How We Make Signage

Solid laser-cut acrylic letters fixed flat to a wall. Most common indoor sign type. Used in reception walls, office signage, and meeting room IDs.

What you need — Materials

What you need — Tools

Step-by-step

1. Verify the kit before leaving the workshop.

   Open the box. Count every letter against the spec sheet. Check edges for chips. Confirm protective film is still stuck on both faces.

   Photograph the laid-out letters next to the spec sheet. Send to the site supervisor before transport.
2. Clean the wall.

   Wipe the install area with IPA spray and a microfibre cloth. The wall must be dust-free and dry. Paint must be cured for at least 24 hours.

3. Tape up the 1:1 paper template.

   Position the printed template on the wall. Check level on the top edge. Adjust until correct. Tape all four corners with painters tape.

   Never measure the letters individually from the wall. Always work from the template — that's why the design team printed it.
4. Mark every fix point through the template.

   Punch a small dot through the template at each marked drill point with a sharp pencil or scriber. Remove the template.

5. Drill, plug, prepare.

   Drill to the depth shown on the spec sheet (usually 35 mm for a 6 mm plug). Vacuum dust from holes. Tap plugs in flush.

   If you drill into wiring or pipe, STOP. Do not patch and pretend. Call the site engineer.
6. Peel film from the letter face — keep film on the back.

   Inspect the face under good light. Any chip, scratch, glue ghost — set the letter aside and call Naga Raj.

7. Fix each letter.

   If using pegs: insert peg into wall plug, slide letter onto peg, push flush. Optional epoxy on peg back for permanence. If using VHB only: peel red liner, press firmly for 30 seconds.

8. Peel the back film.

   Only after the letter is on the wall. This prevents back-side scratches during install.

9. Final clean and handover.

   Wipe each letter face with microfibre. No fingerprints. Photograph all angles. Get the site contact's signature on the handover sheet.

A full acrylic panel mounted on metal standoffs so it "floats" off the wall. Used for reception logos, conference room IDs, and brand walls. The most-photographed sign type — the standoff caps must be perfect.

What you need — Materials

What you need — Tools

Step-by-step

1. Workshop: drill standoff holes in the acrylic.

   On the drill press, with the panel flat and supported underneath. Use a diamond bit. Run water on the bit to keep acrylic cool. Drill slowly. Cracking happens when you rush.

   Never drill acrylic with a regular HSS bit. It will crack. Always diamond or step bit.
2. Site: tape up the 1:1 template.

   Same as Sign 01 — but here the holes must match exactly. Check level twice, drill once.

3. Drill the wall.

   8 mm masonry bit. Depth = standoff screw length + 5 mm. Vacuum holes. Tap in Fischer S8 plugs flush.

4. Fit the standoff barrels.

   Insert the long screw into each standoff barrel. Drive into the wall plug. Tighten until the barrel is snug against the wall — do not over-torque (will pull the plug).

5. Lift the panel onto the standoffs (2 people).

   One person holds suction cups on the front, the other guides the panel onto the protruding screw shafts. Take it slow — the acrylic is heavy and you only get one shot at alignment.

   Use a third person if the panel is over 1 meter wide. Trust gravity over heroics.
6. Screw on the standoff caps.

   Hand-tight first. Then 1/8 turn with the allen key. Stop. Over-tightening cracks the acrylic — this is the most expensive mistake on a standoff sign.

7. Peel protective film from the front.

   Only now. Inspect the face. Wipe with microfibre.

8. Wiring (if backlit version) — electrician only.

   If the sign has LED backing, the electrician now connects the driver to the mains. Test all functions before signing handover.

9. Photograph and sign off.

   Capture wide + close on all four standoff caps + the centered face shot. Upload to project folder.

3D letters with LEDs hidden inside, glowing onto the wall behind them. The "halo" effect. Premium reception, hotel lobby, and restaurant signs. Powerful when done right; ugly when done wrong.

What you need — Materials

What you need — Tools

Step-by-step

1. Workshop: confirm each letter has been pre-built correctly.

   Open one letter. Check: LED count matches spec, LEDs are evenly spaced, wiring exits the back, clear acrylic back is sealed all round, sample power-up test passes.

   Never send a halo sign to site untested. Every letter is powered up in the workshop, every color cycled, photographed, signed off — before transport.
2. Site: confirm wall surface and color.

   Halo signs need a light or mid-tone wall to bounce the glow. Black walls eat the halo. If the wall is wrong, stop and discuss with the design team before drilling.

3. Tape up the 1:1 template + mark every fix point.

   Each letter has 2–4 stud points. Mark them precisely. Mark the cable exit hole behind the letter (usually 1 hole per letter).

4. Drill cable holes through the wall (if cabling behind).

   10 mm hole for each letter, exiting into the ceiling void or service area behind. If surface-conduit is used instead, plan the trunking route now.

5. Drill stud holes; insert plugs and threaded bushes.

   Wind in the threaded bush so the stud bolt has solid grip.

6. Run cables to a hidden junction box.

   Junction box usually mounts above the false ceiling, or in a service room. Driver lives next to the J-box. Cable to each letter terminates at Wago connectors in the J-box.

7. Mount each letter with spacer washers.

   Slide letter onto studs with the 25 mm spacer washer between letter back and wall. Tighten nuts firmly. Letter is now floating 25 mm off the wall — this gap is what makes the halo.

   Use a 25 mm wooden block as a quick gauge across all letters. They should all stand off by the same distance.
8. Electrician: connect driver to mains, terminate Wagos.

   Earth, neutral, live — all confirmed with multimeter before switch-on. Driver must be the correct size (Meanwell wattage ≥ 1.5× total LED load).

9. Power on, cycle, photograph.

   Lights off in the room. Switch on the sign. Walk around — the halo should be even, no dark patches behind any letter. If a letter is dim, it's a wiring issue — fix now, not later.

10. Seal cable holes; final clean.

    Silicone-seal any visible cable holes. Wipe each letter face. Photograph in low light to capture the halo.

A lightweight backlit sign where the LEDs are embedded into a routed foam-board carrier, with acrylic or plastic letters glued on the face. Common for salon, café, and boutique signs. Easy to build, easy to damage — handle gently.

What you need — Materials

Step-by-step

1. Workshop: confirm the carrier was tested before packing.

   Power on. Cycle every color and effect. Check no LED is dark. If even one dot is off, replace the strip — don't deliver a faulty sign.

2. On site, mark out hanging positions.

   Use a level. Mark the four corner fix points lightly in pencil.

3. CRITICAL — locate the LEDs inside the foam board before drilling.

   Power the carrier on briefly. With lights off in the room, you can see where each LED sits inside the foam. Mark these positions on the BACK of the carrier with a pencil so you can see them when you nail.

   If you nail through an LED, that segment dies and the sign goes back to workshop. Always nail BETWEEN LEDs — never through one.
4. Drill / nail through the carrier into the wall.

   Light hammer taps for foam-board nails. For wood walls, use 1.5" wood screws straight in. For masonry walls, drill, plug, screw.

5. Apply super glue to the FOAM (not the letter).

   Tiny dots — 4–6 dots per letter. Press the acrylic/plastic letter onto the foam at the marked position. Hold 5 seconds.

   Do not apply glue to the plastic letter. Foam stretches under pressure; the plastic doesn't. Gluing the foam side keeps the letter flat. Apply glue too thick and it blooms white through the letter — apply thin dots only.
6. Wipe excess glue immediately.

   Microfibre. Dry. Do not let cured glue sit — it will not come off without damage.

7. Route the cable to power.

   Through wall trunking, or 3M Command channel, or directly into a nearby socket. Driver and controller box hide behind/beside the sign.

8. Electrician: final mains connection. Power on.

   Cycle all colors with remote. Confirm the client/operator knows how to use the remote. Hand over the spare-parts kit.

Cut or printed vinyl applied directly to walls, glass, doors, or panels. The bread-and-butter of brand environments. Fast to install — but bubbles, wrinkles, and lifted edges are the most common defect across all signage.

What you need — Materials

Step-by-step (wet application — recommended for anything over A4 size)

1. Surface prep — non-negotiable.

   Wipe with IPA. Wait 60 seconds for it to evaporate. Confirm zero dust, no fingerprints, no oily streaks. Hold a torch at an angle — any speck you see, the customer will see bigger after vinyl is on top.

2. Position the graphic (still on application tape) on the wall.

   Tape one edge to the wall with painters tape — this becomes a hinge.

3. Mist the wall AND the back of the vinyl with application fluid.

   Soak it evenly. Wet enough to slide; not dripping.

4. Flip the graphic down onto the wet wall.

   Slide it into final position — the fluid lets you move it around for the first minute.

5. Squeegee from the center outward.

   Firm pressure. Push water and air bubbles out the edges. Overlap each stroke. Work top to bottom, then side to side. Wipe up squeezed-out fluid as you go.

   For very large graphics, work in 20 cm sections. Wet → squeegee → wipe → next section.
6. Peel the application tape — at a low, slow angle.

   15° angle. Slow. If vinyl lifts with the tape, stop, lay it back down, squeegee again, retry. Never yank.

7. Inspect under raking light.

   Bubbles? Pierce with a pin and squeegee out. Lifted edges? Heat gently and re-press.

8. Cure period.

   Tell the client not to touch the graphic for 24 hours — the adhesive needs to fully bond. No washing or wiping for 48 hours.

Frosted etch vinyl, brand graphics, or wayfinding applied to glass doors, partitions, and shopfront windows. The wet method here is essential.

What you need — Materials

Step-by-step

1. Clean the glass to a perfect finish.

   IPA spray. Microfibre wipe. Scrape off any paint specks, putty, or stickers. Final wipe with a dry, lint-free cloth. Glass must be optical-clear.

2. Decide which side the vinyl goes.

   Inside-facing application = print is protected from rain, theft, and weather. Use for almost all shopfront branding. Outside-facing application = better contrast in daylight, but exposed.

3. Wet application (same as wall — see Sign 05).

   Mist glass + vinyl, position, squeegee out from center, peel transfer tape at 15°.

4. Squeegee EVERY edge multiple times.

   Glass is the most demanding surface — any lift will be obvious. Run the squeegee over every edge 3–4 times.

5. Trim flush to glass edges (only if the graphic extends to the edge).

   Sharp razor, single smooth stroke. No sawing.

6. Cure 24h before any cleaning.

   Cleaners will be tempted to wipe it the next morning. Brief the staff: do not touch for 24h.

Flat aluminum composite panel sign, with vinyl graphics or 3D mounted letters on top. The workhorse of Indian commercial signage — bank façades, store fronts, office building fascia.

What you need — Materials

What you need — Tools

Step-by-step

1. Workshop: frame fabrication.

   Weld MS square tube frame to the exact final dimensions. Clean welds, prime with red oxide, paint black. Confirm frame is square (diagonals equal) before painting.

2. Workshop: ACP face mount.

   V-cut the ACP at panel edges. Bend 90° around the frame. Rivet or VHB-tape the bent edge to the back frame. The face must be drum-tight — no flutter.

3. Workshop: vinyl / 3D letters on the face.

   Apply vinyl per Section 05. Or mount 3D letters per Section 02 (use VHB + screw-through-frame for outdoor permanence — no plain glue outdoors).

4. Site survey: confirm building face is sound.

   Check the wall material. Check for cracks, hollow patches, or rotting cladding. If anything is suspect, escalate before drilling.

5. Mark out fix points on the building.

   Usually 4 corner points + 1 every 600 mm along each long edge. Use a 1:1 cardboard template if possible, or laser-project the corners.

6. Drill, plug, anchor.

   14 mm hole, 100 mm deep, vacuum out dust. Drive in M10 sleeve anchor with a hammer. Don't tighten yet — leave the bolt out.

7. Lift the panel up (2–3 people + lifting).

   For panels over 2 m wide, use a hoist or boom lift. Two people guide, one operates. Never lift unsupported above shoulder height.

   Anyone working on the panel above 2 m must be harnessed and tied off to a tested anchor point. No exceptions, even for "just one minute."
8. Tighten anchors progressively.

   Hand-tight all bolts first. Then go around tightening 1/4 turn at a time. Avoid pulling one corner tight before the others — it twists the frame.

9. Seal the perimeter with silicone.

   Run a 6 mm bead between board edge and wall. Tool with a wet finger. This stops water ingress behind the board.

10. Electrician: any wiring (if backlit / illuminated letters).

    External-rated cable. IP65 driver box. Final connection by certified electrician only.

11. Final clean. Sign-off photo from ground level.

    Capture morning shot (best light), confirm level, share to project folder.

Individual 3D illuminated letters mounted on a building façade. Each letter is a sealed unit with LEDs inside. Premium outdoor branding — restaurants, retail, hotels.

What you need — Materials

Step-by-step

1. Workshop: letter fabrication.

   Bend aluminum return to letter shape, weld closed. Drop in LED modules with spacing per spec. Snap acrylic face into trimcap. Solvent-bond face to return. Silicone-seal all internal seams. Drill drain hole at the bottom of each letter.

2. Workshop: power test every letter.

   Connect each letter to a 12V supply. Confirm even glow, no dim spots, no flicker. Log result on the QC sheet per letter.

   A failed channel letter at site means scaffold + crane + return trip. Test in the workshop, not on the wall.
3. Site: confirm wall depth and cable route.

   You need at least 120 mm of wall depth for stud bolts + plug. Plan the cable route to the junction box now. Where is the driver mounting?

4. Erect scaffold or boom lift.

   Scaffold should be inspected and tagged. Boom lift requires a certified operator.

5. Project the layout onto the wall.

   At night if possible, with a projector. Mark every letter outline + every stud point with pencil. Photograph for record.

6. Drill cable holes through wall — one per letter.

   10 mm hole at the marked cable exit position for each letter. Through to a service space behind.

7. Drill, plug, anchor stud bolts.

   One letter at a time. 14 mm hole, plug in, threaded bush wound in. Stud bolt screws into bush.

8. Mount letters — one at a time, with cable feed.

   Pass the letter cable through the wall hole. Lift letter onto stud bolts. Spacer if specified (for halo style). Tighten nuts firmly. Move to next letter.

9. Inside the wall: terminate cables in a weatherproof J-box.

   All letter cables come in. Driver supplies 12V out. Wago connectors only — no twist-and-tape joints.

10. Electrician: connect driver to mains via switched fused spur.

    Switched spur is mandatory for service isolation. Earth all metal returns.

11. Power on at night.

    Test in the dark. Every letter must glow evenly. Any dim or dark letter = fault — fix on the scaffold before it goes home.

12. Final silicone seal at every letter-to-wall joint.

    Neutral silicone, full perimeter. Tooled smooth. This is the last line of defense against water in the letter.

The tall, ground-mounted, double-sided structure outside petrol pumps, hospitals, malls, and showrooms. Heavy structural work — engineered foundations, MS frame, illuminated faces. Always partner with a structural engineer.

What you need — Materials (typical 6m double-sided pylon)

Step-by-step (summary — refer to engineered drawings for exact specs)

1. Civil: excavate the foundation pit.

   Per stamped drawing. Confirm dimensions and bearing capacity of soil. If soil is loose or backfilled, dig deeper or use piles.

2. Civil: place rebar cage, cast J-bolts in template.

   J-bolts must match the MS baseplate hole pattern exactly. Use a steel template to hold them during pour.

3. Pour concrete and cure 7+ days.

   Don't shortcut this. Loading a green foundation is how pylons fall in storms.

4. Workshop: fabricate column + cabinet separately.

   Column gets baseplate welded on with full-penetration welds and gussets. Cabinet is built as a self-contained box with LEDs pre-installed and tested. Both get primed and painted.

5. Site: erect the column with crane.

   Lower onto J-bolts. Plumb in two directions before tightening. Use a laser plumb. Tighten nuts in a star pattern.

6. Cable up before lifting the cabinet.

   Run the supply cable up through the column to the cabinet entry point. Easier on the ground than in the air.

7. Lift cabinet onto column with crane.

   Bolt to a pre-welded cradle on top of the column. All bolts tight, all welds full.

8. Fit acrylic faces last.

   Don't transport the cabinet with faces fitted — they crack. Fit on site after the cabinet is up.

9. Electrician: connect mains, test, sign off.

   Drive a separate earth rod for the pylon. RCD-protected supply.

10. Final silicone seal, paint touch-up, sign-off photos.

    Day shot + night shot for the project record.

A modular LED video display fixed to a building façade. Used for branding, advertising, or live content. The structural mount and the LED panel must each be sized and certified separately.

What you need — Materials

Step-by-step

1. Get the structural sign-off.

   Run the structural-signage-design skill or engage a structural engineer. The building owner's structural consultant must sign off the mount drawing.

2. Erect scaffold/boom lift, certified.
3. Mount the MS frame to the façade.

   Drill, anchor with M12 wedge anchors per drawing spacing. Adjust for level using the wall brackets.

4. Hang LED cabinets onto the frame.

   Cabinets typically clip and lock with quick-locks. Wire each cabinet's power and data daisy-chain.

5. Run mains supply via a dedicated MCB.

   Sized at 1.5× total panel draw. Mains-side connection by certified electrician.

6. AV tech: configure the sending and receiving cards.

   Set pixel layout, brightness, color calibration. Test pattern on every cabinet.

7. Run content test.

   Send the client's looping content. Watch from the ground for 30 minutes. Identify dead pixels, color drift, sync issues.

8. Seal cable entries; final tidy.

   IP65 glands all sealed. Cabinet doors latched. Spare modules left with the building maintenance team.

Aluminum-blank signs with reflective vinyl, mounted on posts. Used for car parks, campuses, apartment complexes, and warehouses. Volume work — develop a production-line approach.

What you need — Materials

Step-by-step (per sign)

1. Workshop: clean the aluminum blank.

   IPA wipe. Sand back any old vinyl residue if reskinning.

2. Apply reflective vinyl via laminator/applicator.

   Wet method only. Squeegee out from the center. Trim flush.

3. Apply anti-graffiti top film.

   Same wet method, one layer over the entire face.

4. Reflectometer check.

   Measure retro-reflectivity. Log the reading on the sign QC sheet.

5. Site: post installation.

   Dig hole, set post plumb, pour concrete, brace. Let cure 48 hours before sign goes on.

6. Bolt sign to post with anti-tamper bolts.

   One bolt top, one bolt bottom. Tighten with the matching driver. Anti-tamper means hand tools alone can't remove it.

7. Log in inventory.

   Sign ID, post location, install date, reflectivity reading, photo. Standard for any wayfinding project — needed for maintenance and warranty.