CNC Gantry Type Machining Center
GM5-RL
Highly Stable Bed Structure
High Speed Spindle
Manual Scraping
Email：jeff.z@ctbkj.com
- Overview
- Visuals & Video
- Specifications &Options
- Applications
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- Commodity name: GM5-RL
<p> Highly Stable Bed Structure</p> <p> High Speed Spindle</p> <p> Manual Scraping</p>
Visuals & Video
Five-axis Gantry Machining Center with Swivel Head
Excellent Five-Axis Machining Capability
The five-axis gantry machining center can be used to process multiple faces with one-timeclamping, reducing the changeover time and repeated positioning of the workpiece,and improving the production efficiency
The whole series of products adopt HT300 casting bed with high rigidity and stability. The bed can effectively absorb vibration generated during high-speed cutting or heavy-duty machining.Reinforcing ribs and casting wall thickness are increased inside the bed to ensure the best structure.High-speed spindle is equipped and small-diameter tools can be used for cutting to reduce electric discharge machining (EDM) area. The high-speed spindle, driven by a servo motor with precise speed control, offers a variable speed range of 6,000-24,000 rpm, and its radial runout is controlled within 0.003mm—this level of precision allows small-diameter tools (down to 0.5mm in diameter) to operate stably without chatter.
Specifications & Options
Trip Company GM5-RL-1715 GM5-RL-2217 GM5-RL-3022 GM5-RL-4022 GM5-RL-4230 X-axis mm 1700 2200 3000 4000 4200 Y-axis mm 1500 1800 2200 2200 3000 Z-axis mm 650 800 1000 1000 1000/1200 A-axis angle range - ±110 ±110 ±110 ±110 ±110 C-axis angle range - ±360 ±360 ±360 ±360 ±360 Dstano betwcan douhlo oolumrs mm 1500 1700 2000 2000 2800 Workbench size Xdrectlan of warktanch mm 1700 2200 3000 4000 4200 Ydlrootlon of workbonch mm 1300 1400 1800 1800 2400 Warkbanch load kg 2000 4000 8000 10000 15000 Prineipal axis Spindle power rpm 10000/18000/20000/24000
Spindle speod Kw 20/24,30/40 20/24.30/40.54/65 20/24,30/40.54/65 20/24.30/40.54/65 Tool hande type / HSK-A63/HSK-A100 Feed X-axis tast teed rate mm/mm 20000 20000 20000 20000 15000 Y-axs fest feed rate mm/mm 20000 20000 20000 20000 15000 Z-axis tastfeed rate mm/mm 15000 15000 15000 15000 15000 Max speed ofA-axi8 rpm 60 60 60 60 60 Max.speed of C-axs rpm 60 60 60 60 60 Preclslon JIS 6338 Posltloning oocuracy mm ±0.015(whole coLuse) Repeated positloning mm ±0.005/300 Other Tool magazne capacity T 24 24 24 24 24 Power requirements KVA 40 40 60-85 60-85 60-85 Air pressure requremerts kg/cm² 5-8 5-8 5-8 58 58 Machine weightlepproximately) T 15 20 30 40 46 Machine tool appearance dimensions Machire to lergh (apprximatehy mm 5500 6600 8600 11000 12000 Machine width (approximatey) mm 3400 4000 4700 5200 5500 Machine heighfapprocimateh) mm 5000 5300 5300 5300 5500 Applications
1. Aerospace Industry: Machining of Large Structural Components and Core Engine Parts
Core Advantages: Through 5-axis linkage (3 linear axes + 2 rotary axes), "flip-side machining" of large parts can be completed in one go, avoiding precision errors caused by multiple clamping operations. At the same time, it can handle the high cutting loads of difficult-to-machine materials such as superalloys, ensuring the machined surface quality.
2. Marine and Offshore Engineering Industry: Machining of Large Power Systems and Structural Components
Core Advantages: The gantry structure features a large span (covering a range of 3-10 meters or even larger) and high load-bearing capacity (capable of carrying workpieces weighing dozens of tons). It enables "one-stop machining" of large parts, reducing assembly errors caused by segmental splicing.
3. New Energy Equipment Industry: Machining of Large Core Components for Wind Power/Photovoltaics
4. Mold and Tooling Industry: Precision Machining of Large and Complex Molds/Tooling
Core Advantages: Compared with traditional 3-axis machine tools, 5-axis linkage can reduce the number of mold clamping operations (even completing the entire process with one clamping), avoiding "positioning errors from multiple clamping". Meanwhile, longer tools can be used to machine deep cavities of molds, ensuring the surface roughness of cavity walls (e.g., Ra ≤ 0.8μm).
5. Rail Transit Industry: Machining of Large Structural Components for High-Speed Rail/Metros
Core Advantages: For lightweight materials such as aluminum alloy, high-speed milling (spindle speed: 10,000-20,000 rpm) can be used to improve machining efficiency. At the same time, 5-axis linkage can ensure the "hole position precision" of safety-critical components such as bogies (e.g., positioning hole tolerance ≤ ±0.02mm), guaranteeing the operational stability of trains.
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Visuals & Video
Five-axis Gantry Machining Center with Swivel Head
Excellent Five-Axis Machining Capability
The five-axis gantry machining center can be used to process multiple faces with one-timeclamping, reducing the changeover time and repeated positioning of the workpiece, and improving the production efficiency
The whole series of products adopt HT300 casting bed with high rigidity and stability. The bed can effectively absorb vibration generated during high-speed cutting or heavy-duty machining.Reinforcing ribs and casting wall thickness are increased inside the bed to ensure the best structure.High-speed spindle is equipped and small-diameter tools can be used for cutting to reduce electric discharge machining (EDM) area. The high-speed spindle, driven by a servo motor with precise speed control, offers a variable speed range of 6,000-24,000 rpm, and its radial runout is controlled within 0.003mm—this level of precision allows small-diameter tools (down to 0.5mm in diameter) to operate stably without chatter.
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Specifications & Options
Trip Company GM5-RL-1715 GM5-RL-2217 GM5-RL-3022 GM5-RL-4022 GM5-RL-4230 X-axis mm 1700 2200 3000 4000 4200 Y-axis mm 1500 1800 2200 2200 3000 Z-axis mm 650 800 1000 1000 1000/1200 A-axis angle range - ±110 ±110 ±110 ±110 ±110 C-axis angle range - ±360 ±360 ±360 ±360 ±360 Dstano betwcan douhlo oolumrs mm 1500 1700 2000 2000 2800 Workbench size Xdrectlan of warktanch mm 1700 2200 3000 4000 4200 Ydlrootlon of workbonch mm 1300 1400 1800 1800 2400 Warkbanch load kg 2000 4000 8000 10000 15000 Prineipal axis Spindle power rpm 10000/18000/20000/24000
Spindle speod Kw 20/24,30/40 20/24.30/40.54/65 20/24,30/40.54/65 20/24.30/40.54/65 Tool hande type / HSK-A63/HSK-A100 Feed X-axis tast teed rate mm/mm 20000 20000 20000 20000 15000 Y-axs fest feed rate mm/mm 20000 20000 20000 20000 15000 Z-axis tastfeed rate mm/mm 15000 15000 15000 15000 15000 Max speed ofA-axi8 rpm 60 60 60 60 60 Max.speed of C-axs rpm 60 60 60 60 60 Preclslon JIS 6338 Posltloning oocuracy mm ±0.015(whole coLuse) Repeated positloning mm ±0.005/300 Other Tool magazne capacity T 24 24 24 24 24 Power requirements KVA 40 40 60-85 60-85 60-85 Air pressure requremerts kg/cm² 5-8 5-8 5-8 58 58 Machine weightlepproximately) T 15 20 30 40 46 Machine tool appearance dimensions Machire to lergh (apprximatehy mm 5500 6600 8600 11000 12000 Machine width (approximatey) mm 3400 4000 4700 5200 5500 Machine heighfapprocimateh) mm 5000 5300 5300 5300 5500 -
Applications
1. Aerospace Industry: Machining of Large Structural Components and Core Engine Parts
- Typical Machined Parts: Aircraft fuselage frames (large thin-walled parts made of aluminum alloy/titanium alloy), wing main spars, engine casings (complex curved surfaces + multi-cavity structures), and aerospace rocket body connecting rings.
- Core Advantages: Through 5-axis linkage (3 linear axes + 2 rotary axes), "flip-side machining" of large parts can be completed in one go, avoiding precision errors caused by multiple clamping operations. At the same time, it can handle the high cutting loads of difficult-to-machine materials such as superalloys, ensuring the machined surface quality.
2. Marine and Offshore Engineering Industry: Machining of Large Power Systems and Structural Components
- Typical Machined Parts: Marine diesel engine cylinder blocks (requiring ultra-large bore diameters + coaxiality of multiple cylinder bores), propeller hubs (integrated machining of complex curved surfaces and flange faces), and offshore platform support frames (high-precision drilling and milling of thick-walled steel structures).
- Core Advantages: The gantry structure features a large span (covering a range of 3-10 meters or even larger) and high load-bearing capacity (capable of carrying workpieces weighing dozens of tons). It enables "one-stop machining" of large parts, reducing assembly errors caused by segmental splicing.
3. New Energy Equipment Industry: Machining of Large Core Components for Wind Power/Photovoltaics
- Typical Machined Parts: Wind power main shafts (slender shaft parts with a large length-to-diameter ratio, requiring guaranteed cylindricity and end face perpendicularity), wind power hubs (spatial angle precision machining of multiple blade mounting holes), and large connecting seats for photovoltaic tracking brackets (integrated machining of multi-hole systems and curved surfaces).
- Core Advantages: It can compensate for micro-deformations of workpieces caused by weight through 5-axis linkage, while ensuring the machining precision of large hole systems and curved surfaces. This meets the reliability requirement of "20+ years of trouble-free operation" for wind power equipment.
4. Mold and Tooling Industry: Precision Machining of Large and Complex Molds/Tooling
- Typical Machined Parts: Automotive body panel molds (integrated machining of large curved surfaces, drawbeads, and vent holes), large injection molds (machining of multi-cavities and complex parting surfaces), and aerospace tooling fixtures (high-precision milling of customized positioning structures).
- Core Advantages: Compared with traditional 3-axis machine tools, 5-axis linkage can reduce the number of mold clamping operations (even completing the entire process with one clamping), avoiding "positioning errors from multiple clamping". Meanwhile, longer tools can be used to machine deep cavities of molds, ensuring the surface roughness of cavity walls (e.g., Ra ≤ 0.8μm).
5. Rail Transit Industry: Machining of Large Structural Components for High-Speed Rail/Metros
- Typical Machined Parts: Bogie frames of high-speed trains (high-precision milling of large thin-walled aluminum alloy parts, requiring deformation control), metro car body underframes (spatial angle machining of multiple crossbeams and connecting holes), and wheel hubs for heavy-haul railways (coaxiality machining of complex curved surfaces and shaft holes).
- Core Advantages: For lightweight materials such as aluminum alloy, high-speed milling (spindle speed: 10,000-20,000 rpm) can be used to improve machining efficiency. At the same time, 5-axis linkage can ensure the "hole position precision" of safety-critical components such as bogies (e.g., positioning hole tolerance ≤ ±0.02mm), guaranteeing the operational stability of trains.
Ralated Products
5-axis Vertical CNC Machining Center
High-speed high-precision motorized spindle
Direct driven rotary table with high dynamic responsiveness
High-end CNC controller
High-efficiency hybrid machining
5-axis Vertical CNC Machining Center
High-speed high-precision motorized spindle
Direct driven rotary table with High dynamic response
High-end CNC controller
High-efficiency hybrid machining
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Address: Room 407, Building 1, Yinergy Science and Technology Park, No.69 Weixin Road, Suzhou Industrial Park, Suzhou, China.
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