Our technical support resources are engineered for designers, OEMs, and procurement specialists. This guide covers critical specifications across material selection, dimensional tolerances, tooling investment, and logistics.
Technical Specifications & Production FAQ
Frequently Asked Questions
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What are your standard dimensional tolerances?
Standard tolerances for thermoplastic profiles typically fall within ±0.015" for dimensions under 1", and ±0.030" for dimensions between 1" and 3". Precision tolerances as tight as ±0.005" are achievable depending on material stability and profile geometry.
Which materials and additives do you support?
We extrude a wide range of materials including PVC (Rigid & Flexible), HDPE, Polypropylene, ABS, and TPE. Custom additives for UV resistance, flame retardancy, antimicrobial properties, and custom color matching are available upon request.
How are tooling and die costs calculated?
Tooling costs are determined by profile complexity, number of hollow sections, and required downstream calibration. Simple dies start around $1,500, while complex multi-lumen or co-extrusion tooling can exceed $10,000. Tooling is typically a one-time investment.
What is your Minimum Order Quantity (MOQ)?
Standard MOQs range from 1,000 to 5,000 linear feet depending on the material and profile weight. For high-value custom resins or complex co-extrusions, MOQs may be adjusted. We also offer prototype runs for testing and validation.
What are typical shipping and logistics lead times?
Production lead times are usually 2-4 weeks after tooling approval. Shipping times vary by destination but typically range from 3-7 business days within North America. We provide real-time tracking for all major freight shipments.
Precision is a function of geometry, wall thickness, and thermal stability. We maintain strict adherence to RMA and industry-standard tolerances, ensuring every profile integrates seamlessly into your assembly.
Dimensional variance is managed through real-time laser monitoring and controlled cooling stages, mitigating the natural shrink-rate of complex polymers.
Tooling Amortization & Scaling Economics
Optimizing your production run requires balancing initial tooling investment with long-term yield. Our engineering team assists in die design that maximizes material throughput while minimizing waste.
Custom die fabrication using hardened tool steel for high-volume durability. We specialize in complex hollows, co-extrusion cross-sections, and secondary sizing calibration to ensure profile integrity.
Flexible production scheduling allows for staggered releases and inventory management. We provide detailed amortization schedules to help justify tooling costs over the total project lifecycle.
Request a Custom Technical Evaluation
Our engineers are ready to review your CAD files and provide a detailed feasibility analysis and quote.