Electronic Housings Square Coil Housings
Square coil and component housings, shown with runners
- Process
- Injection moulding
- Type
- Housing
Industries · Industrial Electronics
Industrial electronics is our second-largest segment at 15% of output. We mould housings, covers, DIN-rail and panel-meter enclosures, relay and coil housings, sensor bodies and insert-moulded terminal parts — to the tight tolerances that electrical, electronic, telecom and industrial equipment makers need.
15%
of Solutech's current output
Platforms
Component categories
Component categories describe our capability; they do not imply supply to any specific OEM.
Products
Electronic Housings Square coil and component housings, shown with runners
Electronic Housings Ribbed base trays for electronic modules
Electronic Housings Round buzzer housings with mounting flanges and covers
Electronic Housings
Electronic Housings Panel meter housings and vented DIN-rail enclosures
Electronic Housings
Electronic Housings Connector and terminal blocks with moulded-in contacts
Electronic Housings Terminal housings with insert-moulded metal terminals
Capabilities
01 30T to 250T — all-electric, horizontal, vertical and rotary
Injection moulding from 30T to 250T on all-electric, horizontal, vertical and rotary presses — covering precision micro parts through to large structural components.
Explore injection moulding
02 In-house tool design & manufacturing
In-house tool design and manufacturing, supported by VMC, CNC, EDM, grinding and milling capabilities. Multi-cavity moulds and dies are designed and manufactured, with T0–T1 trials carried out entirely on-site, ensuring precision, quality and faster turnaround.
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03 Sub-assembly & insert moulding, fitment-ready
Sub-assembly and insert moulding — fitment-ready components shipped to the OEM line.
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04 Robotic part removal & automated material handling
Automatic robotic part removal, material loaders, hopper dryers and chillers across our moulding cells.
Explore automationEngagement
Component shortlist, drawings and CAD sharing, technical clarifications, commercial RFQ for the first 3–5 priority parts.
Weeks 0 to 2In-house tool design and manufacture, T1 sample submission, dimensional inspection report and material qualification.
Weeks 2 to 6PPAP documentation, IMDS submission, capability studies, vendor audit and on-site OEM QA verification.
Weeks 6 to 10SOP for first parts, gradual line-feed integration, expansion to additional categories, JIT delivery set-up.
Weeks 10 to 16A structured, low-risk path from first conversation to SOP — typically 12 to 16 weeks for the first parts.
Other industries
Let's build together
Share your drawings or CAD data. Our engineering team reviews every RFQ for feasibility, tooling and moulding before we quote.