MM
Plastic mould manufacturing
Mould concepts for connector housings, bobbins, switch bodies, insulators, covers and other engineered plastic components.
Mould expertise →Tooling expertise behind
better electrical components.
Product quality begins long before production. Our tooling approach connects component design, process planning and repeat manufacture.
Core expertise
Product and process developed together
Electrical components often combine precision metal contacts, terminals, moulded insulation parts, springs, actuators and assemblies. Tooling decisions influence every one of those interfaces.
PT
Precision press tools
Tooling concepts for terminals, contacts, brackets, springs and conductive parts used in electromechanical products.
Press tool expertise →TF
Tooling & fixtures
Jigs, checking fixtures, assembly aids and special-purpose concepts that support consistent production and verification.
Production tooling →Plastic moulds
Mould solutions developed around the finished component
Electrical housings must do more than hold their shape. They may control insulation distances, terminal retention, mating, alignment and assembly.
- Part and mouldability review
- Gate, split-line and ejection considerations
- Insert-moulding feasibility input where applicable
- Allowance for material behavior and dimensional control
- Tool trials, sample feedback and correction planning
- Maintenance and production-support thinking
Typical electrical applications
Connector housingsRelay bobbinsSwitch bodiesInsulatorsTerminal blocksCovers & actuators
Examples are representative. Actual scope depends on geometry, resin, tolerances, machine capacity and volume.
Press-tool development considerations
| Part geometry | Blanking, forming, bending and feature sequencing |
|---|---|
| Material | Strip behavior, grain, hardness and springback |
| Production need | Prototype, stage, compound or progressive approach |
| Quality | Datums, critical dimensions and inspection access |
| Output | Handling, orientation and downstream assembly |
Press tools
Precision metal parts with process repeatability in mind
Terminals and contacts demand control of geometry, contact interfaces and formed features. We consider the part, strip layout, tooling sequence and inspection requirements as one system.
- Component feasibility and strip-layout input
- Blanking, piercing, bending and forming concepts
- Progressive tooling options for suitable volumes
- Tool trials and dimensional correction
- Replaceable wear-part and maintenance considerations
Supporting tooling
Fixtures and aids that protect the process
Assembly fixtures
Location, orientation and controlled assembly support for multi-part components.
Checking fixtures
Fast verification concepts for defined component features and interfaces.
Trial tooling
Practical development aids for learning before production tooling is finalized.
Special-purpose aids
Application-specific mechanisms intended to improve repeatability or handling.
Capability data required: tool sizes, press tonnage, machine list, moulding capacity, supported materials, tolerances and inspection equipment will be published only after verification.
Discuss a component or tooling challenge
Share a part drawing, 3D model, sample, material and projected quantity for review.