Aerospace

1. Applicable Products and Processing Requirements

Aerospace product manufacturing encompasses “structural components (such as aircraft fuselage frames and satellite supports) and precision parts (such as engine valve cores and navigator housings),” with the core requirements being: Extremely high machining accuracy (error ≤ 0.003 mm), highly stable equipment operation (no failures after 72 consecutive hours of continuous machining), and excellent part traceability. and must comply with international standards such as AS9100 (Aerospace Quality Management System).

2. Dike Device Compatibility and Technical Advantages

(1) VL Series Vertical Machining Centers: Precision Machining of Aerospace Structural Components

• Core compatible models VL1165 (High Load Capacity + Full-Process Traceability, Suitable for Large Structural Components)

• Technical Support ：

◦ The workbench has a load capacity of 1200 kg and can support large components such as aircraft fuselage frames (weighing between 800 and 1000 kg). Paired with a “multi-point support positioning system,” the clamping error for components is ≤0.002 mm.

◦ Equipped with Data Traceability System for Processing It records data such as spindle speed, cutting parameters, and machining time in real time, generating exportable electronic reports to meet the AS9100 system’s requirement for “end-to-end traceability.”

◦ Employing “redundant design” (e.g., dual servo motors driving the X-axis), the equipment achieves a failure rate of ≤0.1% after 72 consecutive hours of operation, ensuring “batch processing consistency” for aerospace products.

(2) TL Series Drilling and Tapping Machine: Precision Machining of Small Aerospace Components

• Core compatible models TL640 (High Precision + High Rotational Speed, Suitable for Small Precision Parts)

• Technical Support ：

◦ Repeatability accuracy: ±0.003 mm. For aerospace navigation instrument housings (dimensions ≤ 600×400 mm), the tolerance for hole positioning is controlled within ±0.001 mm, fully meeting the requirements of “precision assembly.”

◦ Equipped with a 16/21-tool magazine, it supports “automatic tool changing + tool life management.” For small parts requiring multiple processes (such as engine valve cores), it enables integrated machining of “drilling - tapping - milling,” reducing the number of workpiece setups and lowering positioning errors by 60%.

3. Customer Value

Dike equipment is certified under ISO9001 and AS9100 standards, enabling direct integration into the supply chains of aerospace customers. Equipment operating data seamlessly connects with customers’ MES systems, helping them shorten product development cycles and reduce compliance costs. At the same time, by offering “domestically produced equipment pricing combined with imported equipment performance,” Dike breaks the monopoly held by overseas brands and enhances customers’ market competitiveness.

Other solutions

Aerospace

Aerospace product manufacturing encompasses components such as structural parts (e.g., aircraft fuselage frames, satellite supports) and precision parts (e.g., engine valve cores, navigation instrument housings). The core requirements include: extremely high machining accuracy (with errors no greater than 0.003 mm), robust equipment operational stability (capable of continuous operation for 72 hours without failure), excellent part traceability, and compliance with international standards such as AS9100 (the aerospace quality management system).

Car

Automotive parts processing encompasses components such as structural parts (e.g., engine cylinder blocks, chassis brackets), transmission components (e.g., gearbox gears), and interior components (e.g., dashboard brackets). The core requirements are: high batch-processing efficiency (single-shift capacity ≥ 500 units), tight dimensional consistency (tolerance ≤ 0.01 mm), low equipment failure rate (overall equipment effectiveness OEE ≥ 90%), and the ability to accommodate flexible production needs for "multiple varieties in small batches."

Mold

Mold manufacturing covers areas such as plastic molds (e.g., housings for home appliances), stamping dies (e.g., automotive sheet-metal molds), and die-casting molds (e.g., middle frames for mobile phones). The core requirements are: high precision of mold cavities (tolerance ≤ 0.005 mm), excellent surface finish (Ra ≤ 0.4 μm), and high processing efficiency (shortening the mold delivery cycle). Additionally, it is crucial to avoid “mold trial failures” caused by machining errors.

Aerospace

1. Applicable Products and Processing Requirements

2. Dike Device Compatibility and Technical Advantages

(1) VL Series Vertical Machining Centers: Precision Machining of Aerospace Structural Components

(2) TL Series Drilling and Tapping Machine: Precision Machining of Small Aerospace Components

3. Customer Value

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