Precision Assembly
Contract Manufacturing Transforming Blueprints into Operational Excellence
Infidawn acts as a high-precision extension of your manufacturing floor. We specialise in complex machine building (Build-to-Print), handling the "heavy lifting" so your team can stay focused on R&D and innovation.
Our Core Expertise:
- Full Machine Assembly – End-to-end, "Turnkey" builds from the ground up.
- Modular Systems Integration – Specialised integration of complex sub-systems.
- Control Panels & Wiring – ISO-standard precision wiring and power distribution.
- Scalable Technical Labour – On-demand technical expertise to manage your production peaks.
By aligning our assembly workflows with our internal tooling expertise, we ensure every machine build achieves 100% mechanical repeatability.
Jigs & Fixture Design
Strategic Tooling for Production Optimisation
Design and engineer custom jigs, fixtures and production support tools to improve manufacturing efficiency and operational consistency.
By enhancing existing equipment, workflows and SOPs, we help manufacturers achieve better alignment, improved repeatability and smoother production flow without the need for major equipment replacement.
Core Expertise:
- Custom Jig & Fixture Design – Tailor-made tools for assembly, testing and alignment processes.
- Equipment & Line Enhancements – Engineering upgrades to improve existing production setups.
- Process Optimisation Support – Tooling solutions aligned with improved SOPs compliance and safety.
- Bottleneck Elimination – Precision hardware engineered to solve specific flow issues on the factory floor.
Our fixtures are designed with the end-assembly in mind, ensuring that the tools we build today support the high-speed automation of tomorrow.
Machine Service & Support
On-Site Engineering & OEM Support in Malaysia
Infidawn provides local technical support and authorised service representation for semiconductor equipment and industrial automation manufacturers.
We act as a reliable on-ground partner, delivering professional installation, troubleshooting and preventive maintenance to ensure operational stability and customer satisfaction in Malaysia.
Core Expertise:
- Installation & Commissioning – On-site integration and system startup support.
- Repair & Troubleshooting – Rapid response to restore equipment performance.
- Preventive Maintenance (PM) – Scheduled servicing to maximise equipment lifespan.
- Parameter Optimisation & Calibration – Fine-tuning equipment and software settings.
- OEM After-Sales Representation – Localised warranty and technical support services.
Our service engineers provide a holistic feedback loop, identifying when hardware adjustments or consumable upgrades can prevent future equipment failure.
ATE Interface Hardware Design
High-Precision Connectivity for Semiconductor Testing
In the semiconductor world, ATE (Automatic Test Equipment) Interface Hardware serves as the critical physical and electrical bridge between multi-million dollar test systems and the silicon wafers or chips being verified.
As your Resource Integrator, Infidawn provides a one-stop solution that ensures high-signal integrity and lossless data transmission. We specialise in engineering the "Hardware Stack" required to route power and high-speed signals with microscopic precision, ensuring your testing process is both accurate and repeatable.
Core Expertise:
- Custom Interface Design (DIB & PIB) – Engineering a high-layer count board tailored to specific Device Under Test (DUT) requirements.
- Signal Integrity Hardware – Utilising advanced simulation to eliminate "crosstalk" and signal loss, specifically for high-performance AI, GPU and 5G chipsets.
- Wafer-Level Probe Cards – Providing the essential microscopic interface for wafer testing, designed to withstand extreme temperatures and high-pin-count density.
- Repair & Support – Offering rework and on-site debugging to ensure your production line never stops.
Our designs are precision-matched to our contact consumables, ensuring that the electrical bridge between the tester and the device remains flawless.
Probe Repair
Precision Micro-Maintenance & Hardware Restoration
In High-Volume Manufacturing (HVM), probe cards are subject to extreme mechanical and electrical wear. We provide specialised restoration services that return damaged or worn probe heads to "like-new" performance, ensuring your testing results remain accurate while delaying the need for expensive hardware replacement.
Core Expertise:
- Planarity & Alignment Restoration – Utilising micron-level sanding and etching processes to ensure perfectly level contact across the wafer.
- Multi-Platform Repair – Professional maintenance for diverse probe architectures, including Cantilever, Pogo Pin and Cobra probe heads.
- Root Cause Analysis (RCA) – We don't just fix hardware, we use repair data to identify failure patterns, providing technical feedback to optimise future designs.
- Rapid HVM Rework – Offering high-speed turnaround times to minimise production downtime and maintain consistent throughput on the testing floor.
We close the loop by using repair data to optimise future design iterations, making your hardware more durable with every production cycle.
Bowl Feeder Design
Custom Vibratory Bowl Feeder Solutions
We design and build high-precision vibratory bowl feeders that serve as the heartbeat of your automated production lines. By transforming bulk components into a perfectly oriented, high-speed stream, we eliminate manual handling bottlenecks and ensure your machines run at peak efficiency.
Core Expertise:
- Custom Bowl Fabrication – Precision CNC-machined aluminium and stainless steel bowls tailored to your specific part geometries.
- Vibratory Tuning & Control – Expert frequency calibration and controller setup to ensure smooth, damage-free movement for sensitive components.
- Modular Feeding Formats – Comprehensive solutions including Step Feeders, Linear Feeders and specialised Hopper systems for bulk storage.
- Performance Conversion Kits – Quick-changeover solutions and bowl top replacements that allow your existing equipment to adapt to new product designs.
Our feeding systems are mechanically synchronised with our custom assembly jigs, creating a seamless transition from bulk parts to finished modules.
