Design · Fabrication · Assembly

Boards built to hold a signal,
not just a shape.

We take products from a rough schematic to a tested, populated board — handling layout, sourcing, fabrication and assembly under one roof, so nothing gets lost in translation between engineers and factories.

48hrprototype turnaround
0.075mmmin. trace/space
1–32layer stackups
AI-CORE
2–32 layer stackups
Rigid, flex & rigid-flex
0.075mm min trace/space
Impedance-controlled routing
48hr prototype turn
IPC-A-610 Class 2/3 assembly
ENIG · HASL · OSP finishes
Full DFM & sourcing support
2–32 layer stackups
Rigid, flex & rigid-flex
0.075mm min trace/space
Impedance-controlled routing
48hr prototype turn
IPC-A-610 Class 2/3 assembly
ENIG · HASL · OSP finishes
Full DFM & sourcing support
Capabilities

Four disciplines, stacked into one workflow.

Each capability below is handled in-house and reviewed against the one before it, the same way a board's copper, silkscreen and soldermask layers have to agree before anything gets etched.

L1 — SCHEMATIC

Circuit design

Component selection, schematic capture and simulation that catches costly mistakes before a single trace gets drawn.

L2 — LAYOUT

Layout & signal integrity

Trace routing, stackup planning and impedance control tuned for the frequencies your board actually needs to carry.

L3 — FABRICATION

Fabrication sourcing

Vetted fab partners for rigid, flex and rigid-flex boards, matched to your tolerance, material and volume needs.

L4 — ASSEMBLY

Assembly & test

SMT and through-hole population, AOI inspection and functional test before a board ever leaves the line.

How a project moves

From a rough idea to a tested board.

Five stages, run in order, each with its own review before the project is allowed to move forward.

01

Consult

We scope requirements, constraints and target cost together with your team.

02

Schematic

Circuit design and component sourcing, checked against availability and cost.

03

Layout

Routing, stackup and DFM review so the design is manufacturable on the first pass.

04

Prototype

A small batch is fabricated and assembled for bring-up and functional testing.

05

Production

Approved designs move to volume fabrication, assembly and shipping.

Facilities

Advanced Manufacturing & Labs.

Take a look inside our high-tech assembly and engineering environments.

PCB Manufacturing

Automated Optical Inspection

Hardware Engineering Lab

Hardware Engineering Lab

Datasheet

What the line is actually capable of.

Real figures we design against, not marketing rounding.

SPEC_SHEET.rev4
Layer count
2–32 layers
Min trace / space
0.075 mm
Min drill diameter
0.15 mm
Board thickness
0.2–6.0 mm
Surface finish
ENIG / HASL / OSP
Assembly class
IPC Class 2 / 3

"We handed over a schematic and a deadline. I Assist (Pvt) Ltd came back with a routed, DFM-checked board and a working prototype nine days later — no back-and-forth on part substitutions or stackup guesses."

Hardware lead, industrial sensor startup
Get started

Send us the project, we'll send back a plan.

Attach a schematic, a rough sketch, or just a description of what the board needs to do — we'll follow up with scope, timeline and cost.

PHONE077 102 8619
ADDRESS47A, Hill Street, Dehiwala
HOURSMon–Fri, 9:00–18:00 GMT+5:30