Kongsberg C-series CNC cutting machine

Kongsberg C-series CNC cutting machine

Kongsberg C-series CNC cutting machine focuses on safety regulations, system composition, basic operation, task preparation, advanced technology, system calibration, tool configuration, full range of tools, maintenance, fuse replacement, automated feeding/receiving, bottom camera, vacuum system, fully developed, with clear operator qualifications, safety protection, DynaGuard safety system, emergency stop logic, covering cutting, indentation, milling, V-groove, oblique cutting, braille, vibrating knife and other processes. It supports automatic selection of i-BF feeding machine, i-MS receiving machine, electric coiling machine, coiling machine, bottom camera USC, etc. It provides daily/weekly/monthly maintenance cycle, all fuse specifications, fault troubleshooting, ensuring safe operation of equipment, production and processing. The core operational basis for maintenance and repair.

Safety regulations (core mandatory)

1. Responsibility allocation

Manufacturer: Compliant with safety standards

Owners: Only authorized training personnel are allowed to operate and maintain on schedule

Operator: Only operate according to the manual when the equipment is in good condition

2. Key warnings

High pressure: MPU, vacuum pump, and chiller must be powered off and covered

Laser: Class II, no direct viewing allowed

Moving parts: crossbeam, cutting head, milling cutter, do not insert into them

Sharp tool: The blade/milling cutter is extremely sharp, and replacement requires power off

Noise: Milling/vibration knives require ear protection

Milling: The spindle must come to a complete stop (red light off) before contact can be made

3. Safety devices

Device function

Emergency stop button cuts off servo power and rotates to reset

DynaGuard light curtain+collision avoidance, trigger and stop immediately

Yellow black warning zone dangerous area boundary

Y-axis warning light constantly on=ready; Flashing=safety trigger

Milling warning light always on=running; Flashing=Start stop in progress

4. Protection requirements

Dress code: Tight fitting clothing, jewelry removed, long hair tied up

Protective gear: Milling must be eye protection, and ear protection is necessary for long-term operation

Prohibition: bypass safety devices, remove protective covers

System composition

1. Host structure

Console, control panel, crossbeam (X1/X2), Y-axis, blade (P1/P2)

Vacuum table, measuring station, laser pointer, compressed air system (7 bar)

2. Control unit

Front end PC, iPC console, manual joystick, foot switch

Keys: servo power on, start, pause, vacuum, blowback, zero return

3. Automated peripherals (optional)

I-BF Board Feeder: Automatic Board Loading

I-MS Material Stacker: Automatic Plate Stacker

MRF electric coiling machine: continuous feeding of coils

TakeUp Unit: Roll taking machine

USC Bottom Camera: Bottom Registration Code Alignment

Basic operation process

Power on: PC power on → Host power on → iPC startup → Servo power on/safety reset → Reset to zero

Task Preparation: New Task → Layer Settings → Production Parameters → Speed/Texture → Vacuum Zoning

Execution: Loading → Vacuum Adsorption → Start Running

Shutdown: Exit iPC → Power off the host → Power off the PC

Tasks and Advanced Craftsmanship

1. Basic process

Corrugated production, milling production, drawing

Milling must use high-quality mode

2. Advanced craftsmanship

Key points of process

Vacuum optimization closes irrelevant areas and covers empty countertops

Thick material cutting (45-50mm), close thickness measurement, close top reference

Hardboard processing milling → vibration knife → milling three-step process

Multi pass layered cutting/indentation/milling with multiple passes

Reverse processing: ruler/camera flip processing, camera reads registration code

Multi regional production MZP with multiple workstations in parallel to improve efficiency

Tool system (core)

1. Main tool unit

Key parameters for unit usage

HDU heavy-duty unit indentation, V-groove, heavy-duty knife downforce 50kg

Dual HDU dual station dual tool parallel support for indentation and punching

VariAngle variable angle unit * * 0-60 ° * * Any V-groove step distance of 0.5 °

HPMU high-power milling 3kW, 60000 rpm, water-cooled chuck 3/6/8mm

HF VibraCut high-frequency vibration, thick corrugated 12000RPM

2. Specialized cutting tools

Braille knife: convex point production, combined with milling and punching holes

PressCut: Vinyl cutting, pressure 40-700g

RotaCut: Thin material cutting, ≤ 2mm

CorruSpeed: specifically designed for corrugated, high speed and low tear

Foam knife FCU: soft foam, closed thickness detection

3. Tool calibration (mandatory)

Height calibration: automatic measurement, offset can be added

Rotation calibration: tangent to the direction of motion

Center offset: Path centered

Lag lag: circular blade compensation, 0-19mm

Angle calibration: VariAngle automatic calibration

System calibration (service level)

Register table size, X1/X2 angle, measuring station, ruler position

Main origin, table mapping, vacuum configuration, milling unit, conveyor belt

Table reference: Execute after each tool change/adjustment

Maintenance and upkeep

1. Periodic table

Cycle content

Daily cleaning of countertops, vacuuming, and inspection of air filtration

Weekly cleaning of guide rails, oiling, photoelectric cleaning, and drainage

Monthly gear lubrication, rack lubrication, and vacuum hole dredging

2. Peripheral maintenance

I-BF/i-MS: Suction cup cleaning, lubrication, filter drainage

USC camera: lens cleaning, black tape inspection

Roll material/rewinder: roller, emergency stop, tension check

Fuse replacement (key specifications)

Part specifications

MPU main power supply T6.25A/T8A/T15A (6.3 × 32mm)

X/Y-axis driver T10A (5 × 20mm)

Tool fuse Nano type T0.5A-T4A

Chiller 230V: T1A; 115V：T2A

Core of automation unit

1. i-BF feeding machine

Maximum plate thickness: 50mm, speed: 2 sheets per minute

Suction cup, gantry, safety anti-collision, automatic pile searching

Safety: Emergency stop, bumper, no entry allowed

2. i-MS material receiving machine

Ethernet linkage with cutting machine

Suction cup plenums grab the entire board and stack waste materials

3. MRF electric coiling machine

Autogrip axis, edge correction, dancer tension control

Support ultra long format segmented processing

4. USC Bottom Camera

Read the registration code/barcode on the bottom

Automatic alignment, improved accuracy, used in conjunction with the feeding machine

Key issues

Question 1: What are the core safety rules and operating taboos for HPMU high-power milling units?

answer:

Must protect eyes and ears, with dedicated personnel on duty, and prohibit unmanned operation

The spindle must come to a complete stop (the red light must be completely extinguished) before coming into contact with the tool

The vacuum cleaner should not be overfilled, otherwise there is a risk of fire

No empty chuck operation is allowed, fake knives must be installed

It is strictly prohibited to start milling when installing the winding machine

The extension length of the cutting tool should be as short as possible, and the clamping capacity should be ≥ 20mm**

Question 2: What are the core capabilities, scope of application, and key machining parameters of VariAngle variable angle cutters?

answer:

Core ability: 0 °~60 ° continuously adjustable, step distance 0.5 °

Suitable materials: maximum thickness for 0 ° straight cut 30mm, 45 ° cut 20mm, 60 ° cut 16mm

Key parameters: standard adapter lag of 19mm, long adapter 9.7mm

Processing modes: V-notch Cut single cutting, Crease double folding, Waste Cut waste cutting

Folding angle formula: Folding angle=180 ° − 2 × Tangent angle

Question 3: What are the common reasons and troubleshooting steps for the i-BF automatic feeding machine failing to pick the board?

answer:

Insufficient vacuum: Check pressure * * ≥ 50PSI (3.45bar) * *, suction cup damaged/leaking

Insufficient pick-up travel: Add Pick Sheet Additional Travel (0-50mm)

Too short build time: Extend Delay to Build Vacuum

Low vacuum threshold: Increase the Low Vacuum Set Point by approximately 20mmHg

Fault in plunger sensor: Check if the sensor and suction cup float smoothly