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High Precision Aerospace Manufacturing Simple Foundation Design Gantry Drilling and Milling Machine
| Price | Negotiable |
|---|---|
| Min Order | 1 Piece |
| Availability | In Stock |
| Shipping From | Liaoning, China |
| Popularity | 420 people viewed |
Model NO.:
GD1007
After-sales Service:
Whole Machine Warranty
Warranty:
12 Months
Type:
Tool Milling Machine
Object:
Tool
Structure:
Gantry
Milling Cutter Type:
Vertical Milling Cutter
Controlling Mode:
Artificial
Automatic Grade:
Semiautomatic
Precision:
High Precision
Certification:
ISO 9001
Condition:
New
Trademark:
HIKE
Transport Package:
Packing in Seaworthy Wooden Cases
Origin:
China
HS Code:
84572010
Product Description
GD Series Gantry Machining Center Product Features
Intelligent process adaptation
Independently developed servo tool magazine
The disc-type servo tool magazine supports efficient tool changing and multi-process integration, ensuring high reliability and safety during the tool changing process through dual protection of mechanical interlocking and electronic detection.
Core Features
• High rigidity gantry frame
The box structure optimized by mechanics, combined with a honeycomb-shaped reinforcement plate design, significantly enhances static and dynamic stability, making it suitable for heavy cutting of high-hardness materials.
• Ladder-type beam guide layout
The cross-section of the beam has been optimized in design, equipped with a large-span stepped guide rail layout, enhancing the anti-overturning moment and effectively suppressing vibration issues during cantilever processing.
Symmetrical temperature field compensation technology ensures thermal stability during long-term continuous operation.
• Six slider spindle box support
The Z-axis uses a multi-slider composite support structure, significantly enhancing load capacity and motion stability, while meeting the demands for high-speed precision drilling and powerful milling.
The hydraulic counterweight and damping buffer system work together to achieve a balance between rapid movement and precise positioning.
• High rigidity gantry frame
The box structure optimized by mechanics, combined with a honeycomb-shaped reinforcement plate design, significantly enhances static and dynamic stability, making it suitable for heavy cutting of high-hardness materials.
• Ladder-type beam guide layout
The cross-section of the beam has been optimized in design, equipped with a large-span stepped guide rail layout, enhancing the anti-overturning moment and effectively suppressing vibration issues during cantilever processing.
Symmetrical temperature field compensation technology ensures thermal stability during long-term continuous operation.
• Six slider spindle box support
The Z-axis uses a multi-slider composite support structure, significantly enhancing load capacity and motion stability, while meeting the demands for high-speed precision drilling and powerful milling.
The hydraulic counterweight and damping buffer system work together to achieve a balance between rapid movement and precise positioning.
• Typical application scenarios
Energy equipment: large flange porous precision machining, deep hole drilling and surface milling composite process.
Aerospace: Efficient rough machining and complex hole system finishing of high-strength alloy structural components.
Mold manufacturing: processing of large mold cavity pentagons and high-precision positioning hole group processing.
• Core values
Stable and efficient: fully structured rigid optimization design, suitable for high load and long cycle processing requirements.
Process expandability: Modular function configuration supports multi-process composite machining such as drilling, milling, and boring.
Energy equipment: large flange porous precision machining, deep hole drilling and surface milling composite process.
Aerospace: Efficient rough machining and complex hole system finishing of high-strength alloy structural components.
Mold manufacturing: processing of large mold cavity pentagons and high-precision positioning hole group processing.
• Core values
Stable and efficient: fully structured rigid optimization design, suitable for high load and long cycle processing requirements.
Process expandability: Modular function configuration supports multi-process composite machining such as drilling, milling, and boring.
| GD Series Gantry Machining Center | ||
| Project | unit | GD1007 |
| Workbench size | mm | 1000×700 |
| Workbench load-bearing | kg | 1000 |
| Mechanical stroke X/Y/Z | mm | 1000/700/500 |
| Distance between the spindle end face and the worktable | mm | 200-700 |
| Maximum passing height of gantry | mm | 500 |
| Maximum passing width of gantry | mm | 1050 |
| Spindle taper hole specifications | -- | BT50 |
| Spindle speed | rpm | 10-5000 |
| Spindle power (continuous/maximum) | kW | 18.5/22 |
| Main spindle torque (continuous/max) | Nm | 265/315 |
| Drilling diameter (45# steel) | mm | φ100 |
| Threading diameter (45# steel) | mm | M36×P4.0 |
| Maximum working feed speed X/Y/Z | mm/min | 10000 |
| Fast move speed X/Y/Z | m/min | 20/20/20 |
| Rail type X/Y/Z | -- | Three-axis linear guide rail |
| Tool magazine type | -- | Servo tool magazine |
| Number of tools | -- | 20 |
| Maximum tool diameter (neighbor/empty) | mm | φ133/φ200 |
| Maximum tool length | mm | 300 |
| Maximum tool weight | kg | 15 |
| Positioning accuracy X/Y/Z (ISO 230-2) | mm | 0.010/0.010/0.008 |
| Repeat positioning accuracy X/Y/Z (ISO 230-2) | mm | 0.006/0.006/0.005 |
| Dimensions (Length × Width × Height) | mm | 3000×3500×3150 |
| Machine tool weight | kg | 7600/8300 |
| Control system | -- | KND |
| Note: CNC systems can be optionally equipped with: FANUC, Siemens, HNC, GSK. | ||
Core Competencies
√ Whole Industry Chain Manufacturing
- Independent machining rate of more than 85% (including spindle box, column and other core components)
- Constant temperature workshop to ensure assembly precision (spindle radial runout ≤ 0.02mm)
√ Cost optimization empirical evidence
- Process database: 28% increase in assembly efficiency for model Z3040 (2015-2023 data)
√ ODM/OEM cooperation
Flexibility to customize programs:
- Stroke adjustment (arm length 400mm to 6m can be customized)
Function extension (optional digital display meter/automatic feed system)
- Brand logo implantation (control panel/body nameplate customization)
√ Whole Industry Chain Manufacturing
- Independent machining rate of more than 85% (including spindle box, column and other core components)
- Constant temperature workshop to ensure assembly precision (spindle radial runout ≤ 0.02mm)
√ Cost optimization empirical evidence
- Process database: 28% increase in assembly efficiency for model Z3040 (2015-2023 data)
√ ODM/OEM cooperation
Flexibility to customize programs:
- Stroke adjustment (arm length 400mm to 6m can be customized)
Function extension (optional digital display meter/automatic feed system)
- Brand logo implantation (control panel/body nameplate customization)
Technical Advantages
√ Rigid structural design:
- Column one-time boring and milling molding (machined by HF-5M of Japan's Shinko Machine)
- Gear full tooth surface quenching treatment (hardness HRC58-62)
√ Standardized quality control:
- Each machine passed 48 hours continuous drilling test (feed force holding error ≤ 3%)
- Laser interferometer detection of positioning accuracy (up to ISO 10791-1)
Global Services
√ Transparent delivery:
- 100% direct shipment from China's Shenyang warehouse (DDP/DAP terms optional)
- Provide factory inspection report (including key components test data)
√ Technical support:
- English-speaking service team responds 7×12 hours
√ Rigid structural design:
- Column one-time boring and milling molding (machined by HF-5M of Japan's Shinko Machine)
- Gear full tooth surface quenching treatment (hardness HRC58-62)
√ Standardized quality control:
- Each machine passed 48 hours continuous drilling test (feed force holding error ≤ 3%)
- Laser interferometer detection of positioning accuracy (up to ISO 10791-1)
Global Services
√ Transparent delivery:
- 100% direct shipment from China's Shenyang warehouse (DDP/DAP terms optional)
- Provide factory inspection report (including key components test data)
√ Technical support:
- English-speaking service team responds 7×12 hours
Shenyang Hike Intelligent Equipment Production Process
(Annual capacity 1000+ units | 85% of parts processed in-house)
1. Needs analysis phase
Standard products: Updated BOM table for Z3040/Z3050 and other main models according to market trends
Customized orders: Confirmation of technical agreement with the customer (stroke/power/control module) → Output of DFMEA report
2. Core component manufacturing
Casting:
Adoption of resin sand casting (HT250 cast iron parts)
Natural aging treatment of blanks ≥ 30 days (elimination of internal stresses)
Precision machining:
Column machining: HF-5M five-face machining center of Nippon Shinkoji
Gear processing: full-face carburizing and hardening → accuracy class ISO 6
3. Modular pre-assembly
Main gearbox unit: Gear set mesh test completed in a constant temperature workshop at 23±1°C.
Feeding system: ball screw pre-tensioned assembly (preload error ≤ 2%)
4. Assembly and commissioning
Mechanical assembly: laser tracker to calibrate verticality of columns
Functional testing: 48 hours continuous drilling test
5. Quality certification
Process traceability: key components are bound to a unique ID code
Final inspection report: with laser interferometer positioning accuracy data
6. Order delivery
Standardized products: Shenyang warehouse ready machine DDP direct delivery
Special control points for customized production
Mixed Line Management: Segregation of customized order material flow through MES system
Customer engagement: video acceptance provided at key nodes
I. Product-related issues
Q1: What is the main difference between a rocker arm drilling machine and a CNC machine tool?
A: Rocker arm drilling machine is suitable for multi-angle manual drilling and processing, flexible operation and low cost; CNC machine tool realizes automated precision processing through programming, suitable for mass production of complex parts.
Q2: Do you provide OEM/ODM service?
A: Full process customization is supported:
OEM: Production according to your design drawings (need to provide complete technical documents)
ODM: co-development of new models on demand (minimum order of 30 units)
Customizable: stroke length/control system/brand identity
II. Orders and payment issues
Q3: What are the payment methods?
A: Support T/T telegraphic transfer, L/C at sight, the specific terms are negotiated according to the order amount and model.
III. Distribution and logistics issues
Q4: What are the common modes of transportation?
A: 1. Sea transportation (from 3 units) 2. China-Europe liner (time limit 25-30 days), single equipment needs to be transported in container.
IV. Return and Exchange Policy
Q5: What are the circumstances that support the return?
A: 1. Serious transportation damage 2. Function does not match the contract description 3. Wrong model, need to be submitted in writing within 7 days of arrival.
Q6: How long does the return process take?
A: Refunds or exchanges will be completed within 15 working days after confirmation of responsibility, customized products will not be accepted without reason.
V. After-sales support issues
Q7: How long is the warranty period?
A: 1 year warranty for the whole machine, and extended warranty for key components to 2 years (need to be registered on the official website).
Q8: How do I get technical support?
A: Please send your request to the technical support email and we will reply within 24 hours.
VI. Frequently asked questions
Q9:Can I visit the factory?
A: A visit to the Shenyang production base can be arranged by making an appointment 3 working days in advance.
Q10: Does the device require regular maintenance?
A: It is recommended to change the lubricant every 500 hours and check the gearbox clearance every six months, refer to the operation manual for specific maintenance intervals.
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