Glideline, a leading aluminium fabricator based in Great Yarmouth, is said to have taken ‘a decisive step forward’ in productivity and performance with the installation of a new Elumatec SBZ 145 CNC machining centre.
Operating from a state-of-the-art UK manufacturing facility, Glideline is a long-standing Elumatec customer, running a fully integrated fleet of machines, all networked through EluCad.
As demand increased and project complexity continued to grow, Glideline saw an opportunity not to replace an already proven setup, but to elevate it further by enhancing throughput and streamlining workflow at scale with a dedicated high-output CNC solution.
“The SBZ 145 has transformed our workflow by increasing throughput, improving consistency, and removing machining bottlenecks across the factory,” says David Pickering, managing director of Glideline.
A step-change in efficiency
According to Glideline, the impact of the SBZ 145 was immediate. Machining time per profile has been reduced by around 20%, while labour savings now exceed 25 hours per week – a figure that continues to rise as production volumes increase. Faster setups and changeovers have reduced manual intervention, minimising errors and rework, while improved accuracy has delivered greater consistency across all profiles.
The result is a smoother, more predictable workflow that allows Glideline to process higher volumes of work with the same skilled team.
“It has significantly increased capacity and efficiency while improving consistency,” continues David.
Seamless integration
A key strength of the SBZ 145 is how naturally it integrates into Glideline’s established production environment. The machine now acts as the primary high-throughput CNC centre, handling the bulk of frame and sash processing.
Existing Elumatec SBZ 122/75 and SBZ 140 CNCs support the workflow by taking on overflow capacity, specialist profiles and shorter or bespoke runs.
Upstream, the DG 244 double mitre saw ensures cut profiles are consistently prepared for CNC machining, while the EluCad network allows programs to be shared seamlessly across machines. This ensures accuracy, standardisation and consistency at every stage of production.
“The SBZ 145 has improved flow, reduced bottlenecks and increased overall factory efficiency by allowing each machine to be used where it performs best,” adds David.
By reducing machining times and manual handling, the SBZ 145 has delivered a clear boost to both production capacity and lead-time performance. Glideline can now take on more work without increasing headcount, while smoother workflows and fewer bottlenecks have improved delivery predictability.
The machine has also increased confidence when machining larger or more complex components, work that previously placed greater strain on production schedules.
“It’s increased capacity, improved predictability and helped us deliver projects faster and more consistently,” notes David.
He adds that Glideline’s continued investment in Elumatec technology is rooted in reliability, precision and long-term support. The machines are engineered for high-volume aluminium fabrication, delivering consistent performance with minimal downtime.
Integration across the fleet through EluCad allows processes to be standardised, accuracy maintained and production scaled efficiently.
“Elumatec machines support our growth by delivering consistency, efficiency and reliability at scale,” says David.
Combined with strong aftersales support, readily available parts and dependable technical backup, this gives Glideline the confidence to invest for the long term, knowing production will continue to run smoothly.
Looking ahead
The SBZ 145 represents more than an additional machine on the factory floor, it is a key enabler of Glideline’s growth strategy. By increasing throughput, improving accuracy and removing bottlenecks, it allows the business to respond to rising demand while maintaining the quality and precision its customers expect.
For fabricators looking to optimise workflow and boost efficiency, Glideline’s experience demonstrates what can be achieved when high-performance CNC technology is fully integrated into a well-designed production environment.
