Speed to market — Quicker production and delivery timelines. Decreased lead times from prototype to product designing. Smooth response to design alteration. Cost efficiency — Decreased logistics and shipping expenses. Reduced import and custom fees. Enhanced control over storage and inventory. For more information visit here:  ... Read more »

Excellent durability and strength for end-use parts. No support structures required — perfect for complex geometries. Trusted across automotive, medical industries, and aerospace industries. Functional testing and performance validation make it cost-effective. Continuous mechanical properties covering all axes. For more information visit here: https://www.pinterest.com/pin/9226750 ... Read more »

In recent years, global supply chains have faced unprecedented disruptions — from pandemics and geopolitical tensions to natural disasters and logistical bottlenecks. These challenges have prompted businesses to reconsider their reliance on distant manufacturing hubs. Enter localised manufacturing: a strategy that brings production closer to the point of consumption. But does this approach truly mitigate supply chain risks, or does it introduce new ... Read more »

Your SLA printing needs require advanced technology delivered at rapid speeds. But even state-of-the-art equipment will fail without a skilled operator, communicative project manager, and customer-centric logistics. Quickparts has the experience, expert engineers, and well-equipped facilities to support SLA printing services that deliver everything from intricate prototypes to large-volume production. For more information visit our website: ht ... Read more »

So, how can companies stay competitive with fast lead times while avoiding the pitfalls of rushed tooling? The answer lies in a more nuanced approach — one that involves strategic planning, the right partnerships, and selective investment in proven processes and materials. To mitigate the risks associated with rapid tooling, manufacturers should consider the following strategies that prioritise both agility and resilience. To read more about visit here: ... Read more »

In the fast-moving world of additive manufacturing, some technologies fade as quickly as they rise. Others quietly evolve and remain indispensable. Selective Laser Sintering (SLS) is the latter; and engineers who need performance over flash know exactly why.

Despite being one of the earliest powder bed ... Read more »

In the race to reduce production timelines, “from CAD to cut in 48 hours” has become more than just a tagline — it’s the new benchmark in modern manufacturing. CNC (Computer Numerical Control) machining has long been trusted for precision, but the surge in on-demand manufacturing services has raised expectations. Can C ... Read more »

What is Selective Laser Sintering (SLS)? - It is a form of additive manufacturing technique, Uses laser for fusing nylon powder, No support structures required, Perfect for complex geometries. Speed & flexibility - Rapid production & prototyping, Fast design iterations, Low lead times, No tooling required. For more information visit here: https://issuu.com/ukquickparts/docs/why_global_manufacturer ... Read more »

Role of technology in raising the bar - Robotic systems assure continuous part quality. Automated mould management eliminates human error. Micron-level precision for intricate geometries. Faster cycle times with real-time monitoring. Automated QC for tight tolerances control. Smart sensors identify defects quickly. Eliminates rework and waste. For more information visit here: https://socialsocial.social/pin/ ... Read more »

In today’s race for faster production and quicker market launches, tooling lead times are becoming shorter than ever. Manufacturers are under increasing pressure to reduce turnaround without sacrificing quality or precision. While this acceleration supports demand for agility and responsiveness, it raises a critical question: What is the hidden cost of speed? In this blog, we’ll explore the implications of shortened tooling timelines and examine whether the trade-off is sustainabl ... Read more »