Balancing speed and quality in additive manufacturing can be challenging, as improvements in one often impact the other. Key strategies include: 1.Parameter Optimization: Fine-tune print parameters through sample builds to achieve a balance suitable for batch production. 2.Technology Selection: opt for area-based printing like LCD or DLP over point-based methods (e.g., SLA), or Binder Jetting over SLS/PBF for faster output. 3.Part Orientation: Minimize build height by orienting parts strategically, reducing layer count and print time. 4.Machine Upgrades: Upgrading to multi-energy source machines (e.g., EOS AMCM) enables simultaneous processing, significantly speeding up builds

Make sure to have in place procedures to monitor your systems performances (i.e. couple of samples to measure after every job) to make sure that your system is well calibrated and in good shape. Set and keep a preventive maintenance schedule, including daily cleaning. Find or develop a printing parameter that is a good compromise between speed and part quality. Best is to have different sets of qualified parameters to chose based on project needs. Clarify requirements with the customer at the very beginning, it doesn't make sense to focus on super-high quality if they just need a proto as fast as possible or vice versa. Simulation tools, if available, are a good help but make sure to understand them and to be able to interpret results.

Achieving both speed and quality in 3D printing can be challenging but manageable with the right strategies. 1. optimise print settings 2. advanced slicing options 3. path planning strategy 4. nozzle upgrade 5. regular maintenance and calibration. this will help in achieving perfection in 3D printing.

There is excellent equipment on the market, like HP’s MJF, that offers both high speed and quality. HP produces parts comparable to injection molding, but with the added advantage of design freedom. Aligning the right equipment with design and engineering processes is the key to achieving optimal results.

You should be follow some points: - Machine calibbration - Material to printing, study the spec of material to get refer the parameters - Chossing the good nozzle spec to adapt the material, quality you want to get - DOE and optimize the parameters and quality - Maintenance the machine to get the good condition