Our Services
Gramm provides industrial 3D printing services focused on functional and end-use parts. We manufacture components based on customer application requirements, using engineering-grade thermoplastics and controlled production processes.
Our Workflow
Cad Evaluation
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Review file for orientation, tolerances, and wall thickness.
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Identify potential printing challenges and suggest modifications.
Quality Inspection
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Visual inspection for defects or anomalies.
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Dimensional checks for critical features.
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Verification against customer requirements.
Material Selection
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Select suitable filament based on application (rigidity, flexibility, thermal requirements).
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Evaluate if standard or custom material is required.
Post Processing
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Trimming, sanding, or finishing as needed.
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Surface treatment or additional finishing if required.
Printing
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Industrial FDM machines with controlled temperature and environment.
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Layer-by-layer build to achieve required dimensional stability.
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Controlled print parameters for each material type.
Delivery
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Packaging for safe delivery to customer.
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Confirmation and tracking of shipment.
Quality-Driven Production
Standardized and monitored manufacturing processes to ensure consistent output. Focused on precision, repeatability, and dependable part performance.
Repeatable & Controlled Production
Defined process parameters maintained across batches. Ensures dimensional consistency and stable mechanical properties.
Validated Material Selection
Materials selected based on mechanical requirements and application conditions.
Ensuring strength, durability, and long-term reliability.
Assemblies & Insert Integration
Support for multi-part assemblies and embedded metal inserts.
Designed for mechanical stability and practical integration.
Surface Texturing Capability
We provide controlled surface texturing solutions to enhance functional performance and product aesthetics. Our manufacturing process allows customizable texture density and pattern behavior based on application requirements.
Engineered grip and handling surface optimization
Reduced visibility of layer-based printing structure
Customizable texture intensity and coverage