V5 High Precision High Rigidity Aerospace Parts Processing CNC Milling Machine

• Customization: Available
• After-sales Service: Whole Machine Warranty
• Warranty: 12 Months
• Model NO.: V5
• Type: Worktable Milling Machine
• Object: Thread
• Structure: Bed type
• Milling Cutter Type: Vertical Milling Cutter
• Milling Cutter Structure: Indexable Type
• Controlling Mode: CNC
• Automatic Grade: Automatic
• Precision: High Precision
• Certification: CE, ISO 9001
• Condition: New
• Workbench Size: 800×500
• Workbench Load-Bearing: 600kg
• Mechanical Stroke X/Y/Z: 650/500/550
• Tool Magazine Type: Robotic Arm
• Tool Magazine Capacity: 24
• Dimensions (L*W*H): 2280×3100X3000
• Guide Rail Type (X/Y/Z): Three-Axis Roller Guide Rail
• Transport Package: Packing in Seaworthy Wooden Cases
• Specification: 2280× 3100x3000
• Trademark: HIKE
• Origin: China
• HS Code: 84592900
• Production Capacity: 50 Standard Models

Product Description

The V5 vertical machining center is developed in deep cooperation with Japan's SKTD Corporation, specifically designed to meet the processing needs of aerospace structural parts and precision molds. It features a compact structure and stable performance.
The machine tool adopts a cross-slide structure, with the X and Y axes using patented feed shaft protection technology to ensure quiet and stable high-speed operation of the transmission system in a fully enclosed environment. The machine occupies a small footprint and is easy to operate. The Z axis uses a highly stable spindle box structure combined with six-slider heavy-duty roller guides to significantly improve the rigidity and stability of the machine. Each axis has a high feed acceleration, and the overall dynamic performance of the machine is excellent. It is especially suitable for efficient processing of aluminum alloy die-cast structural parts, aerospace aluminum, space aluminum, and precision molds.

 

1.1 Major Key Components
The main key components of the machine tool, including the bed, saddle, worktable, column, and spindle box, are all made of high-strength gray cast iron, providing good rigidity and vibration absorption.
All major key components are rough and semi-finished machined by our company's CNC gantry machining centers and CNC boring and milling machining centers, and the final finishing process is completed in a constant temperature workshop by the multifunctional gantry five-face machining center (HF-5M) from New Japan Machinery, imported from Japan, to ensure the machining accuracy of the major key components, thereby guaranteeing the geometric accuracy and dynamic and static precision of the machine tool.
1.2 Main Motion System
The main motion system of the machine tool adopts a structure where the main motor is directly connected to the spindle, as detailed below:
The spindle unit is the core component of the machine tool, using a high-precision spindle unit, BBT40 specification, with a main motor power of 11/18.5 kW, a maximum spindle speed of 12,000 rpm, and torque of 52.5/118 N·m.
1.3 Feed motion system
The machine tool has three linear feed axes. The three-axis feed mechanism uses AC servo motors, directly connected to the ball screws through backlash-free elastic couplings, driving the ball screws to rotate and achieve the reciprocating motion of each axis.
1.4 Tool Magazine System
The machine tool is equipped with a robotic arm tool magazine, ensuring stable and reliable tool changes. The specific parameters are as follows:
Tool type..................…BBT40
Tool Magazine Capacity...…...........…24 tools
Maximum Diameter (Full Tool/Adjacent Tool Empty)...….Φ75/Φ125 mm
Maximum tool length ...............250mm
Maximum tool weight......…........…7KG
1.5 Protection System
Machine tool guideway protection form: The X and Y axes use patented technology with a fixed protective cover structure, and the Z axis uses a stainless steel armor plate structure, providing full protection for the feed system; the overall machine tool protection is designed and manufactured by our company, with a simple and elegant appearance, effectively ensuring the safety of the machine tool during operation.
1.6 Chip Removal and Cooling System
The machine tool chip removal uses a double-twisted cage rear chip removal structure and is equipped with a chip cart.
The cooling system uses a cooling pump with a flow rate of 67 L/min and a head of 27 m to ensure the reliability of cooling.
The machine tool is equipped with a high-pressure water gun, which can better clean the iron chips inside the machine tool.
1.7 Pneumatic System
The machine tool uses stable and reliable pneumatic control components, providing dry and clean compressed air for spindle air sealing, center cleaning air blowing during spindle tool change, and external air gun.
1.8 Electrical Control System and Electrical Components
The machine tool uses the Japanese Mitsubishi M80AV CNC system. The main electrical components of the machine tool use well-known domestic and foreign brands, with excellent quality and stable performance, ensuring long-term fault-free and stable operation of the machine tool.
1.9 Spindle cooling
Equip the spindle with a water cooler to ensure the stability and reliability of the spindle accuracy during long periods of high-speed operation.
1.10 Reference standards for execution
The machining and assembly quality of all parts and components of the machine tool shall comply with the product drawings and related technical requirements. Its accuracy standards shall conform to the machine tool geometric accuracy acceptance standard GB/T18400.2-2010, and the machine tool positioning accuracy and repeat positioning accuracy shall comply with the relevant provisions of the acceptance standard GB/T18400.4-2010.

   

Product Parameters

V5 Milling machining center
Project	Unit	V5
Workbench size	mm	800×500
Workbench load-bearing	kg	500
Mechanical stroke X/Y/Z	mm	650/500/550
Distance between the spindle end face and the worktable	mm	150-700
Spindle Taper Specification	-	BBT40
Spindle Speed	rpm	12000
Spindle motor power	kw	11/18.5
Spindle Torque	N•m	52.5/118
Spindle Drive Method	-	Direct connection
Teleportation Speed (X/Y/Z)	m/min	40/40/40
Maximum working feed rate (X/Y/Z)	mm/min	20000
Guide rail type (X/Y/Z)	-	Three-axis roller guide rail
Tool magazine type	-	Robot tool magazine
Number of tools	-	24
Maximum tool diameter (full tool/adjacent tool empty)	mm	Φ75/Φ125
Maximum Tool Length	mm	250
Maximum Tool Weight	kg	7
Positioning accuracy X/Y/Z (ISO 203-2)	mm	0.004/0.004/0.004
Repeat positioning accuracy X/Y/Z (ISO 203-2)	mm	0.002/0.002/0.002
Dimensions (L x W x H)	mm	2280×3100x3000
Machine tool weight	kg	6200/6700
Control System	-	Japan Mitsubishi M80AV

Selection Value Positioning

This type of machine tool builds unique competitiveness in the following three major scenarios through a collaborative design of rigidity and flexibility:

• Mass production upgrade of precision parts: breaking through the bottleneck of traditional equipment accuracy degradation.
• Special material process development: providing a stable process testing platform.
• Complex process integrated manufacturing: reduce workpiece turnover positioning errors.


 

Application Areas

• Precision Mold Manufacturing

Automotive cover part mold cavity processing: achieve direct molding of mirror surface texture, eliminating the need for subsequent polishing processes.
Optical lens injection mold: ensuring micron-level surface accuracy and surface consistency requirements.

• Key Components of Aerospace

Multi-axis precision milling of engine blades: meeting the special tolerance requirements of aerodynamic surfaces.
Titanium alloy frame structural components: Breaking through the efficiency bottleneck of difficult-to-process materials.

• Automobile Manufacturing

Powertrain casing processing: Adapting to the rapid changeover needs of multi-variety mixed-line production.
New energy battery box: Ensure dimensional stability in the processing of large thin-walled parts.

• Energy Equipment Processing

Precision boring of the seal face of the nuclear power main pump: Achieving strict requirements for flatness and verticality.
Processing of wind turbine hub positioning surfaces: Ensuring assembly accuracy of super-large workpieces.
 

Company Profile

 

Corporate Positioning

As the world's second largest and Northeast China's largest production base of rocker arm drilling machines, we have been specializing in the research and development of hole processing equipment since the 1960s. Our 78,000 square meters production base in Shenyang is equipped with more than 200 sets of precision machining equipment, with an annual production capacity of more than 1,000 standard models, and our products serve machining shops in more than 30 countries around the world.
 

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)



 

 

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

After Sales Service

Shenyang Hike Intelligent Equipment Production Process
(Annual capacity 1000+ units | 85% of parts processed in-house)

1. Needs analysis phase

Customized orders: Confirmation of technical agreement with the customer (stroke/power/control module) → Output of DFMEA report

2. Core component manufacturing

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 shipment
Customer engagement: video acceptance provided at key nodes

FAQ

 

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
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. 
 

Packaging & Shipping