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Laminate Bevel Trimmer: Two Pads at Right Angles Hold a Small Router at 45 Degrees on a Corner (Roche, 1971)
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13. noviembre 2026NO
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Laminate Bevel Trimmer: Two Pads at Right Angles Hold a Small Router at 45 Degrees on a Corner (Roche, 1971)

Edward Noland Roche of Cockeysville, Maryland, received US 3,628,579, dated 21 December 1971, for a small router that bevels plastic laminate in place. Laminate is usually trimmed after it is glued down, and a mitred corner meant mitring the wood underneath too. Roche's tool rides on the corner of the already-built carcass. A fixed pad with a 45 degree face sits on the top surface, a tilting pad sits on the side face, and the cutter between them bevels the laminate's edge inwards, exactly to the edge beneath it. The guide base swings slightly on a pivot to line the pad up with the cutter. We print the motor unit, base and pads in PETG round a small DC motor. The 45 degrees is his; the other sizes are ours.
Avanzado
About 2 days

Instrucciones

1

Why the substrate needs no mitre

Cargando el cuaderno de Jupyter…
2

Read US 3,628,579

"This pad 40 has a raised guide face 42 that slopes at a 45 degree plane which extended, coincides with the far edge of the cutting tool." "An inwardly sloping bevel 58 which exactly conforms with the edge of the substrate 50 results."
3

Print the motor unit

The motor unit 12: a tube for a 42 mm motor with the square faceplate 16 at its end, an 18 mm hole and two M4 holes for the motor, a hole to tap M4 for the pivot stud 26 and one to tap M5 for the adjusting screw 22, and two handle bosses. Print it faceplate down. PETG, 0.2 mm layers, 40 % infill, 5 walls.
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4

Print the guide base

The base 18: a flat plate with the clearance hole 24, the stud hole, the curved slot 28, the fixed pad 40 with its 45 degree face 42, and the two ears 30. Print it plate down. PETG, 0.2 mm layers, 40 % infill, 5 walls.
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5

Print the adjustable pad

The pad 32 with its two cheeks 36, each with a hole for the pivot screw 34 and an arc slot for the locking screw 38. Print it plate down. PETG, 0.2 mm layers, 40 % infill, 5 walls.
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6

Motor unit

Tap the faceplate's two holes M4 and M5. Fit the collet adapter on the motor, stand the motor in the tube with its face on the faceplate and the collet through the hole, screw it in with two M4 screws, and wire it through a toggle switch to the DC supply. Turn two hardwood knobs 56 and bolt them to the handle bosses.

Materiales para este paso:

Filamento PETGFilamento PETG1 pieza
Motor eléctricoMotor eléctrico1 pieza
Motor Shaft Collet AdapterMotor Shaft Collet Adapter1 pieza
Tornillo de cabeza cilíndrica con hexágono interiorTornillo de cabeza cilíndrica con hexágono interior2 piezas
Interruptor de palancaInterruptor de palanca1 pieza
Cable de conexiónCable de conexión1 pieza
Tubo termorretráctilTubo termorretráctil1 pieza
Tabla de madera duraTabla de madera dura1 pieza
Surtido de tornillos hexagonalesSurtido de tornillos hexagonales2 piezas
Tuerca hexagonalTuerca hexagonal2 piezas

Herramientas necesarias:

Impresora 3D de filamento (FDM)Impresora 3D de filamento (FDM)
Juego de machos y terrajasJuego de machos y terrajas
Volvedor de machosVolvedor de machos
Fuente de alimentación de corriente continuaFuente de alimentación de corriente continua
Soldador eléctricoSoldador eléctrico
Juego de llaves AllenJuego de llaves Allen
Torno de maderaTorno de madera
Taladro inalámbricoTaladro inalámbrico
Juego de brocasJuego de brocas
7

Guide base, pads and setting

Fit a 1/4 inch straight bit in the collet. Lay the base on the faceplate, the cutter through its hole; screw an M4 screw through the corner hole into the faceplate as the pivot stud 26, and an M5 screw with a washer through the curved slot as the adjusting screw 22. Hold a straightedge on the fixed pad's sloping face, reaching past the cutter, and swing the base on its stud until the straightedge just touches the cutter's far edge; tighten the adjusting screw. Hang the adjustable pad on the ears with two M4 pivot screws 34 and two M4 locking screws 38 through its arc slots; set it square to the fixed pad's face for 90 degree corners and lock it.

Materiales para este paso:

Tornillo de cabeza cilíndrica con hexágono interiorTornillo de cabeza cilíndrica con hexágono interior6 piezas
Arandela planaArandela plana3 piezas

Herramientas necesarias:

Juego de fresas para fresadoraJuego de fresas para fresadora
Juego de llaves AllenJuego de llaves Allen
Escuadra combinadaEscuadra combinada
Transportador de ángulosTransportador de ángulos
8

Bevel a laminate edge

Clamp a sheet temporarily to one face of the built carcass with its edge standing proud past the corner. Hold the tool by its knobs at 45 degrees, fixed pad on the top surface and adjustable pad on the side, switch on and run it along the edge until both pads bear on the work and the cutting stops: the laminate's edge is bevelled exactly to the corner. Take the sheet off, keep it for gluing, and do the next face.

Herramientas necesarias:

SargentoSargento
Gafas de seguridadGafas de seguridad
9

Troubleshooting

Laminate trimmer troubleshooting.

Flow

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10

History and honest limits

**Edward Noland Roche** of Cockeysville, Maryland, US 3,628,579, dated 21 December 1971, filed 18 November 1969. He claimed a laminate chamfering machine with a faceplate and cylindrical cutter, a guide base pivoted at one corner and locked through "a curved slot formed therein to the radius from said pivot means", pads on the base's two halves, and "a guide pad having a raised guide face sloping at a predetermined plane which extended coincides with the far edge of said cutting tool". He gives the 45 degree slope and no sizes; ours are printed PETG parts round a small DC motor, and we set the pad to the cutter with a straightedge rather than by a figure.

Materiales

11

Herramientas requeridas

14

Archivos de diseño

3

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