On-demand prototyping and batch production
IPFL utilise top of the range technology to produce highly accurate, quality plastic components for industrial, scientific, design & development, props, motorsport and defence industries.
For more than 55 years, IPFL has helped engineers turn bold ideas into functional, high-performance parts. Our in-house blend of micro-resolution 3D printing, industrial additive manufacturing, multi-axis CNC machining and specialist plastic fabrication means you can move seamlessly from prototype to production—without compromising on accuracy, material performance or speed.
2 µm & 10 µm resolution BMF Projection Micro-Stereolithography | Perfect for microfluidic chips, microneedle arrays, MEMS, micro-gears and optical components | Ultra-smooth surfaces, crisp edges and repeatable features under 50 µm—ideal for life-science and electronics innovators
SLA High-Resolution for transparent or biocompatible prototypes | HP Multi Jet Fusion (MJF) for strong, isotropic nylon production parts | Stratasys PolyJet multi-material builds with shore-A flexibility and over-mould simulation | High-Performance FDM in Ultem™, PC, Nylon-CF & more for aerospace-grade strength
3-, 4- & 5-Axis CNC milling, turning and routing | Laser cutting, line-bending, diffusion & laser welding, chemical and UV bonding | Tight-tolerance manifolds, clear fluidic housings, precision stents and custom connectors produced in quantities from one-off to volume
Biocompatible | High-temperature | Chemical-resistant | Optical-clear | Robust engineering polymers (COC, Ultem™, PTFE, Acetal, PC, Nylon)
Product Development | Industrial Design | Aerospace | Automotive & Motorsport | Med-Tech & Life-Science | Electronics & Robotics | Universities & Research Labs
Heritage & Trust – UK manufacturer established 1969 | Micron-Level Precision across additive and subtractive methods | Fast Lead Times with fully in-house production | Design-for-Manufacture Support from prototype to scaled supply | ISO-Certified Quality and rigorous material traceability
