Using metal tool stamping, wood-based tooling & ABS-based tooling, our die cutting capabilities range from parts as small as a 5 mm diameter with tight tolerance levels of +/- 0.05mm. Our precision die cutting capabilities encompasses Multi-Cavity Production & Auto Deflashing, Multi-Layer Ultra-Thin Thickness Cutting, Full Cut and Kiss Cut.
Ideal for any types of die-cut applications to suit customer’s needs
As part of our Innovation Playground, Armstrong has in-house R&D capabilities to formulate optimal and unique formulations of rubber. The rubber fabrication process encompasses Transfer Moulding, Compression Moulding, Injection Moulding and Hybrid Injection Moulding. Producing more than 2 million parts daily, our technical know-how enables us to produce not only large rubber parts, as well as complicated micro rubber parts with tight tolerance of +/-0.05mm.
Excellent choice for any types of rubber requirement
Reaction Injection Moulding
A short cycle process that mixes two or more reactants, typically Isocyanide and Polyol to be chemically expanded and cured.
End product is stable, strong, flexible and lightweight. It will be chemically resistant, physically tough and wear resistant; an excellent choice for components produced in low volume quantities.
Expanded Polypropylene (EPP) Moulding
This environmental friendly technology injects pre-compressed EPP beads into a pre-heated mould to be fused together under steam, heat and pressure to form the desired design.
Ideal for products to be light-weighted and need to encompass intricate curves, tight corners and shapes
Heat Press Forming
A high volume, high pressure moulding technique utilised for moulding both large and small 3D thermoplastic foam parts.
Ideal for complex feature requirements
A fast and efficient forming process utilised only for requirements of thinner cross section parts up to 25 mm, mainly for PE or EVA foam.
Ideal for thin cross section part requirement
A production choice to produce a uniform thin wall of 3D hollow parts of various materials that realise the design aesthetics in short lead time.
Ideal for 3D products that require a uniformity in thickness
A thermoforming process that creates 3D hollow PE foam parts with formed features on both sides with no secondary bonding required.
A unique one-of-a-kind technology available only in Armstrong Odenwald
The technology to weld different materials such as non-woven fabric and foams etc, all into one component.
Ideal for products that require a combination of more than 1 material