5-Axis CNC Machining Center

The 5-axis CNC center for complex machining is the top-of-the-range industrial equipment for manufacturing parts with three-dimensional geometry that is impossible to machine on a 3-axis CNC center — automotive and aeronautical casting molds, marine hulls, luxury furniture with curved surfaces, ornamental sculpture and large industrial prototypes.

With the HITECO 10 kW spindle, the HITECO/LX500 5-axis cutting head, the SYNTEC 610-E5 controller with RTCP functions and a Y travel of up to 6,000 mm, the 5-axis CNC center for complex machining covers the dimensions and complexities of parts ranging from a low-volume mold to large-scale marine structural components.

The 5-axis CNC center for complex machining is equipped with an 8-position HSK F63 carousel tool magazine for fast automatic tool changing, Yaskawa servo motors (1.3 kW on X, 2 × 1.3 kW on Y, 1.8 kW on Z), 3 SHIMPO gearboxes, a Delta 15 kW inverter, a T-slot table with vacuum, water cooling and Igus cables. The configurable travels on X (1,300–2,000 mm), Y (2,000–6,000 mm) and Z (300–600 mm) allow the 5-axis CNC center for complex machining to be adapted to the specific dimensions of the parts machined in your factory. Technical specifications — the 5-axis CNC center for complex machining

The 5-axis CNC center for complex machining is configured at the quotation stage — the X, Y, Z travels, the spindle type and the table configuration tailored to your application. Free technical consultancy available. Advantages of the 5-axis CNC center for complex machining

• SYNTEC 610-E5 with RTCP — simultaneous 5-axis machining with automatic tool center compensation — the 5-axis CNC center for complex machining has the SYNTEC 610-E5 controller with the RTCP (Rotational Tool Center Point) function, which automatically compensates for the position of the tool tip at any rotation of the A and B axes. With RTCP, the 5-axis CNC center for complex machining automatically maintains the correct position of the tool tip regardless of the head angle, allowing the machining of curved surfaces and undercut geometries without positioning errors.

• HITECO/LX500 5-axis cutting head — access from any approach angle — the HITECO/LX500 cutting head of the 5-axis CNC center for complex machining allows the tool to be tilted on the A and B axes, approaching the part surface from any angle in 3D space. This freedom of movement on 5 simultaneous axes is essential for milling deep concave surfaces (such as the interior of casting molds), for milling the negative wall (undercut) without manual repositioning of the part, and for reducing machining time by using shorter, more rigid tools positioned optimally relative to the machined surface.

• HITECO 10 kW + Delta 15 kW — milling power for composite materials and non-ferrous metals — the 5-axis CNC center for complex machining has the HITECO 10 kW spindle (Changchuan 14 kW option) and the Delta 15 kW inverter, which provide the milling power required for machining composite materials (carbon fiber, fiberglass), aluminum, brass and aluminum alloys, in addition to wood and high-density foam. HITECO is the reference manufacturer for high-performance milling spindles — reliability and constant speed under load are critical when machining on 5 simultaneous axes.

• 8-tool HSK F63 carousel magazine — fast changeover without loss of precision — the 5-axis CNC center for complex machining changes automatically between the 8 HSK F63 tools in the carousel magazine. The HSK F63 (hollow shank taper) interface is the standard for high-performance 5-axis machining centers — it offers superior rigidity compared with the ISO or SK interface and allows no path for error in tool clamping, ensuring that the tool change does not affect the repositioning accuracy at the tool tip.

• Yaskawa servo motors + 3 SHIMPO gearboxes — precision kinematics on all 5 axes — the 5-axis CNC center for complex machining uses Yaskawa servo motors on all linear axes (X, Y, Z) and 3 SHIMPO gearboxes for the rotary axes (A and B) of the cutting head. Yaskawa and SHIMPO are the reference pairing for the precision kinematics of 5-axis centers — SHIMPO provides the angular precision required for the RTCP function to correctly compensate the position of the tool tip at any rotation angle.

• Y travel up to 6,000 mm — large industrial-scale parts — the 5-axis CNC center for complex machining can be configured with a Y-axis travel of up to 6,000 mm, covering the dimensions of marine components (hulls, decks, structural elements), large press molds and composite panels for the aeronautical industry. The combination of extended Y travel with the 5-axis cutting head makes the 5-axis CNC center for complex machining unique in its ability to machine long parts with complex three-dimensional geometry in a single clamping cycle.

• T-slot + vacuum table — universal fixturing for parts of any shape — the 5-axis CNC center for complex machining combines the T-slot table (for clamping irregular parts, mold blocks and foam structures with brackets and mechanical clamps) with the vacuum system (for flat sheets and panels). This combination covers all the fixturing methods required in the production of molds, prototypes and decorative parts with complex shapes.

• Water cooling + Igus — reliability in continuous production on hard materials — the 5-axis CNC center for complex machining has water cooling of the HITECO spindle and Igus motion cables — components dimensioned for continuous production on composite materials and metal alloys that generate more heat than wood or foam. 60-month UZINEX warranty, spare parts in stock in Iași, national technical support within 24–48 hours, transport, installation and commissioning included.

Applications — the 5-axis CNC center for complex machining

The production of casting molds for the automotive, aeronautical and marine industries is the primary application of the 5-axis CNC center for complex machining. A casting mold has curved surfaces, cavities, ribs and slopes that cannot be fully machined on a 3-axis center without multiple repositionings of the part.

The 5-axis CNC center for complex machining executes the mold in a single clamping, with the cutting head accessing from any direction through the rotation of the A and B axes — more uniform surfaces, without repositioning steps and with a shorter machining time than a 3-axis center.

The marine industry uses the 5-axis CNC center for complex machining to produce boat hulls from high-density foam (the mold models for casting fiberglass), composite structural components and decorative solid-wood elements used in the interior fit-out of yachts and cruise vessels. The Y travel extended to 6,000 mm on the 5-axis CNC center for complex machining covers the standard lengths of the hull sections machined in a single cycle.

Luxury furniture with curved surfaces — chairs with organically sculpted backs, tables with complex-geometry legs, cabinets with curved doors — requires solid wood to be machined on 5 axes to achieve the three-dimensional surfaces with the finishing quality demanded by the premium segment. The 5-axis CNC center for complex machining produces these surfaces directly from the solid wood block, eliminating the assembly from several straight sections that characterizes production on a 3-axis center. What simultaneous 5-axis machining with RTCP means

A 3-axis CNC center (X, Y, Z) moves the tool only in space — up-down, left-right, forward-backward. The 5-axis CNC center for complex machining adds two rotary axes (A and B) of the cutting head, allowing the tool to be tilted at any angle relative to the part surface while it advances on all 3 linear axes simultaneously.

The RTCP (Rotational Tool Center Point) function in the SYNTEC 610-E5 controller of the 5-axis CNC center for complex machining automatically compensates for the geometric displacement of the tool tip at any rotation of the head — without RTCP, tilting the cutting head moves the tool tip out of the programmed position and generates positioning errors on the part. With RTCP, the 5-axis CNC center for complex machining keeps the tool tip exactly in the programmed position regardless of the rotation angle of the A and B axes, ensuring precision on complex curved surfaces. Materials compatible with the 5-axis CNC center for complex machining

The 5-axis CNC center for complex machining machines: solid wood (all species) and derivatives (MDF, chipboard, plywood), high-density foam (EPS, rigid PU, XPS) for molds and prototypes, composite materials (carbon fiber, fiberglass with resin), aluminum and aluminum alloys, brass and copper, technical plastics (PMMA/plexiglass, POM, PA, PE), artificial stone and acrylic composite. The spindle configuration and machining parameters are adapted to the specific material at the quotation stage. The 5-axis CNC center for complex machining vs. the 3-axis center

The investment in the 5-axis CNC center for complex machining is justified when production includes parts with curved or inclined surfaces that require more than 2 repositionings on a 3-axis center, parts with undercut geometry (negative wall) impossible to machine on 3 axes, precision requirements on curved surfaces that cannot be satisfied through a sequence of manual repositionings, or a shorter total machining time on complex parts that justifies the larger initial investment.

On parts that can be fully machined on 3 axes — cutting, straight profiling, vertical drilling — a 3-axis center remains the right choice for minimum investment cost and operational simplicity. The 5-axis CNC center for complex machining is the choice for the manufacturer who differentiates through the ability to produce geometries that are otherwise impossible to achieve, at superior precision and surface quality. Frequently asked questions about the 5-axis CNC center for complex machining

What is RTCP and why is it important on a 5-axis CNC center?

RTCP (Rotational Tool Center Point) is a function of the SYNTEC 610-E5 controller that automatically compensates for the geometric displacement of the tool tip during the rotation of the A and B axes of the cutting head. Without RTCP, tilting the head at an angle moves the tool tip out of the programmed position, generating errors on the part. With RTCP, the 5-axis CNC center for complex machining keeps the tool tip exactly on the programmed path regardless of the rotation angle — a mandatory condition for precision on complex curved surfaces. What advantage does the HSK F63 interface offer over the ISO interface at the tool magazine?

The HSK F63 (hollow shank taper) interface offers superior rigidity, better positioning repeatability at tool changes and a greater clamping force at high rotation speeds compared with the ISO30 or ISO40 interface. These advantages are critical on the 5-axis CNC center for complex machining where the tool approaches the material from variable angles — a tool that is not perfectly clamped generates vibrations and positioning errors that are amplified on curved surfaces. Can the 5-axis CNC center for complex machining also machine light metals?

Yes. The 5-axis CNC center for complex machining is compatible with aluminum, brass, copper and aluminum alloys, provided the appropriate cutters and the correct feed and speed parameters for metal are used. The HITECO 10 kW spindle and the water cooling of the 5-axis CNC center for complex machining are dimensioned for machining non-ferrous metals. UZINEX provides the recommended parameters for each metal alloy at the quotation stage. Is the 5-axis CNC center for complex machining eligible for European funding?

Yes. UZINEX is a member of the Enterprise Europe Network and supplies equipment for projects financed with EU funds — PNRR digitalization, the Regional Programme, the Just Transition Programme. The 5-axis CNC center for complex machining can be added directly in SEAP/SICAP. Leasing and credit options available on the UZINEX credit and leasing page. Why UZINEX for the 5-axis CNC center for complex machining

The 5-axis CNC center for complex machining is the most complex CNC investment in the UZINEX catalog — the correct configuration of the travels, spindle type and fixturing system directly determines the ability to machine the parts specific to your application.

• Configuration at the quotation stage — UZINEX dimensions the X, Y, Z travels, the HITECO or Changchuan spindle type and the table configuration to the dimensions and type of parts machined in your factory.

• Initial CAM programming included — UZINEX engineers verify the compatibility of the CAM software with the SYNTEC 610-E5 controller and RTCP and ensure that the post-processor generates correct G-code for the 5-axis configuration at commissioning.

• Transport, installation and commissioning included — the 5-axis CNC center for complex machining requires specialized installation and geometric calibration of the 5 axes; UZINEX handles the entire process at your location.

• 60-month warranty — extended coverage in continuous industrial production.

• Yaskawa, SHIMPO and SYNTEC spare parts in stock in Iași — critical components available immediately, without extended downtime.

• National technical support within 24–48 hours — technicians with nationwide coverage and a guaranteed response time.

• Eligible for European funds — complete technical documentation for PNRR, POR and other active programs.

The UZINEX 5-axis CNC center for complex machining — HITECO 10 kW spindle (Changchuan 14 kW option), HITECO/LX500 5-axis head, 8-tool HSK F63 carousel, SYNTEC 610-E5 RTCP, Yaskawa (X 1,3 kW + Y 2×1,3 kW + Z 1,8 kW), SHIMPO ×3, Delta 15 kW, T-slot + vacuum table, water cooling, Igus, X travel 1.300–2.000 mm / Y 2.000–6.000 mm / Z 300–600 mm, 60-month warranty, transport, installation and commissioning included throughout Romania.