Showing 1–12 of 23 resultsSorted by latest
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Heavy Duty Slant Bed CNC Lathe for Large Diameter Parts TCK4550–TCK4563
A heavy duty slant bed CNC lathe is designed for large-diameter cylinder barrels and heavy shafts where standard machines may struggle with rigidity, vibration control, and cutting stability. The TCK4550 through TCK4563 feature a standard 10-inch hydraulic chuck and Φ87mm spindle bore. This allows bar stock up to Φ72mm to feed straight through the headstock, while the 11/15 kW spindle motor provides the power required for interrupted cuts on forged or thick-wall stock.
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Flat Bed CNC Lathe for Large Shaft and Flange Turning CK6150–CK61100
A flat bed CNC lathe handles parts that a slant bed machine cannot safely rough out in one pass. Flat bed lathes are sometimes viewed as traditional alternatives to modern slant bed machines. However, their design advantages appear when heavy stock removal, large diameters, and low-speed torque are the priority. The CK6150 through CK61100 models use a box-way guide structure ranging from 400mm to 755mm and a gearbox-driven three-step spindle. This setup holds heavy stock steady at low RPM instead of chasing high-speed finishing cycles.
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Extra Large Gantry Machining Center for Heavy Duty Cutting GMC3025–GMC6025
An Extra Large Gantry Machining Center with a 6000mm X-axis stroke places far greater demands on ballscrew stiffness than shorter-travel models. As travel increases, maintaining positioning stability requires larger ballscrews and additional guide support rather than simply extending the same structure.
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Bridge Type CNC Machining Center for Heavy Parts GMC3022–GMC5022
A bridge type CNC machining center with a 5000mm table does not automatically justify its price premium over a 3000mm model — buyers often assume larger travel means higher cutting power, yet the GMC3022, GMC4022, and GMC5022 all share the same 22kW BT50 spindle. The real difference is reach and load capacity, not material removal rate, so the purchase decision should track workpiece dimensions rather than expected horsepower.
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Heavy Duty Gantry Machining Center for Large Aerospace and Mold Parts (GMC2520–GMC4020)
Long aluminum or titanium airframe sections warp under cutting loads. Thin webs and long spars flex as the tool removes material. A panel measured within tolerance right off the mill can drift out of spec as it cools. This heavy duty gantry machining center uses a 2000mm column span and a box-way Z-axis to hold geometry steady through the entire roughing-to-finishing sequence, eliminating the need for secondary operations and reducing the risk of scrap on high-value airframe parts.
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Large Gantry Machining Center for Structural Parts GMC2018–GMC3518
This large gantry machining center handles 7.5-ton worktable loads and 3500mm X-axis travel, managing structural parts that overload standard moving-column layouts. The heavy-duty gantry milling machine pairs a BT50 belt-drive spindle with a fixed dual-column frame. This keeps the spindle head rigid across the full 1900mm Y-axis span.
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CNC Gantry Milling Machine for Heavy Mold Machining – GMC1614 to GMC3014
A fixed-gantry CNC gantry milling machine with 1600–3000mm X-travel uses a dual-column frame to support wide-table milling without cantilever deflection. A common assumption is that any gantry frame automatically solves rigidity problems for large molds. In reality, consistent cutting quality requires the ballscrew diameter, guideway block count, and worktable load rating to match the actual workpiece length and weight. Designed by a team of 15 engineers in a CE-certified plant, the GMC series ships to mold manufacturers across 50 countries.
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Gantry Machining Center for Mold Making & Structural Parts – GMC1612–GMC2512
A gantry machining center with 1600 × 1000 mm table travel and a 15 kW BT50 belt-drive spindle handles mold-base roughing at lower cost than large bridge mills, though the fixed-column layout only delivers its full rigidity once workpiece width exceeds the point where a moving-column VMC starts to cantilever.
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Large Vertical Machining Center for Large Parts | VMC1690–VMC1890
An 1800×900mm worktable solves the main challenge of large-part machining on a large vertical machining center. Parts that previously required two setups on a standard machine now finish in a single clamping on a vertical machining center for large parts, like the VMC1690 or VMC1890. This cuts repositioning errors and reduces floor-to-floor time. With an 1800kg table capacity and a BT50 spindle rated for 15/18.5kW, the D series machines structural plates, mold bases, and energy housings that smaller machines cannot handle. Built in a 28,000-square-meter facility with ISO9001:2008 and CE certification, the D series ships to energy and structural-part manufacturers in over 50 countries.
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Heavy Duty Vertical Machining Center for Mold Manufacturing VMC1370–VMC1580
Deep cavity roughing in P20 mold steel often forces shops to slow feed rates when the machine lacks mass. The VMC1580 in this Heavy Duty Vertical Machining Center series weighs 10.5 tons and runs a BT50 spindle with 55 mm roller guideways. This mass sustains full-load cuts without the chatter that ruins surface finish on lighter machines. Since 2005, our 28,000-square-meter facility in Tengzhou, China, has operated under strict CE-certified manufacturing processes to ensure consistent build quality.
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Vertical Machining Center for General Manufacturing VMC855–VMC1160
Bigger worktable, better value? Not always. The VMC855 and VMC1160 share the same BT40 spindle and 0.005 mm repeat accuracy — the real question is whether your parts actually need the extra 300 mm of X-axis travel and 6.8 tons of extra mass.
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Heavy-Duty 2500mm Gantry Machining Center for Mold Bases & Structural Parts (GMC2518)
<p class="seo-hook-intro"> Upgrading from a 2000mm machine often means dealing with workpiece overhang, while moving to a 3000mm class requires massive floor space and expensive foundations. The <strong>2500mm travel gantry machining center</strong> (GMC2518) bridges this gap. Featuring a 5.5-ton table load and a 2700mm worktable, it provides the exact capacity needed for medium-to-large mold bases without the overhead of larger machines. This page details its rigid fixed-gantry structure, 8-block X-axis guideway layout, and why it is the practical, cost-effective choice for standard mold manufacturing. </p>
