最新鋭AIが業務の片腕に 業界課題を解消する町工場から生まれたAI 1.熟練加工者の退職や深刻な人手不足、2.デジタル化・自動化の深刻な遅れ、3.コストダウンに対する企業努力の限界、4.多品種少量生産化による生産性の低下
50%コストダウン
By fully automating
NC programming
We realize overwhelming
cost reductions.
Currently, metalworking and machining shops spend a great deal of time and money on NC programming work.
ARUMCODE1 is a manufacturing AI software that can drastically reduce the time required for NC programming through the ARUM Group's proprietary technology and know-how, and can cut 50% of the cost structure in the metal and machine processing industry.
Ver.2.1.0

Newly equipped
4 Noteworthy Features

Auto Tool Manager「ATM」

OPTION fees not included

50% reduction in tool-related setup time

Automatic measurement of tool diameter and length with our self-developed camera unit and tool length with our self-developed camera unit.

Automatic correction of cutting conditions based on measured tool information.

Multidrive

OPTION fees not included

Simultaneous machining of multiple parts to increase machine utilization

2.5 dimensional processing

Supports 2.5D machining including XZ and YZ directions, such as flow curve shapes and press/mold dies

Cutting simulation「Vsim」

OPTION fees not included

Tool interference check in advance for safe and secure machining

ARUMCODE1の、多彩で高速な解析ロジック

ARUMCODE1 analyzes the shape of machined parts by simply dragging and dropping drawing data.
Tool selection accordingly, setting of machining conditions and indication of material and tool set instructions are performed instantly.

1. Shape Analysis

The Z-axis is thinly sliced and the feature area is analyzed based on the coordinate values obtained at a pitch of 5 microns in the XY plane.

2. Processing layout

The system automatically determines where and what kind of machining to do according to the shape of the analyzed drawing data.

Analyzed data

Processing allocation Algorithm

R.C.面取加工、フラットドリル加工、島残し加工、等高線加工、走査線加工、ポケット加工、ドリル加工、長孔加工、円周加工

Automatic determination of special shapes such as screws and reamers (patent pending)

等高線加工・タップ加工・リーマ加工

※ A portion of the actual allocation is shown.

3. Automatic tool setting

Based on the machining allocation data and tool information registered at the time of ARUMCODE1 installation, the optimal tool for each machining is automatically set.

等高線加工・タップ加工・リーマ加工

4. Processing conditions selected

Optimal machining conditions are calculated at high speed according to a proprietary algorithm based on your machine information (model, depreciation age, etc.), tool, and material information registered in ARUMCODE1.

5. Automatic machining path calculation

Based on the set machining conditions, an efficient machining path is automatically calculated and a machining simulation can be drawn.
In addition, by pre-registering information on the number of vises and gripping allowance (in mm), the model viewer can confirm such information.

6. Automatic machining program creation

Based on the information up to this point, a processing program is automatically created.
It also produces work instructions and quotation information that describes the tools used and machining conditions.