Spindles
PCB Drilling and Routing
Spindles with Vast Speed Ranges for Increased Productivity
Unparalleled Performance
PCB drilling and routing require extreme rotational speeds, minimal runout, and uncompromising reliability. Westwind air bearing spindles are engineered specifically for high-volume PCB manufacturing environments where precision and uptime directly influence yield and profitability.
With ultra-low radial error motion and exceptional thermal stability at very high RPM, these spindles produce clean micro-vias, precise hole geometry, and superior routing edge quality. Reduced tool wear and consistent dimensional accuracy allow manufacturers to increase throughput without sacrificing quality.
In PCB production, precision is profit — and air bearing spindle technology ensures both.
Designed for Continuous Operation
Modern PCB manufacturing operates continuously, often around the clock. Spindles must maintain dimensional stability over long duty cycles without thermal drift or bearing degradation.
Because air bearings eliminate mechanical contact, there is no bearing wear, no lubrication contamination, and minimal heat generation. This translates into predictable long-term performance, extended service life, and reduced total cost of ownership.
(Internal cross-link opportunity: Air Bearing Spindles Overview)
Built for the Next Generation of Electronics
As PCB densities increase and drill diameters shrink, tolerances tighten. Westwind PCB drilling spindles are engineered to meet these evolving requirements with high-speed capability, low vibration characteristics, exceptional stiffness, and compact integration options.
Where others focus solely on speed, Westwind engineers complete spindle performance — balancing speed, stability, and reliability to support next-generation electronics manufacturing.
Overview
Features & Benefits
- Low runout for increased accuracy
- Perfectly balanced reducing vibration for improved small hole drilling
- High torque versions for rugged applications
- Non-contact bearing design delivers consistent accuracy and long product life
- Wide range of spindles for multiple applications.
D1331-49
| Specification | Value |
|---|---|
| Speed range – shaft speed | 20,000-125,000 rpm |
| Max. drill size – one shot/piloted | 6.35 mm dia. |
| Bearing air supply pressure | 5.6 kg/cm*2 |
| Bearing air consumption – static | 70 nl/min |
| Max. dynamic runout (DRO) | 10 microns @ 125k rpm |
| Axial bearing position | Rear |
| Axial failure load | 25 Kg |
| Radial failure load at collet | 11.8 Kg @ 125k rpm |
| Motoe output power – continuous | 495 Watts (drive dependant) |
| Motor input voltage – max | 220 Volts |
| Weight | 3.9 Kg |
| Max. heat dissipation to coolant | 480 Watts |
| Coolant flowrate – water | 2.5 l/min |
| Collet type and diameter | Removable, 1/8” or 3mm |
| Collet torque – max | 2.8 Nm |
| Speed sensor (tacho) | Magneto resistive |
| Application | PCB drilling & light routing |
| Minimum hole size in PCB material | 0.15 |
D1722
| Specification | Value |
|---|---|
| Speed range – shaft speed | 20,000-160,000 rpm |
| Max. drill size – one shot/piloted | 6.35 mm dia. |
| Bearing air supply pressure | 5.6 kg/cm*2 |
| Bearing air consumption – static | 90 nl/min (74 nl/min dynamic) |
| Max. dynamic runout (DRO) | 10 microns @ 125k rpm |
| Axial bearing position | Front |
| Axial failure load | 18.2 Kg |
| Radial failure load at collet | 6.7 Kg @ 20k rpm |
| Motoe output power – continuous | 400 Watts (drive dependant) |
| Motor input voltage – max | 190 Volts |
| Weight | 3.8 Kg |
| Max. heat dissipation to coolant | 450 Watts |
| Coolant flowrate – water | 1.5 l/min |
| Collet type and diameter | Bonded, 1/8” or 3mm |
| Collet torque – max | 2.3 Nm |
| Speed sensor (tacho) | Magneto resistive/TTL |
| Application | PCB drilling & micromachining |
| Minimum hole size in PCB material | 0.1 |
D1790
| Specification | Value |
|---|---|
| Speed range – shaft speed | 30,000-285,000 rpm |
| Max. drill size – one shot/piloted | 3.2 mm |
| Bearing air supply pressure | 7 kg/cm*2 |
| Bearing air consumption – static | 74 nl/min |
| Max. dynamic runout (DRO) | 5 microns @ 285k rpm |
| Axial bearing position | Rear |
| Axial failure load | 7.7 Kg |
| Radial failure load at collet | 4.5 Kg @ 285k rpm |
| Motoe output power – continuous | 100 Watts (drive dependant) |
| Motor input voltage – max | 160 Volts |
| Weight | 3.3 Kg |
| Max. heat dissipation to coolant | 287 Watts |
| Coolant flowrate – water | 1 l/min |
| Collet type and diameter | Bonded, 1/8” or 32mm |
| Collet torque – max | 0.9 Nm |
| Speed sensor (tacho) | Not fitted |
| Application | PCB micro-hole drilling |
| Minimum hole size in PCB material | 0.05 |
D1822X
| Specification | Value |
|---|---|
| Speed range – shaft speed | 20,000-200,000 rpm |
| Max. drill size – one shot/piloted | 6.35 mm dia. |
| Bearing air supply pressure | 5.6 kg/cm*2 |
| Bearing air consumption – static | 75 nl/min (40 nl/min dynamic) |
| Max. dynamic runout (DRO) | 7 microns @ 200k rpm |
| Axial bearing position | Front |
| Axial failure load | 20 Kg |
| Radial failure load at collet | 6.8 Kg @ 200k rpm |
| Motoe output power – continuous | 500-625 Watts (drive dependant) |
| Motor input voltage – max | 208 Volts |
| Weight | 3.6 Kg |
| Max. heat dissipation to coolant | 660 Watts |
| Coolant flowrate – water | 1.4 l/min |
| Collet type and diameter | Bonded, 1/8” or 3mm |
| Collet torque – max | 2.3 Nm |
| Speed sensor (tacho) | Magneto resistive/TTL |
| Application | PCB drilling & micromachining |
| Minimum hole size in PCB material | 0.1 |
Choose your version
D1331-49 PCB Drilling & Routing Series Spindle
Sample Price (1-9 units)
D1722 PCB Drilling & Routing Series Spindle
Sample Price (1-9 units)
D1790 PCB Drilling & Routing Series Spindle
Sample Price (1-9 units)
D1822X PCB Drilling & Routing Series Spindle
Sample Price (1-9 units)
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