you receive it.
Any damage to the machine or crate must be noted on the trucker’s bill of lading before he leaves your location. It is assumed that any damage to the machine noticed after the machine is delivered to your location will have occurred after the machine was delivered.
3. Advanced Truck Freight Delivery – Separated Divider w/ Non-Stop Delivery
To assure safe delivery of your CNC machine, while still relying on standard Truck Freight Delivery, the best way to have your machine delivered is with “Separated Divider”. This shipping method is more expensive, but we can provide the assurance that your machine will arrive without damage.
Process of Shipping with Separated Divider: The actual process of preparing and shipping a CNC machine by this method is straight forward. We will negotiate a delivery quote from our shipping Company, ESTES TRUCKING for your machine delivery. Should you accept this delivery method we will prepare the machine for shipment with standard foam and plastic wrap protection.
Delivery of Separated Divider Shipment: When the machine is loaded on the truck at our location it will be placed in the front of the trailer, just behind the cab. After strapping the machine down the driver will place a set of metal bars – the secure divider system – between the two walls of the trailer.
No other freight will be able to make contact with your machine. Your machine will not be moved to another truck before it arrives at your location. It will be a direct shipment from our location to yours. It’s a bit expensive, but you can rest assured your machine will arrive safe and ready to go to work.
4. Flat Bed Delivery

Flat bed delivery makes the most sense when you don’t have a truck loading dock. Many of our customers in rural locations opt for delivery by flatbed truck.
Fork Lift and Unloading Area: The rules for having an adequate fork lift stated above in the Truck Freight Delivery apply for flatbed truck also. Be sure to read the section about fork truck requirements.
Fork Truck Rental: It is common for customers who don’t have a forklift to arrange for rental of a forklift on the day the machine will be delivered. Let us know if you need assistance in renting a forklift and driver, if you don’t have experience.
To receive a delivery by flatbed truck your location must be accessible by the truck and trailer tandem. The driver must have a path to drive through or turn around in while at your location. There must also be room for the fork truck to move in from the side of the trailer to lift and remove the machine tool.
One other note of caution: The ground must be hard enough to handle the weight of fork truck and machine. Soft dirt or gravel are not an adequate foundation for moving a machine tool and delivery vehicle.
Receiving/Inspection: The CNC machine will be covered by a tarp while it is traveling. The machine is well protected using this type of delivery, so you should not expect to have damage to your machine.
However, it is still the responsibility of the person receiving the machine to fully and carefully inspect the machine for damage. Any damage should be noted on the bill of lading before accepting the machine as being delivered.