Q: What's the maximum workpiece weight the BMV-1500 table can handle?

A: The BMV-1500 is engineered for heavy workpieces — exact maximum table load varies by configuration and we recommend confirming with our applications team for your specific parts, but the box way structure is designed around supporting substantially heavier loads than a comparable linear guideway VMC of the same envelope size.
Just as important: the BMV-1500 holds its accuracy with the table loaded near maximum, which is where many lighter-construction VMCs lose tolerance. For shops machining large castings, structural weldments, or oversized mold bases, this stability under load is the actual buying decision.

Q: Is the BMV-1500 the right choice for large mold and die work?

A: For mold bases up to roughly 1,400 mm in length and demanding deep cavity machining in hardened tool steel — yes, this is exactly what the BMV-1500 is designed for. The combination of large envelope, hand-scraped box way rigidity, and long-term accuracy stability is what mold makers need when a single base represents weeks of machining time and significant material cost.
For high-speed mold-and-die surfacing on aluminum or graphite — where cycle time and surface finish at high feed rates matter more than rigidity — a linear guideway machine is the better fit. The BMV is built for the heavy, prolonged, hardened-steel side of mold work, not the high-speed finishing side.

Specifications

The BMV-1500 is the largest machine in the Ingenious Machinery BMV box way line, with a 1,500 mm X-axis travel and a 750 mm Y-axis that accommodates large forgings, structural weldments, and the kind of mold bases that produce automotive body panels or large industrial enclosures. Hand-scraped box way construction across all three axes delivers the kind of damping that makes heavy roughing passes possible on hardened materials without sacrificing the surface finish on the same setup’s finishing operations.

Capacity at this scale changes how a shop operates. Instead of breaking a large part across multiple smaller machines — with the setup time, fixturing risk, and tolerance stack-up that implies — the BMV-1500 lets you machine the entire workpiece in one envelope. The result is fewer setups, fewer fixturing errors, and a part that holds tolerance because it never moved between operations.

Manufactured in Taichung with the same hand-scraping discipline applied to every BMV in our range, the BMV-1500 is engineered for shops where the parts are big, the materials are demanding, and the consequences of a machine that drifts out of tolerance are measured in scrapped castings rather than wasted aluminum stock. This is a long-term investment machine, built to be productive for decades.

ITEM UNIT BMV-1500
Table
Table dimension mm 1,700 x 650
Working area mm 1,500 x 680
T-slot mm CD125 x 18 x 5
Number of work table pcs 1
Max. Loading capacity kgs 1,200
Travel Range
Max. travel range of X/Y/Z-axis mm 1,500 / 680 / 680
Distance from spindle nose to table surface mm 150~830
Distance from spindle center to column mm 803
Spindle
Spindle taper ISO No. 40
Spindle bearing inner dia. mm Φ70
Spindle speed rpm STD: 10,000 belt-drive
OPT: 8,000, 12,000
Feedrate
Feedrate of X / Y / Z-axis mm/min 1~12,000
Slideways of X / Y / Z-axis Box way
Rapid traverse of X / Y / Z-axis m/min 18
Tool Magazine
Tool capacity pcs STD: 24; OPT: 30
Tool selection Bi-direction
Max. tool dia. x length mm Φ80 x 300
Max. tool weight kgs 7
Tool shank STD: BT40; OPT: CAT40, SK40, BBT40, HSK63A, BT50
Drive Motor
Spindle drive motor kw α15 (15/18.5)
Servo motors of X / Y / Z-axis kw α22 (4)
Coolant motor kw 1.08 (50Hz) / 1.62 (60Hz)
Chip conveyor motor kw 0.2
APC motor kw
Accuracy
Positioning mm ±0.005
Repeatability mm ±0.004
Miscellaneous
Power requirement kVA 380-415/220V 30 KVA
Floor area (L x W x H) mm 4,855 x 2,600 x 2,878
Packing dimension mm 4,780 x 2,300 x 2,450 + 1,050 x 800 x 920
Net weight kgs Machine: 9,900; Accessory: 1,800
Gross weight kgs Machine: 10,300; Accessory: 2,100

 

Typical applications include large mold and die bases for automotive body panels, oversized hydraulic manifolds, energy-sector pump and turbine housings, heavy structural weldments, agricultural and construction equipment frames, and any large-envelope production work that demands box way rigidity at scale.

Resources

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