SNIPER SD-20 Intelligent Drill Press

A Drill Press That Understands Your Thinking

At Harvey, we believe the next generation of woodworking machinery should be more than an extension of our hands. It should recognize the craftsman’s intent, reduce repetitive setup, and help turn that intent into precise, controlled action.

Why is the simplest hole still so hard?

For more than a century, the drill press has remained largely unchanged. The user brings the workpiece to the bit, aligns the mark by eye, makes small manual adjustments, performs test holes, and stays constantly aware of the exposed rotating spindle. Accuracy depends heavily on patience and experience. Safety depends heavily on constant attention.

Stop Chasing Marks

SNIPER changes the way you use a drill press. With SNIPER, the drilling process becomes simple:

Mark the drilling point. Place the workpiece roughly under the spindle. SNIPER detects the mark and automatically aligns the spindle to the target.

How does SNIPER make it happen?

This is made possible by combining AI-powered intelligence with robotic physical movement. The Sniper Vision™ AI Targeting System identifies the intended drilling point, while the robotic X/Y spindle positioning system physically moves the spindle into alignment. Together, these technologies create SNIPER’s Embodied AI approach: intelligence that can perceive, decide, move, and confirm in the real world.

Safety before the close call

With Proactive Safety Protection, SNIPER extends this intelligence to risk prevention. Instead of relying only on the user’s constant attention around an exposed rotating spindle, SNIPER adds another layer of awareness to the process. It does not wait for a problem to happen; it is designed to notice risk earlier, helping woodworkers work with greater confidence while staying focused on the cut.

Put it near. SNIPER takes it there.

SNIPER creates a redefined workshop experience.

Instead of spending your best energy fighting the machine, enduring repetitive micro-adjustments, or staying constantly aware of an exposed rotating spindle, you simply place your workpiece “close enough,” mark your intent, and let SNIPER bring the spindle to the target. By eliminating the guesswork, frustration, and material waste, SNIPER lowers the barrier to precise drilling and gives woodworkers greater confidence when approaching more demanding projects.

Is this still just a better drill press?

SNIPER does not merely improve the drill press. It transforms drilling from a manual positioning task into an intent-driven interaction between human and machine. More than a tool, it represents a new category of workshop equipment: precise, intelligent, robotic, and fundamentally designed around human intent.

Key Features

Sniper Vision™ AI Targeting System

Neural-Core Intelligent Recognition and Decision-Making

Robotic Dual-Axis Servo Motion Platform

Proactive Safety Protection

Direct-Drive Permanent Magnet Synchronous Motor

High-Efficiency Spline Transmission

Industrial CNC-Grade Precision Spindle

Intelligent Depth Sensing and Control

Motorized Table Elevation

Precision Table Tilt Adjustment

7-Inch Touch Screen Intelligent Command Center

Dual-Mode Control: Autonomous Mode and Jog Mode

Voice-Activated Work Light and Laser Targeting

WiFi-Enabled OTA Updates

I. PERCEPTION: The Power of Spatial Senses

Before an agent can reason, it must first perceive. SNIPER is built around an Embodied AI vision architecture that enables the drill press to perceive, interpret, and respond to the workpiece, the drilling mark, and the surrounding operation zone in real time.

Sense: Environmental Capture

Sniper Vision™ AI Targeting System
A high-definition vision system captures the workpiece surface and surrounding workspace in real time, helping SNIPER recognize drilling marks and the active working area before movement begins.

Auto-Exposure Intelligence
An adaptive electronic “iris” automatically adjusts to workshop lighting. This helps maintain reliable visual tracking even in shadows, glare, or uneven lighting.

Continuous Safety Monitoring The vision system maintains a constant, real-time input stream of the defined danger zone, helping the system monitor physical presence within the active operation area.

Identify: Pattern Isolation

The Harvey Neural-Core Recognition System
The cognitive engine of SNIPER processes visual data from the Sniper Vision™ array in real time, focusing on identifying pre-drawn center marks. It is engineered to maintain consistent accuracy by reducing interference from complex backgrounds, such as varied wood grain, knots, and surface scratches, without requiring specific material recognition.

Hand-Presence Detection
The system continuously distinguishes human hand signatures within the operation zone, providing primary visual input for the system’s safety logic.

II. INTELLIGENCE: The Reasoning and Planning Brain

Thought without action is paralyzed. Action without thought is blind. The Harvey Neural-Core Recognition System handles the heavy lifting of cognition, processing visual data through a structured three-stage decision chain.

Judge: Target Position and Risk Assessment

Target Position Judgment
Once a simple cross mark is drawn on the workpiece, SNIPER identifies the intersection point as the intended drilling position and precisely determines the target center before the spindle moves.

Proactive Safety Logic
The system establishes a monitored safety perimeter around the drilling area. SNIPER continuously evaluates real-time visual input to assess potential obstruction or hand presence. If the presence of a hand is detected within the danger zone, the system classifies this as a critical safety violation and pauses machine operation.

Decide: Autonomous Alignment and Safety Priority

Intent-Driven Alignment
Once the target center is confirmed, SNIPER directly determines the required X/Y correction and commands the X/Y motion system to position the spindle directly over the intended drilling center, automatically completing the micro-adjustment.

Safety-Prioritized Override
The decision logic prioritizes safety over motion. If the system detects a safety violation, the Neural-Core can override active movement commands and trigger a safety stop, ensuring human protection.

Plan: Path Strategy and Motion Preparation

Precision Trajectory Generation
Before the spindle moves, the system calculates the movement path and generates optimized acceleration curves for the servo system. This helps create smooth, controlled motion and accurate arrival at the target position.

Safety-Constraint Integration
Motion planning operates under the active safety monitoring layer. If an obstruction is detected, the system inhibits the drilling cycle until the area is clear and the user intentionally restarts the process.

III. EXECUTION: The High-Precision Physical Body

An intelligent system becomes meaningful only when it can act with precision. The physical body of this EAI agent is built on a rigid industrial foundation, translating digital decisions into precise, repeatable physical movement.

Execute: Physical Landing

Active Hardware Interruption
If a hazard is detected during operation, the system can execute a stop sequence that interrupts the motion platform and spindle power. This hardware-level interruption can halt operation in the blink of an eye to help reduce risk during use.

Dual-Axis Servo Motion System
The spindle’s X/Y positioning movement is driven by a high-torque servo system supported by four industrial-grade precision rails. This rigid, stable architecture provides smooth positioning across:

X Axis: ±16 mm / ±0.630 in.
Y Axis: ±12.5 mm / ±0.490 in.

Intelligent Depth Sensing and Control
Integrated sensors monitor the 152 mm / 6 in. spindle stroke in real time, giving SNIPER continuous awareness of the drill bit’s vertical position. This depth feedback helps support controlled drilling depth and consistent, repeatable results.

Industrial CNC-Grade Precision Spindle
Crafted from high-carbon steel and heat-treated to a hardness of 55 to 60 HRC, the spindle features radial runout controlled to within 0.015 mm / 0.0006 in. Combined with optimized axial stability and load resistance, it delivers the rigidity needed for stable, repeatable high-precision drilling.

Direct-Drive PMSM System and Spline Transmission
SNIPER uses a 1.5 kW / 2 HP Permanent Magnet Synchronous Motor with a high-efficiency spline transmission. This direct-drive architecture replaces traditional belt transmission and delivers smooth torque from 60 to 3,600 RPM, ensuring superior power transfer, reduced vibration, and reliable heavy-duty performance for demanding drilling applications.

Motorized Table Elevation
The 418.5 x 560 mm (16.5 x 22 in.) nickel-plated table offers generous support and long-lasting surface protection.

It features a touchscreen-controlled electric lift that operates at 13 mm/s (0.51 in./s), balancing rapid setup changes with the control needed for precise height positioning.

Precision Tilt Adjustment
The table supports ±90° tilt with 0.1° resolution, allowing precise angle drilling and repeatable setup for complex workpiece orientations.

MT-2 Taper and 1 to 16 mm Keyless Chuck
The included MT-2 taper and 1 to 16 mm / approx. 1/32 in. to 5/8 in. keyless chuck provide wide bit compatibility and fast, tool-free bit changes.

IV. INTELLIGENT OVERSIGHT AND HRI: Validation and Collaboration

True Embodied AI concludes with validation and collaboration. Through Human-Robot Interaction, SNIPER’s Embodied AI approach is designed to support the craftsman, not replace them. It provides intelligent assistance while preserving human control.

Confirm: Closed-Loop Verification

Pre-Drill Precision Assurance
Before the drill bit engages the material, the system performs an active validation loop. It cross-references the real-time physical spindle position against the detected target point, ensuring alignment with design metrics.

The drilling cycle is only initiated once the system confirms that the physical setup matches the intended drilling position within its operating logic, guaranteeing precision before the action begins.

Intentional-Lock Clearance
Once a safety stop is triggered, the system will not automatically reactivate itself. Even after the vision system confirms the danger zone is clear, SNIPER remains in a stopped state and requires an intentional manual press of the start button to re-engage. This closed-loop design keeps final control in the hands of the craftsman.

Human-Robot Interaction Excellence

7-Inch Touch Screen Intelligent Command Center
A high-definition interface provides clear feedback on motor power, RPM, operating status, and system health.

Dual-Mode Control Freedom
Users can switch between Autonomous Mode for AI-assisted positioning and Jog Mode for precise 0.1 mm / 0.004 in. manual adjustment, ensuring the craftsman always holds ultimate authority.

Ergonomic Tactile Synergy
A 250° single-handle swing allows full-stroke drilling in one smooth motion. The handle is left/right swappable and counterbalanced by dual springs for a controlled return feel.

Voice-Activated Controls
Hands-free control of the work light and laser targeting helps keep the user focused on the workpiece and drilling process.

Continuous Evolution
WiFi-enabled OTA updates allow SNIPER’s software platform to support future improvements, feature updates, and expanded functionality over time.

Why SNIPER?

Because woodworking should be about creating, not constantly adjusting.

SNIPER helps reduce tedious setup, improve positioning accuracy, and support a more controlled drilling experience, allowing you to spend less time aligning and more time building with confidence.

For craftsmen who value precision not only in their work, but also in the tools they choose, SNIPER represents a belief that better craftsmanship is driven by both quality and continuous innovation.

This is SNIPER: The Intelligent Drill Press from Harvey.

How Reliable Is SNIPER?

Mechanical Reliability

SNIPER is built with industrial-grade mechanical components throughout, from its spindle and motion system to its motor and transmission. Designed for years of demanding workshop use, it requires only routine dust removal and occasional lubrication after extended periods of inactivity. No special consumables or proprietary accessories are required for everyday operation, helping keep long-term ownership simple and cost-effective. Its modular mechanical design also makes routine maintenance and upkeep more straightforward.

Electronic Reliability

SNIPER's intelligent vision system, servo controls, and electronic modules are engineered for dependable long-term performance in professional workshop environments. SNIPER remains fully functional offline without an Internet connection. The WiFi connection is used solely to download future OTA software updates, including feature enhancements, and will never be used to collect any user personal information or private data. Its modular electronic architecture further supports simple, convenient routine maintenance over the long term.

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