Six-Sided CNC Processing Center
Budget: ₹12,500 – ₹37,500 INR
PROJECT REQUIREMENT
INDUSTRIAL CNC SIX-SIDED DRILLING & PROCESSING CENTER
---
PROJECT OBJECTIVE
I would like to develop a complete industrial CNC Six-Sided Drilling and Processing Center similar in working principle and production capability to machines such as:
• HuaHua SKH Series
• Homag Drillteq Series
• Biesse Skipper Series
• Nanxing NCB Series
• KDT Six-Sided Drilling Centers
This is NOT a CAD modeling project.
This is NOT a concept rendering project.
This is NOT an assembly of purchased machine modules.
The objective is to create a complete fabrication-ready, machining-ready, assembly-ready and commissioning-ready engineering package suitable for manufacturing the machine from raw materials and standard industrial components.
---
PRIMARY APPLICATION
• Modular Furniture Manufacturing
• Kitchen Manufacturing
• Wardrobe Manufacturing
• Office Furniture
• Cabinet Production
• Panel Furniture Factories
• Custom Furniture Production
---
MACHINE FUNCTION
The machine must be capable of processing all six sides of a panel without manual repositioning.
Operations required:
• Top Drilling
• Bottom Drilling
• Left Side Drilling
• Right Side Drilling
• Front Edge Drilling
• Rear Edge Drilling
• Dowel Drilling
• Connector Drilling
• Hinge Drilling
• Shelf Pin Drilling
• Grooving
• Slot Cutting
• Routing Operations
• CNC Positioning
---
WORKING CAPACITY
Panel Length:
250 mm to 3000 mm
Panel Width:
50 mm to 1200 mm
Panel Thickness:
9 mm to 60 mm
Positioning Accuracy:
±0.1 mm or better
Repeatability:
±0.05 mm or better
---
MACHINE CONFIGURATION
Machine shall include:
1.
Heavy Duty Frame Structure
2.
Automatic Panel Positioning System
3.
Servo Driven Clamping System
4.
Upper Drill Bank
5.
Lower Drill Bank
6.
Left Horizontal Drill Unit
7.
Right Horizontal Drill Unit
8.
Front Horizontal Drill Unit
9.
Rear Horizontal Drill Unit
10.
Grooving Saw Unit
11.
Routing Spindle Unit
12.
Servo Motion System
13.
Electrical Control System
14.
PLC System
15.
Pneumatic System
16.
Safety System
---
ENGINEERING PACKAGE REQUIRED
Provide complete:
A.
Mechanical Engineering
B.
Fabrication Engineering
C.
Machining Engineering
D.
Electrical Engineering
E.
PLC Engineering
F.
Pneumatic Engineering
G.
Manufacturing Engineering
H.
Assembly Engineering
I.
Commissioning Documentation
---
DELIVERABLES
1.
Project Overview
2.
Machine Architecture
3.
Subsystem Breakdown
4.
General Arrangement Drawings
5.
Complete 3D Machine Assembly
6.
Sub-Assembly Models
7.
Exploded Assemblies
8.
Fabrication Drawings
9.
Machining Drawings
10.
Assembly Drawings
11.
Bill of Materials
12.
Material Specifications
13.
Electrical Schematics
14.
PLC Architecture
15.
I/O List
16.
Pneumatic Schematics
17.
Manufacturing Documentation
18.
Installation Documentation
19.
Maintenance Documentation
20.
Testing & Commissioning Documentation
---
CRITICAL ASSEMBLIES TO BE ENGINEERED
Frame Structure
Gantry Structure
Panel Positioning System
Clamping System
Top Drill Bank
Bottom Drill Bank
Horizontal Drill Units
Routing Spindle
Grooving Saw Unit
Servo Motion System
Linear Motion System
Ball Screw / Rack System
Tool Holders
Bearing Housings
Shaft Assemblies
Pneumatic Assemblies
Electrical Control System
---
ENGINEERING CALCULATIONS REQUIRED
• Shaft Sizing
• Bearing Selection
• Structural Analysis
• Motor Selection
• Servo Sizing
• Ball Screw Calculations
• Rack & Pinion Calculations
• Drive Calculations
• Pneumatic Force Calculations
• Load Calculations
• Positioning Accuracy Calculations
• Deflection Analysis
---
ELECTRICAL & PLC PACKAGE
Provide:
• Single Line Diagram
• Control Circuit
• Power Circuit
• Wiring Diagram
• Panel Layout
• PLC Architecture
• I/O Mapping
• Ladder Logic
• Machine Sequence Logic
• Alarm Logic
• Safety Logic
• HMI Architecture
---
PNEUMATIC PACKAGE
Provide:
• Pneumatic Circuit
• Cylinder Selection
• Valve Selection
• Air Consumption Analysis
• FRL Selection
• Pneumatic Layout
---
DOCUMENTATION STANDARD
All drawings shall include:
• Dimensions in mm
• Tolerances
• Material Specifications
• Surface Finish
• Fits
• Threads
• Welding Details
• Assembly Notes
---
FILE FORMATS REQUIRED
• SolidWorks Files
• STEP Files
• DWG Files
• DXF Files
• PDF Drawings
• Excel BOM
• Word Documentation
---
PAYMENT TERMS
This is a serious industrial machine development project.
Payment shall be milestone-based and linked to actual engineering deliverables.
I do not prefer large advance payments before substantial work has been completed.
A major payment milestone can be released after approximately 30–40% of the engineering package has been delivered and reviewed.
Subsequent payments shall be tied to approved project milestones.
---
BEFORE STARTING
Please provide:
• Your understanding of the project
• Similar projects completed
• Proposed machine architecture
• Team size
• Software to be used
• Engineering hours estimate
• Project timeline
• Milestone schedule
• Scope inclusions
• Scope exclusions
---
FINAL OBJECTIVE
Deliver a complete industrial CNC Six-Sided Drilling and Processing Center engineering package that can be manufactured, machined, assembled, wired, commissioned and operated using the supplied documentation, without requiring major redesign or additional engineering development.
INDUSTRIAL CNC SIX-SIDED DRILLING & PROCESSING CENTER
---
PROJECT OBJECTIVE
I would like to develop a complete industrial CNC Six-Sided Drilling and Processing Center similar in working principle and production capability to machines such as:
• HuaHua SKH Series
• Homag Drillteq Series
• Biesse Skipper Series
• Nanxing NCB Series
• KDT Six-Sided Drilling Centers
This is NOT a CAD modeling project.
This is NOT a concept rendering project.
This is NOT an assembly of purchased machine modules.
The objective is to create a complete fabrication-ready, machining-ready, assembly-ready and commissioning-ready engineering package suitable for manufacturing the machine from raw materials and standard industrial components.
---
PRIMARY APPLICATION
• Modular Furniture Manufacturing
• Kitchen Manufacturing
• Wardrobe Manufacturing
• Office Furniture
• Cabinet Production
• Panel Furniture Factories
• Custom Furniture Production
---
MACHINE FUNCTION
The machine must be capable of processing all six sides of a panel without manual repositioning.
Operations required:
• Top Drilling
• Bottom Drilling
• Left Side Drilling
• Right Side Drilling
• Front Edge Drilling
• Rear Edge Drilling
• Dowel Drilling
• Connector Drilling
• Hinge Drilling
• Shelf Pin Drilling
• Grooving
• Slot Cutting
• Routing Operations
• CNC Positioning
---
WORKING CAPACITY
Panel Length:
250 mm to 3000 mm
Panel Width:
50 mm to 1200 mm
Panel Thickness:
9 mm to 60 mm
Positioning Accuracy:
±0.1 mm or better
Repeatability:
±0.05 mm or better
---
MACHINE CONFIGURATION
Machine shall include:
1.
Heavy Duty Frame Structure
2.
Automatic Panel Positioning System
3.
Servo Driven Clamping System
4.
Upper Drill Bank
5.
Lower Drill Bank
6.
Left Horizontal Drill Unit
7.
Right Horizontal Drill Unit
8.
Front Horizontal Drill Unit
9.
Rear Horizontal Drill Unit
10.
Grooving Saw Unit
11.
Routing Spindle Unit
12.
Servo Motion System
13.
Electrical Control System
14.
PLC System
15.
Pneumatic System
16.
Safety System
---
ENGINEERING PACKAGE REQUIRED
Provide complete:
A.
Mechanical Engineering
B.
Fabrication Engineering
C.
Machining Engineering
D.
Electrical Engineering
E.
PLC Engineering
F.
Pneumatic Engineering
G.
Manufacturing Engineering
H.
Assembly Engineering
I.
Commissioning Documentation
---
DELIVERABLES
1.
Project Overview
2.
Machine Architecture
3.
Subsystem Breakdown
4.
General Arrangement Drawings
5.
Complete 3D Machine Assembly
6.
Sub-Assembly Models
7.
Exploded Assemblies
8.
Fabrication Drawings
9.
Machining Drawings
10.
Assembly Drawings
11.
Bill of Materials
12.
Material Specifications
13.
Electrical Schematics
14.
PLC Architecture
15.
I/O List
16.
Pneumatic Schematics
17.
Manufacturing Documentation
18.
Installation Documentation
19.
Maintenance Documentation
20.
Testing & Commissioning Documentation
---
CRITICAL ASSEMBLIES TO BE ENGINEERED
Frame Structure
Gantry Structure
Panel Positioning System
Clamping System
Top Drill Bank
Bottom Drill Bank
Horizontal Drill Units
Routing Spindle
Grooving Saw Unit
Servo Motion System
Linear Motion System
Ball Screw / Rack System
Tool Holders
Bearing Housings
Shaft Assemblies
Pneumatic Assemblies
Electrical Control System
---
ENGINEERING CALCULATIONS REQUIRED
• Shaft Sizing
• Bearing Selection
• Structural Analysis
• Motor Selection
• Servo Sizing
• Ball Screw Calculations
• Rack & Pinion Calculations
• Drive Calculations
• Pneumatic Force Calculations
• Load Calculations
• Positioning Accuracy Calculations
• Deflection Analysis
---
ELECTRICAL & PLC PACKAGE
Provide:
• Single Line Diagram
• Control Circuit
• Power Circuit
• Wiring Diagram
• Panel Layout
• PLC Architecture
• I/O Mapping
• Ladder Logic
• Machine Sequence Logic
• Alarm Logic
• Safety Logic
• HMI Architecture
---
PNEUMATIC PACKAGE
Provide:
• Pneumatic Circuit
• Cylinder Selection
• Valve Selection
• Air Consumption Analysis
• FRL Selection
• Pneumatic Layout
---
DOCUMENTATION STANDARD
All drawings shall include:
• Dimensions in mm
• Tolerances
• Material Specifications
• Surface Finish
• Fits
• Threads
• Welding Details
• Assembly Notes
---
FILE FORMATS REQUIRED
• SolidWorks Files
• STEP Files
• DWG Files
• DXF Files
• PDF Drawings
• Excel BOM
• Word Documentation
---
PAYMENT TERMS
This is a serious industrial machine development project.
Payment shall be milestone-based and linked to actual engineering deliverables.
I do not prefer large advance payments before substantial work has been completed.
A major payment milestone can be released after approximately 30–40% of the engineering package has been delivered and reviewed.
Subsequent payments shall be tied to approved project milestones.
---
BEFORE STARTING
Please provide:
• Your understanding of the project
• Similar projects completed
• Proposed machine architecture
• Team size
• Software to be used
• Engineering hours estimate
• Project timeline
• Milestone schedule
• Scope inclusions
• Scope exclusions
---
FINAL OBJECTIVE
Deliver a complete industrial CNC Six-Sided Drilling and Processing Center engineering package that can be manufactured, machined, assembled, wired, commissioned and operated using the supplied documentation, without requiring major redesign or additional engineering development.