Products
Automatic Horizontal 2 Heads Drilling Machine

Automatic Horizontal 2 Heads Drilling Machine

The Automatic Horizontal 2 Heads Drilling Machine is a flat glass drilling machine equipped with opposing upper and lower drilling spindles for producing structural and mounting holes in glass panels.

Product Overview

 

The Automatic Horizontal 2 Heads Drilling Machine is a flat glass drilling machine equipped with opposing upper and lower drilling spindles for producing structural and mounting holes in glass panels. It is designed for repetitive drilling operations in architectural, furniture and other flat-glass processing applications.

 

Specifications

 

Model

SZ080-II

Drilling depth

1250mm

Max processing size

3000*3000mm

Processing glass thickness

3-19mm

Drilling diameter

φ4-φ80mm
φ80-φ200mm

Max drilling stroke

40mm

Weight

800kg

Power

2.45kw

Floor area (length*width*height)

2180*2600*1700mm

Drilling motion

Downward drilling: Automatic Upward drilling: Manual or automatic(switchable)

Operation modes

Panel button control:Adjust and operate via control buttons

 

Opposing Dual-Head Configuration

 

Upper Drilling Spindle: The upper spindle approaches the glass from the top surface and initiates drilling at the programmed hole position.


Lower Drilling Spindle: The lower spindle operates from the opposite side of the glass to support through-hole drilling along the same hole axis.


Synchronized Drilling: The upper and lower spindles coordinate their drilling movements around the programmed hole axis, supporting controlled two-sided processing.

 

Drilling Performance

 

Controlled Hole Formation
The drilling parameters can be adjusted according to the glass thickness, hole diameter, drill bit and processing requirements to support controlled hole formation.


Adjustable Spindle Speed
Variable spindle-speed control allows drilling conditions to be matched to different diamond core bits and hole specifications.


Repeatable Hole Positioning
The positioning system establishes the required drilling coordinates before each cycle, supporting consistent hole placement during repetitive production.


Reduced Breakout Risk
The opposing upper and lower drilling configuration supports through-hole formation from both sides, which can help reduce breakout under suitable drilling conditions.
Actual edge quality also depends on glass type, thickness, drill-bit condition, spindle alignment, feed rate, spindle speed, cooling and glass support.

 

Machine Configuration & Options

 

The machine combines opposing dual-spindle drilling with adjustable spindle control, water cooling and configurable positioning and handling options for different flat-glass production requirements.

 

Item

Configuration / Option

Drilling System

Upper and lower opposing spindles

Spindle Drive

VFD-controlled

Positioning

Manual / laser-assisted

Cooling

Water cooling

Roller Table

Standard / extended

Processing Direction

Right-to-left or left-to-right

Laser-Assisted Positioning

Optional

Extended Roller Tables

Optional for larger glass sheets or connection with adjacent equipment

Water Cooling System

Drilling-water supply for cooling the drilling tools and processing area

 

Machine Testing & Pre-Shipment Verification

 

Each machine is assembled, commissioned and tested before shipment to verify mechanical operation, drilling movement and electrical functions.


Spindle Alignment Check
The upper and lower drilling spindles are checked for alignment during machine commissioning to maintain the required drilling axis.


Drilling Movement Test
The drilling heads and feed mechanisms are operated through repeated cycles to verify smooth movement and consistent operation.


Continuous Run Test
The completed machine undergoes a 24–72 hour continuous run test before shipment to verify mechanical and electrical operation.


Functional Inspection
Motors, sensors, control buttons, drilling movements and safety functions are checked during final machine inspection.


CE & ISO Documentation
The machine is supplied with applicable CE documentation, while the manufacturing quality system is managed under the company's ISO-certified quality system.

 

Installation, Documentation & Lifecycle Support

 

Factory Layout Planning
Before shipment, our engineers review the machine installation position and connection requirements, including available floor space and required power, air and water connections.


Technical Documentation
Each machine is supplied with the relevant technical documents, including:

  • Electrical schematics
  • Foundation and load-bearing drawings
  • Water-drainage layout
  • Operation manual
  • Preventive maintenance instructions


Installation & Commissioning
Remote technical support is provided for machine installation, setup and initial operation. On-site installation and commissioning are available as an engineering service.
Spare Parts Supply
Replacement parts such as water seals, spindle belts and drilling consumables are available for routine maintenance and ongoing operation.

 

Commercial Information

 

Item

Information

MOQ

1 set for standard or customized machines

Lead Time

Approximately 30–45 days, depending on machine configuration and order requirements

Warranty

12 months from the date of shipment, excluding consumable and normally wearing parts

Payment Terms

T/T

Spare Parts

Replacement and wear components available for separate purchase

Shipping Terms

EXW, FOB or CIF

 

FAQ

 

Q: Can the machine process drawings with different hole patterns from one batch to another?

A: Yes. Different hole layouts can be processed by repositioning the glass according to the required drilling pattern.

Q: How should the glass be prepared before drilling?

A: The glass should be flat, properly supported and free from contamination or damage around the drilling area before loading.

Q: Can tempered glass be drilled with this machine?

A: No. Tempered glass must be drilled before tempering because cutting or drilling tempered glass after heat treatment can cause the panel to break.

Q: What affects the service life of a diamond core bit?

A: Bit life is mainly affected by glass type, hole diameter, drilling conditions, cooling-water supply and the frequency of use.

Q: How often should the drilling system be maintained?

A: Routine maintenance should follow the machine maintenance manual, with particular attention to drilling components, belts, water seals and other wear parts.

Q: What should be checked if the drilled hole becomes irregular?

A: Check the drill bit condition, spindle alignment, glass positioning, clamping condition and drilling parameters before continuing production.

Q: Can replacement components be purchased separately after the machine is installed?

A: Yes. Replacement and wear components can be supplied separately for ongoing machine maintenance.

Q: What should be considered when installing the machine in a new factory?

A: The installation area should provide sufficient floor space and access to the required electrical, air and water connections, with suitable drainage for the drilling process.

Q: Can the machine be purchased as part of a new glass-processing project?

A: Yes. The machine can be evaluated as part of a glass-processing setup, with factory layout and connection requirements reviewed during the project planning stage.

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