SCM Windor Flex 1
SCM WindorFlex 1 CNC Machining Cell
High-tech CNC machining cell for window and door manufacturers that need automated loading/unloading, 4- and 5-axis machining, longer workpiece capacity, and higher production flexibility than WindorFlex CP.
The scalable WindorFlex production cell for longer window and door components.
The SCM WindorFlex 1 is a CNC machining cell for wood window and door manufacturers that need a more capable production cell than the compact WindorFlex CP. It is designed to produce window frames and related components with automated workpiece handling, dedicated clamping, high-speed machining, and Maestro Active Windoor software.
For Titan, WindorFlex 1 should be positioned as a serious production-system conversation: automated handling, longer component capacity, high machining accuracy, tool-store flexibility, software integration, and scalable window/door production.
Best-fit shop profile
WindorFlex 1 is the right machine conversation when the customer has outgrown the compact CP footprint and needs longer workpiece capability, stronger production flexibility, and automated loading/unloading without immediately stepping into WindorFlex 2-level productivity.
Longer workpiece configurations, automated loading/unloading, 4-/5-axis machining, tool-store flexibility, fixed-gantry accuracy, and Maestro Active Windoor software.
WindorFlex 1 expands the WindorFlex workpiece range beyond the compact CP, supporting 3500, 4500, and 6000 mm length platforms. It gives growing and established window/door manufacturers a scalable automated machining cell for longer components and more demanding production planning.
Longer workpiece capacity
Supports 1 x 3500 / 2 x 1700 mm, 1 x 4500 / 3 x 1245 mm, and 1 x 6000 / 4 x 1160 mm configurations.
Automated handling
Loading/unloading can be configured around bench or robot handling depending on the final production layout.
4-/5-axis machining
Configurable 4- and 5-axis electrospindles support the drilling and milling operations needed for complete window production.
Tool-store flexibility
Standard 1 x 48-position tool store, with range documentation showing optional two-chain tool-store concepts depending on configuration.
Built for wood windows, sash components, door frames, architectural joinery, profile machining, and scalable window/door production.
WindorFlex 1 is a specialized CNC machining cell for window and door production. It should not be positioned as a general cabinet-shop router, nesting CNC, or basic shaper/tenoner replacement without discussing the full production workflow.
Window Manufacturing
Wood window frames, sash components, frame parts, profile machining, drilling, milling, internal-side machining, external-side machining, and complete window-frame production.
Door & Frame Production
Wood door-frame components, profile-based joinery, routing, drilling, and machining operations where 4-/5-axis flexibility matters.
Architectural Joinery
Custom wood openings, heritage-style windows, high-value architectural frames, specialty components, and repeatable machining of complex profiles.
Production Upgrades
Strong fit for shops moving from separate tenoners, shapers, routers, drills, and manual repositioning into a more integrated machining-cell workflow.
Longer Components
Best for manufacturers producing longer window/door components or multiple smaller parts in sequence across 3500, 4500, or 6000 mm machine platforms.
Connected Production
Supports manufacturers planning barcode, label, KPI, software, reporting, and connected-machine workflows through SCM’s Maestro environment.
SCM WindorFlex 1
A scalable CNC machining cell for window and door manufacturers that need longer workpiece flexibility, automated handling, and a step above the compact WindorFlex CP.
The SCM WindorFlex 1 is a CNC machining cell for window and door manufacturers that need a scalable automated production solution above the compact WindorFlex CP. It is designed for producing window frames and related components with automated workpiece handling, dedicated clamping, high-speed machining, and Maestro Active Windoor software.
The machine’s major advantage over WindorFlex CP is workpiece-length flexibility. WindorFlex 1 can be configured for 3500 mm, 4500 mm, or 6000 mm workpiece-length families, with the ability to process multiple shorter parts in sequence depending on configuration.
SCM’s WindorFlex range documentation positions the system around a complete production process. Automatic loading/unloading reduces operator intervention, the worktable uses dedicated clamps for stable holding, and workpiece repositioning from internal-side machining to external-side machining is handled directly between clamps without extra devices.
The machining architecture is built around configurable 4- and 5-axis electrospindles, with range documentation showing HSK 63F plus and HSK 63E tool-chuck options and 20 or 30 kW motor power depending on machine composition. The official SCM/Titan WindorFlex 1 table lists 20 kW as the standard electrospindle power, so the 30 kW value should be treated as package-dependent until confirmed.
For Titan Equipment, WindorFlex 1 should be sold as a full production-system project. The correct discovery process should include window styles, door/frame applications, workpiece dimensions, tooling, current machine process, profile systems, dust extraction, software integration, loading/unloading layout, operator workflow, floor space, rigging, service access, and whether the customer is better matched to CP, WindorFlex 1, or WindorFlex 2.
Titan sales position
Position WindorFlex 1 around automated production flow, longer component capacity, scalable window/door manufacturing, 4-/5-axis machining, Maestro Active Windoor software, and a strong step above the compact WindorFlex CP.
Use WindorFlex 1 as the best growth platform between compact WindorFlex CP and highest-productivity WindorFlex 2.
WindorFlex 1 sits between WindorFlex CP and WindorFlex 2. It is the best fit when the customer needs longer workpiece flexibility and automation, but not the full double-worktable productivity of WindorFlex 2.
Good: Standalone Machines
Best for lower-volume or traditional window shops using separate tenoners, shapers, routers, drills, and manual part handling.
Better: WindorFlex CP
Best for compact automated CNC window/door machining when footprint and controlled investment matter most.
Best Growth Platform: WindorFlex 1
Best for longer workpieces, stronger automation layouts, 3500 / 4500 / 6000 mm configurations, and higher production flexibility.
Highest Productivity: WindorFlex 2
Best when the customer needs double-worktable throughput and the most aggressive WindorFlex production architecture.
WindorFlex 1 specifications without table formatting.
Final published specifications should follow the quoted Titan/Canadian configuration. Confirm selected length platform, loading/unloading layout, handling devices, spindle package, electrospindle power, tool-store package, HSK package, software, dust extraction, electrical, layout, installation, startup, training, warranty, and service path.
For window and door manufacturers that need longer workpiece capacity, automated loading/unloading, 4-/5-axis machining flexibility, and a scalable step above WindorFlex CP.
WindorFlex 1 should be sold as a production-system solution. The correct package depends on selected length platform, window styles, door/frame applications, workpiece dimensions, profile systems, tooling, spindle configuration, loading/unloading layout, dust extraction, software workflow, operator training, rigging, and future expansion path.
Strong fit for
Manufacturers that want to reduce separate-machine operations, manual part repositioning, operator handling, and process variation while gaining longer workpiece capacity than WindorFlex CP.
Confirm during quoting
WindorFlex 1 is configuration dependent. Final customer-facing publishing should match Titan’s quoted Canadian configuration.
Request an SCM WindorFlex 1 machine quote.
Send Titan your window and door product mix, profile geometry, section sizes, selected length platform, current production process, tooling requirements, spindle needs, loading/unloading expectations, floor space, dust extraction, electrical service, software workflow, and training requirements.