Materials, tolerance capability, and where each process typically fits in an assembly.
Turning, milling, and multi-axis machining to print, with material certs and CMM inspection reports on request.
Fused Deposition Modeling (FDM), Stereolithography (SLA), Selective Laser Sintering (SLS), Digital Light Processing (DLP), and Multi Jet Fusion (MJF) — matched to the material properties and finish your part actually needs before it goes to tooling.
Standard and application-specific bolts, screws, nuts, washers, inserts, and specialty fasteners, including finish/coating options and VMI programs.
Spur, helical, bevel, and worm gearing sourced to AGMA tolerance classes, with heat treatment and surface finish verified.
Sheet metal and structural fabrication capabilities covering the full process, from cutting through forming and joining.
Castings, machined parts, fasteners, gears, injection molded plastics, and assemblies – sourced, quoted, and quality-managed by the same team.
Traditional sand-mold casting for mid-to-large iron and aluminum components.
Gravity-fed permanent mold casting for dimensionally precise aluminum housings.
Investment casting for complex geometries and fine surface detail.
High-volume die casting for tight-tolerance, thin-wall parts.
CNC turning, milling, multi-axis machining to print, with CMM inspection.
High precision Swiss turning, lathe work, and shaft grinding to tight diameter tolerances.
Standard and custom fasteners, VMI-managed for line-side replenishment.
Spur, helical, bevel gearing and complete gearbox/powertrain assemblies, sourced to AGMA tolerance classes.
Tooling and production sourcing for engineered resins, sample to validated production.
A few more places our sourcing and manufacturing base shows up — automotive hardware, precision defense components, and medical-grade parts.
Rail, hardware, and fastener kits for 2-way and 4-way automotive seat track assemblies.
Fully assembled seat track and steering column components, ready for install.
Machined firearm components alongside self-defense hardware — slides, triggers, grips, and EDC parts.
Precision surgical instrumentation for orthopedic procedures, machined to tight tolerance.
Sized trial components in medical-grade plastics, surgeon-trusted and consistently manufactured.
Precision-manufactured knee and round broaches to medical-grade specification.
ICT manages supplier qualification and ongoing quality oversight as a core service not an afterthought. Here is the structured process applied to every new program, regardless of country of origin.
ICT’s regional offices in India (Pune), China, Malaysia, and Singapore conduct on-site pre-audits covering equipment capability, QMS documentation, production capacity, and financial stability before any program is placed.
Before tooling is committed, ICT’s engineering team reviews part prints for tolerance stack-up, material compatibility, and process fit flagging issues that would create cost or schedule problems in production. DFM findings are documented and fed into work instructions.
ICT manages the full Advanced Product Quality Planning (APQP) cycle and PPAP submission dimensional reports, material certs, process capability (Cpk) studies, control plans, and DFMEAs all delivered to the OEM’s documentation standard, regardless of where the supplier is located.
Every new program requires a first-article inspection (FAI) with CMM dimensional report. ICT coordinates inspection at the supplier, at a third-party inspection house, or domestically depending on program criticality and customer requirements.
Active programs are tracked via supplier scorecards measuring on-time delivery, PPM defect rate, and responsiveness. Corrective action requests (CARs) are issued, tracked, and closed. ICT’s in-country teams conduct periodic production audits throughout the program life.
Mill certifications, certificates of conformance, and lot traceability records are provided with every production shipment. For medical and defense programs, full serialized traceability is maintained from raw material heat to finished part.
ICT supports sand casting (CT8–CT10, ±0.030″–0.060″), investment casting (CT4–CT6, ±0.005″–0.015″), gravity/permanent mold casting, and high-pressure die casting (CT5–CT7, ±0.003″–0.010″). All castings include first-article dimensional layout and in-process quality checks. Materials include aluminum alloys (A356, 380, A380), gray iron, ductile iron, stainless steel, and copper alloys.
Yes. ICT manages the complete APQP and PPAP submission workflow for offshore manufacturing partners including dimensional reports, material certifications, process capability (Cpk) studies, control plans, and DFMEAs to OEM documentation standards regardless of supplier location. This is a standard deliverable on every program, not an optional add-on.
ICT’s CNC machined parts are produced to print tolerance, typically ±0.001″–±0.005″ for standard turning and milling. Swiss turning and shaft grinding achieve ±0.0002″–±0.001″ for tight-diameter precision applications. CMM inspection reports and material certifications are available on request for all machined programs.
ICT offers FDM (Fused Deposition Modeling), SLA (Stereolithography), SLS (Selective Laser Sintering), DLP (Digital Light Processing), and MJF (Multi Jet Fusion) each matched to the material properties and surface finish the part needs before committing to production tooling. Technology selection is based on functional requirements, not just cost.
Yes. ICT sources orthopedic surgical instruments, medical-grade plastic trial components, and knee/round broaches from ISO 13485-aligned suppliers in Malaysia and Singapore. Full serialized traceability, material certifications, and CMM inspection records are standard deliverables for all medical and orthopedic programs.
Send part prints, volume, and quality requirements. ICT’s team will scope the right process, country, and supplier and respond within one business day.
