Precision manufacturing and engineering
Capability under developmentEngineeredforprecision.
A drawing-based engineering approach to CNC turning, CNC milling and precision machining.
01Approach
Eclipse is developing an engineering approach that turns a technical drawing into a process that is manufacturable, measurable and traceable.
- Base
- Istanbul, Türkiye
- Language
- TR · EN
- Quotation
- From the drawing
02Capability areas
Engineering in four areas
The status of each area is labelled openly.
- 01
CNC turning
Process planning, live-tooling and C-axis strategies for rotational parts.
Target capability area
- 02
CNC milling
Workholding, toolpath and axis strategies for prismatic geometries.
Target capability area
- 03
Precision machining
An approach that plans turning and milling together and addresses inspection and documentation requirements from the start.
Target capability area
- 04
Engineering and automation
Production planning, digital transformation and data integration.
Existing and developing services
03Method
From technical drawing to part
Every request goes through the same six steps; a skipped step comes back later as cost.
- Cutting
- Rapid move
- Tool
- Number of passes
- 28
- Relative path length
- 8607
Each step produces the input of the next; a skipped step comes back later as cost.
01
Drawing and requirements
02
Manufacturability review
03
Process plan and CAM strategy
04
Machining
05
Measurement and inspection
06
Packing and shipping
04Capability status
Capabilities are being built step by step
The areas below are the company's target capability areas; no ordering or timeline is implied.
Capability status
Eclipse Engineering is building its precision-manufacturing capabilities step by step. The manufacturing areas described on this page are target capability areas within the company's investment programme; equipment, capacity, material scope, tolerance class and lead time are confirmed separately for each project once the technical drawing has been reviewed.
- CNC turning
- Live-tooling machining
- CNC milling
- Precision machining
- Engineering and production planning
- Digital transformation
05Application areas
Where precision parts are needed
This list shows common uses of precision machining.
This list does not imply completed Eclipse references.
06Digital engineering
The digital backbone of production
The data line from the shop floor to the decision: ERP, CRM, data analysis and AI, with automation and integration.
05
Decision
Planning and management
04
Analytics and AI
Dashboards, forecasting
03
ERP and MES layer
Work order, stock, quality
02
Data capture
Signal, barcode, manual entry
01
Shop floor and machines
Production and measurement points
ERP and CRM
Business software that brings production, stock, purchasing, sales and quotation processes together.
Data analysis and AI
Systems that collect scattered data, turn it into dashboards and provide decision support.
Automation and integration
Engineering for shop-floor data capture, traceability and reporting infrastructure.
07For a quotation
What should you send for a quotation?
Your technical drawing and a few basic details are enough.
Missing information is not a barrier: what is missing is completed together during the review.
PDF technical drawing
With tolerances and notes.
STEP geometry
The 3D body geometry.
DXF profile
A 2D profile, if any.
Material, quantity and requirements
Type, quantity, surface and documentation expectations.
Send Drawing