Master 33.5, 38.5, 45.5
About the Machine
The Intermac Master 5 Axis for glass, part of the Master Series by Intermac, embodies cutting-edge technology and precision in glass processing. This CNC machining center is designed to revolutionize glass fabrication across various sectors like furniture, automotive, building, and domestic appliances. It is renowned for its exceptional performance and productivity, making it an industry leader.
With its advanced 5-axis technology, the Master 5 Axis offers unparalleled versatility. It enables professionals to create intricate designs with precision, allowing for curved, beveled, and polished glass surfaces. This versatility is a game-changer in applications like architectural glass, automotive, and interior design.
What sets the Intermac Master 5 Axis apart is its user-friendly interface and advanced software, ensuring efficient production and reducing the learning curve for operators. Safety features are also integrated to protect both users and the glass being processed.
Furthermore, the Master Series boasts maximum acceleration and axle speeds, allowing for high-speed machining of one or two glass sheets simultaneously. The 5-axis head with endless rotation C axis and tilting A axis provides flexibility for complex machining tasks.
The revolutionary Helix tool, when used with Intermac software, surpasses traditional boring systems, handling all boring, grinding, and countersinking operations on glass sheets up to 19mm.
Rectangular suction cups, a new generation feature, offer better vacuum retention, ensuring maximum customization flexibility. Additionally, the Matrix telescopic system allows for Batch One production, eliminating the need to reposition suction cups for different glass sheets.
In summary, the Intermac Master 5 Axis and the Master Series represent the pinnacle of precision, innovation, and craftsmanship in glass machining. They set new industry standards, offering limitless possibilities for creative expression and flawless execution in various sectors.
Specifications
MASTER 33.5:
Overall Machine Dimensions (LxWxH) MAX mm: 3490x6250x2805
Maximum machinable piece size (3-axis grinding with tool of diameter 100mm): 3,300 x 1,550 mm
Z axis stroke: 465 mm
C axis stroke (optional): ∞
Maximum axis speed (X, Y, Z): 60 m/min, 70 m/min, 18 m/min
Work table height ("high table" version): 740 mm (525 mm)
Electrospindle power In S1 (S6): 15 kW (18 kW)
Max electrospindle rotation: 12,000 rpm
Tool coupling: ISO 40
Tool magazine for up to: 53
Power required: 25 kW / 34 HP
MASTER 38.5:
Overall Machine Dimensions (LxWxH) MAX mm: 3895x6750x2805
Maximum machinable piece size (3-axis grinding with tool of diameter 100mm): 3,800 x 2,000 mm
Z axis stroke: 465 mm
C axis stroke (optional): ∞
Maximum axis speed (X, Y, Z): 60 m/min, 70 m/min, 18 m/min
Work table height ("high table" version): 740 mm (525 mm)
Electrospindle power In S1 (S6): 15 kW (18 kW)
Max electrospindle rotation: 12,000 rpm
Tool coupling: ISO 40
Tool magazine for up to: 61
Power required: 25 kW / 34 HP
MASTER 45.5:
Overall Machine Dimensions (LxWxH) MAX mm: 4420x7455x2805
Maximum machinable piece size (3-axis grinding with tool of diameter 100mm): 4,500 x 2,500 mm
Z axis stroke: 465 mm
C axis stroke (optional): ∞
Maximum axis speed (X, Y, Z): 60 m/min, 70 m/min, 18 m/min
Work table height ("high table" version): 740 mm (525 mm)
Electrospindle power In S1 (S6): 15 kW (18 kW)
Max electrospindle rotation: 12,000 rpm
Tool coupling: ISO 40
Tool magazine for up to: 69
Power required: 25 kW / 34 HP
MASTER 45.5 PLUS:
Overall Machine Dimensions (LxWxH) MAX mm: 4420x7455x3380
Maximum Machinable Piece Size: 4,500 x 2,500 mm*
Z Axis Stroke: 650 mm
C Axis Stroke (Optional): ∞ (Infinite)
Max Axis Speed (X, Y, Z): 60 m/min, 70 m/min, 18 m/min
Work Table Height (High Table Version): 740 mm (525 mm)
Electrospindle Power In S1 (S6): 15 kW (18 kW)
Max Electrospindle Rotation: 12,000 rpm
Tool Coupling: ISO 40
Tool Magazine Capacity: Up to 69
Power Required: 25 kW / 34 HP
Please note that these specifications may be subject to change or customization based on specific configurations or options chosen for the machine.