Trak TRL 1630RX#
The Trak TRL 1630RX is a lathe, meant for shaping round stock into round features. These machines only have 2 axis of movement: X and Z.
The tools are loaded on to a tool post and don't spin - the material does with the tool feeding into it.
This machine has manual movement using handwheels, but also has the capability for autonomous movement, called Conversational.
This machine is a bit more complicated than the other lathes available, and therefore requires a bit more setup when using. Not everything will transfer over from machine to machine.
Prerequisites for Use#
Safety Notices#
Note
PLEASE READ ALL SAFETY NOTICES BEFORE CONTINUING
Don't put your hand or fingers near the stock during operation.
Sharp edges left by tools can cause injury. Deburr stock accordingly.
Do not grab chips with hands. Use pliers or sweep away with a chip brush.
Wear short sleeves or roll up long sleeves
Secure loose clothing
Tie up and tuck in long hair
Remove lanyards, jewelry, gloves, etc.
Safety glasses mandatory.
Controls#
A. ACS (Access Control System)
B. DRO (Digital Read Out)
C. Chuck
D. Tool Post
E. Tailstock
F. Z-Axis Handwheel
G. Secondary E-Stop
H. Power Feed
I. X-Axis Handwheel
Tool Changing#
A. Height Adjustment
B & C. Contact Surfaces
D. Toolpost Handle
While the Height Adjustment knob looks to be a great place to hold a tool from, the ideal tool holding form is displayed in the image. The knob hits off on surface B, and surface C is a dovetail that locks the tool holder into the tool post.
Note
Surfaces making contact should be clean of debris and chips to ensure rigidity and repeatability.
Once the tool holder is in the tool post, the assembly can be locked down the the toolpost handle (D).
Coolant#
The coolant switch is on the front of the control panel, labeled as "Accessory". There is an articulating hose for the coolant flow that can be directed towards your tooling or workpiece. Adequate coolant is great for lubrication, as well as chip evacuation. If there isn't enough coolant coming out, ask a Makerspace Staff to fill the resevoir.
Spindle Speed Selection#
The lathe uses a direct drive to change the spindle speed. It can also be commanded to adjust spindle speed based on the diameter of your material. On the screen, you can type in a value for desired RPM of the spindle.
RPM can then be a calculation of SFM vs diameter.
RPM = 4 X SFM / MATERIAL DIAMETER
Example: 2" stainless steel
4 x 50 / 2 = 200 / 2 = 100 RPM
Example: 1/2" aluminum
4 x 300 / 0.5 = 1,200 / 0.5 = 2,400 RPM
In-Person Competency Check#
The SHED offers workshops for in-person competency. During this workshop, you will create a spinning top, taking you through a series of steps on workholding, tool selection, as well as how to load and run a program.
There is an option to complete this on your own, if you feel you are proficient at it. You will be supervised by a guide, there to answer any questions.