Visual learning guide · v0.1
Turn a 59-second demonstration into component, preparation and bonding modules.
SOURCE FRAME
Gluing an ID Grinding Wheel?
Executive summary
The practitioner shows three components: main shaft, threaded mounting arbor and grinding wheel. He scuffs the arbor face with a file, cleans with alcohol, mixes resin and hardener, coats the arbor, drops on and spins the wheel, then adds epoxy in the centre. He links cleanliness and a good bond to the stated 20,000–30,000 rpm operating range.
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Learning routes
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Evidence-backed steps
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Source video
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Video 1 · Workshop filing
The practitioner changes how the file is presented for L-shaped corners, radiused curves and long straight edges, checking surface feel, missed areas, burrs, filed width and snagging.
Video 5 · Kyoto engraver
The practitioner distinguishes file size, cut and profile for the area, removes saw and hammer irregularities, and progresses from coarse to fine files. He uses sheen and a straightedge on flat faces, contact patterns and a smooth line on curves, then demonstrates bracing the work and cutting on the push stroke.
Video 6 · Dayel grinder
The video states a thickness-reduction purpose, powered magnetic table, digital Z adjustment and manual X movement, transparent cover, supported part types, auxiliary plates, motor and single-phase supply. It does not explain operating sequence, settings, stopping criteria or inspection.
Video 7 · DONGTAI compact grinder
The on-screen text covers direction, light, start and speed controls; an order for valve-stem and housing-bore work; holder selection; forward/back grinding movement; a tapered rod; and diameter, flexibility, stroke and flow checks. There is no expert narration, so terminology and intent require practitioner confirmation.
Video 8 · Titans ID wheel
The practitioner shows three components: main shaft, threaded mounting arbor and grinding wheel. He scuffs the arbor face with a file, cleans with alcohol, mixes resin and hardener, coats the arbor, drops on and spins the wheel, then adds epoxy in the centre. He links cleanliness and a good bond to the stated 20,000–30,000 rpm operating range.
Main shaft, arbor and wheel
The practitioner names three RID-spindle components: main shaft, mounting arbor threaded into the shaft, and the wheel mounted after the arbor is fully threaded.
Identify the main shaft, mounting arbor and grinding wheel as separate components.
So there's going to be three components that make up our RID spindle. There's going to be the main shaft, the mounting arbor, which gets threaded directly into the main shaft, and then once it's all the way threaded in, we mount our wheel. Today we're going to be using a TeraLit RAA 100 grit pink wheel. So in order to mount this wheel, the first thing I did was I scuffed up the face with a file,AI drafted this step from the speech or on-screen source text below. Practitioner approval is required before formal use.
Thread the mounting arbor directly into the main shaft, as stated in the demonstration.
So there's going to be three components that make up our RID spindle. There's going to be the main shaft, the mounting arbor, which gets threaded directly into the main shaft, and then once it's all the way threaded in, we mount our wheel. Today we're going to be using a TeraLit RAA 100 grit pink wheel. So in order to mount this wheel, the first thing I did was I scuffed up the face with a file,AI drafted this step from the speech or on-screen source text below. Practitioner approval is required before formal use.
Identify the pink wheel the practitioner describes as RAA 100 grit.
So there's going to be three components that make up our RID spindle. There's going to be the main shaft, the mounting arbor, which gets threaded directly into the main shaft, and then once it's all the way threaded in, we mount our wheel. Today we're going to be using a TeraLit RAA 100 grit pink wheel. So in order to mount this wheel, the first thing I did was I scuffed up the face with a file,AI drafted this step from the speech or on-screen source text below. Practitioner approval is required before formal use.
File, alcohol, resin and hardener
The practitioner scuffs the arbor face with a file to give the epoxy a bonding surface, sprays alcohol, then after cleaning adds resin followed by hardener and uses a coffee stir stick.
Scuff the arbor face with a file as demonstrated.
Why
The practitioner says this gives the epoxy a good bonding surface.
wheel. So in order to mount this wheel, the first thing I did was I scuffed up the face with a file, that way it gives the epoxy a good bonding surface. Then I'm going to spray it with a little bit ofAI drafted this step from the speech or on-screen source text below. Practitioner approval is required before formal use.
Spray the prepared face with the small amount of alcohol stated by the practitioner.
Why
The demonstration describes the resulting state as clean before mixing.
wheel. So in order to mount this wheel, the first thing I did was I scuffed up the face with a file, that way it gives the epoxy a good bonding surface. Then I'm going to spray it with a little bit ofalcohol. So once that's clean I'm going to go ahead and start mixing my epoxy. I'm going to start with the resin then I'm going to add some hardener and I'm going to use a coffee stir stick.AI drafted this step from the speech or on-screen source text below. Practitioner approval is required before formal use.
Following the demonstration, start with resin, add hardener, then mix with the stir stick.
alcohol. So once that's clean I'm going to go ahead and start mixing my epoxy. I'm going to start with the resin then I'm going to add some hardener and I'm going to use a coffee stir stick.AI drafted this step from the speech or on-screen source text below. Practitioner approval is required before formal use.
Coat, drop, spin and add epoxy at centre
The arbor face is coated, the wheel is dropped on and spun, and epoxy is added in the centre. The practitioner links cleanliness and a good bond to his stated 20,000–30,000 rpm operating range.
Coat the bonding face of the arbor with epoxy as demonstrated.
First thing I'm going to do is I'm going to coat the face of my arbor. Now all I have to do now isAI drafted this step from the speech or on-screen source text below. Practitioner approval is required before formal use.
Drop the wheel onto the arbor and give it the small spin shown in the demonstration.
mount my wheel to my arbor. So it's just going to drop down give it a nice little spin put someAI drafted this step from the speech or on-screen source text below. Practitioner approval is required before formal use.
Add epoxy in the centre of the wheel, as stated by the practitioner.
epoxy in the center of the wheel. Very important to keep this wheel clean and have a good bond because this wheel is going to be spinning anywhere between 20,000 and 30,000 rpm. So thatAI drafted this step from the speech or on-screen source text below. Practitioner approval is required before formal use.
Keep the wheel clean and confirm the state the practitioner calls a good bond and “looks good.”
Why
The practitioner states that this wheel will spin between 20,000 and 30,000 rpm.
epoxy in the center of the wheel. Very important to keep this wheel clean and have a good bond because this wheel is going to be spinning anywhere between 20,000 and 30,000 rpm. So thatLooks good.AI drafted this step from the speech or on-screen source text below. Practitioner approval is required before formal use.
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