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Gambin 10N Milling Machine

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Gambin 10N Milling Machine Specification

Rotation
360 Universal Head

Model
Gambin 10N

Product Type
Universal Milling Machine

General Use
Industrial Milling Operations

Material
Cast Iron Body & Steel Components

Type
Horizontal & Vertical

Capacity
Heavy Duty

Weight (kg)
Approx. 2300 kg

Computerized
No

Automatic
Manual Operation

CNC Or Not
Not CNC

Control System
Manual

Table Size
1300 x 300 mm

Table Slide Way
Dovetail Type

Floor Space
2200 x 2000 mm

Spindle Speed
35 1400 rpm (Variable, 18 steps)

Power
5 HP (Approx.)

Voltage
400V / 3 Phase

Dimension (L*W*H)
Approx. 2200 x 2000 x 1700 mm

Feature
Universal Swiveling Head, High Rigidity

Color
Olive Green

About Gambin 10N Milling Machine

Make - Gambin (France)

Model - 10N

Table Size - 230 mm x 1040 mm

XYZ Travel - 600 mm x 230 mm x 560 mm

Spindle Speeds - 25 rpm to 1600 rpm

Spindle Taper - ISO 40

Table Feed Rate - 10 mm/min to 630 mm/min

Horizontal RAM Travel - 210 mm

- Double-Swivel type Universal Milling Head.

- Machine has Horizontal RAM travel in milling head.

- Equipped with Coolant pump.

- Machine is in excellent working condition.

Video link-https://youtu.be/CDriq8IMmHs

Universal Milling Capability

The Gambin 10N is engineered for both horizontal and vertical milling, making it suitable for diverse machining tasks. Its universal 360 swiveling head allows for flexible tool positioning, enhancing productivity on complex surfaces. Whether for industrial manufacturing or maintenance workshops, this model adapts to various applications, thanks to its sturdy build and advanced design.

Precision and Efficiency

Equipped with a variable feed range from 10 to 600 mm/min and a rapid traverse of 1500 mm/min, the machine balances speed with accuracy. The tables large travel capacities cater to workpieces of various sizes, while the ISO 40 spindle taper ensures tool stability. The fitted coolant system supports higher productivity, reducing wear during prolonged operations.

Durability and Construction

Constructed from cast iron with steel components, the Gambin 10N is designed for high rigidity and long lifespan under demanding conditions. Its manual control system offers intuitive operation, while the dovetail-type slideways guarantee smoothly guided movement and sustained precision. With a net weight of approximately 2300 kg, it remains stable during heavy-duty milling.

FAQs of Gambin 10N Milling Machine:

Q: How does the universal swiveling head benefit milling operations on the Gambin 10N?

A: The universal 360 swiveling head allows operators to adjust the spindle in various directions, facilitating the machining of complex angles and surfaces without repositioning the workpiece. This flexibility increases efficiency and expands the range of achievable milling tasks.

Q: What types of industrial applications is the Gambin 10N suitable for?

A: With its heavy-duty construction, large table travel, and versatile movement capabilities, the Gambin 10N excels in metal fabrication, part manufacturing, and maintenance operations. It is ideal for jobs requiring both precision and the ability to handle larger, heavier workpieces.

Q: When should the manual operation or table feed be used instead of rapid traverse?

A: Manual or feed-controlled movements ensure accuracy for fine milling processes or when approaching reference points, while the rapid traverse feature is best for quickly positioning the table over long distances without engaging the cutter.

Q: Where is the Gambin 10N commonly installed, and what space is required?

A: This milling machine is commonly used in machine shops, manufacturing plants, and repair facilities. It requires a floor space of approximately 2200 x 2000 mm and a height clearance of about 1700 mm to accommodate its full dimensions and provide operator accessibility.

Q: What is the process for changing spindle speed on the Gambin 10N?

A: Spindle speed is adjusted manually using the control levers, offering 18 variable steps between 35 and 1400 rpm. Operators select the appropriate speed based on material type, cutting tool, and specific machining requirements for optimal results.

Q: How does the fitted coolant system improve machine performance?

A: The built-in coolant system helps dissipate heat during machining, minimizing tool wear and preventing thermal deformation of workpieces. This results in better surface finish, longer tool life, and reduced downtime for maintenance.

Q: What advantages does the dovetail table slide way provide?

A: Dovetail-type slideways offer superior support and guidance for the tables movement, ensuring consistent precision and reduced play. This design detail contributes to the overall rigidity of the machine, vital for achieving high-quality milling outcomes.

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