Endeavor 3D’s Post

Understanding the strengths and limitations of machining and injection moulding is crucial for optimizing polymer costs. While machining offers high precision and quick development, injection moulding excels in handling complex shapes and large volumes efficiently. Explore how these processes stack up on complexity, cycle time, volume, tolerance, polymer usage, and development costs to make informed decisions for your polymer components. https://buff.ly/36AIg6R #PolymerTechnology #CostOptimization #MachiningVsMoulding #ManufacturingExcellence #Engineering #PolyFluoroLtd

Understanding the strengths and limitations of machining and injection moulding is crucial for optimizing polymer costs. While machining offers high precision and quick development, injection moulding excels in handling complex shapes and large volumes efficiently. Explore how these processes stack up on complexity, cycle time, volume, tolerance, polymer usage, and development costs to make informed decisions for your polymer components. https://buff.ly/36AIg6R #PolymerTechnology #CostOptimization #MachiningVsMoulding #ManufacturingExcellence #Engineering #PolyFluoroLtd

⏩ Rapid tooling is a faster manufacturing way compared with traditional injection molding methods. ⏩ It produces an aluminum, steel, epoxy resin, or silicone tool quickly, which enables one to make a low volume of 100 to 5,000 parts in a short time. ⏬ Learn more about rapid tooling! #RapidTooling #Prototyping #LowVolumeProduction #XRapidTechnologies

Metal AM #SponsoredContent: RE-think Aluminum: NExP-1 is Engineered for Safety What if you could have all the benefits of aluminum for additive manufacturing without the dust explosion risk? Equispheres has made it simpler and safer to use aluminum powder by engineering the powder to be non-explosible. How does that affect operations and profitability? 1. NExP-1 can use existing powder storage areas. 2. The need for dust hazard analysis related to raw powder handling may be eliminated. 3. Costs associated with explosion-related facility certifications may be eliminated. 4. Employees may feel more at ease. NExP-1 avoids the extensive (and expensive) storage and handling precautions associated with traditional aluminum powders. Plus, it would not require ATEX-certified printing or binder-jetting equipment, because the material is not considered a dust explosion hazard. Learn more ways NExP-1 facilitates metal AM in the latest blog from Evan Butler-Jones, Equispheres Inc.’ Vice-President, Product & Strategy: Innovative Materials Engineering Makes Aluminum a Safer Choice. Read the full article here: https://bit.ly/3StpQ0h

For M&H-CEO Patrick Herzig, the key benefit lies in the precision of the system: “With the Solukon system, we can efficiently and thoroughly remove #powder residue from complex parts with internal channels and cavities. This feature is a decisive advantage, as such complex geometries often present a challenge in post-processing and powder residues in the components could mean a loss of performance. With the introduction of the SFM-AT1000-S, we are setting new standards in the post-processing of #3dprinted parts in titanium, aluminum, stainless steel and materials such as #Scalmalloy and Inconel. This technology enables us to further increase the quality of our products and make our production processes more efficient and even safer through series #cleaning.” Mentions: M&H CNC Technik GmbH _ Solukon Maschinenbau GmbH - Andreas Hartmann #depowdering #metal #additivemanufacturing https://lnkd.in/dMwj7NjQ

Explore how plastic injection molding is revolutionizing manufacturing by enhancing efficiency and reducing costs. This method offers precision, scalability, and versatility, making it an ideal choice for producing complex parts. Dive into the latest innovations and learn how to leverage this technology for your production needs. Read more details: https://lnkd.in/dpnJM5uz #PlasticInjectionMolding #ManufacturingInnovation #Efficiency #CostReduction #ProductionTechnology #IndustrialEngineering #ManufacturingProcesses #IndustrialDesign #MoldingTechniques #InnovationInManufacturing

Manufacturing defects in fiber reinforced resin matrix composites pose a significant challenge due to their complex properties and molding processes. The high probability of defects necessitates thorough research on defect detection to ensure composite quality evaluation. #Manufacturing #Composites #QualityControl https://lnkd.in/gdksT7Jn

Very intersting article giving an idea on the present and future of the metal AM thecnology. We espect improvement of machines and materials but also an evolution of the design to benefit of the impressive opportunities of additive manufacturing. Let's move from rapid prototyping to a real additive manufacturing technology application.

Only Platform Globally with 3 critical segments of the plastic converting industry – Injection, Blow Moulding, and PET with 360 degrees coverage & participation of all elements of the Value Chain including Resin, Machinery, Convertors and Brand Owners. Click Here to register - https://lnkd.in/gXnKhnqH Contact ElitePlus Team: 9619634690, delegate@eliteplus.co.in Website: https://lnkd.in/dwv9FhH6 #3DPrinting #Additive #automotive #blasformtechnik #blow #chinaplas #cnc #design #engineering #industry #injection #injectionmold #instamachinist #kunststofftechnik #machine #machinery #machining #machinist #manufacturer #manufacturing #milling #mold #molddesign #moldex #molding #moldmaker #moldmaking #molds #mould #moulding #packaging #plastic #plastics #printing #product #production #shop #solidworks #tooling #toolmaker

Coefficient of Friction Tester / COF Tester A friction tester is a kind of testing equipment that is used to measure the coefficient of friction (COF) for materials. There are two kinds of coefficients: static coefficient of friction and kinetic coefficient of friction. The coefficient of friction testing is widely valued for its important role in the processes of production, transportation, and marketing. The coefficient of Friction tester conforms to the multiple national and international standards: 1) ASTM D1894 - Standard Test Method for Static and Kinetic Coefficients of Friction of Plastic Film and Sheeting 2) ASTM D202 - Standard Test Methods for Sampling and Testing Untreated Paper Used for Electrical Insulation 3) ASTM D4918 - Standard Test Method for Coefficient of Static Friction of Uncoated Writing and Printing Paper by Use of the Inclined Plane Method (Withdrawn 2010) 4) ISO 8295 - Plastics -- Film and sheeting -- Determination of the coefficients of friction 5) TAPPI T815 - Coefficient of static friction (slide angle) of packaging and packaging materials (including shipping sack papers, corrugated and solid fiberboard) (inclined plane method) 6) TAPPI T816 - Coefficient of Static Friction of Corrugated and Solid Fiberboard (Horizontal Plane Method) #labthink #labsolution #lab #qc #qualitycontrol #packaging #packagingtester