Actual kerf, cut quality, cycle time, consumable use and cleaning requirements
Request the current configuration sheet before using numerical specifications. The original SH60 article and present SH60-R material contain differing figures, so this guide does not publish a replacement parameter set.
This article reviews the SH-series horizontal wire saw concept for quartz glass cutting. It retains historical machine photographs and explains the information needed to select a current configuration. For application planning, see the quartz glass cutting solutions overview.
The SH-series uses a continuous diamond wire loop. Wire speed, load capacity and usable cutting dimensions depend on the model and configuration; the historical SH60 figures in earlier versions of this article should not be used as current SH60-R specifications.
A horizontal machine layout provides access for loading suitable quartz workpieces. Confirm lifting arrangements, fixture clearance, workpiece weight and rated table capacity before planning loading operations.
Unique features, performance, and advantages of quartz cutting machine
1. Cutting Speed and Process Control
Evaluate the complete cutting cycle on representative quartz. Wire speed alone does not determine throughput or surface quality; feed, wire condition, support and debris removal must be considered together.
2. Workpiece Size and Machine Capacity
Workpiece size is limited by machine travel, table capacity, fixture clearance and wire access. Larger SH-series configurations require their own drawings and specifications; a diameter quoted for one machine must not be applied to another.
3. Dimensional and Surface Requirements
Define the required dimensions, flatness, edge quality and finishing allowance before testing. Actual accuracy depends on the fixture, wire deflection, material condition and operating setup; positioning accuracy is not the same as finished-part accuracy.
Cut Surface Evaluation
A rotary-table configuration combines wire motion with workpiece rotation where appropriate. Check cutting marks, entry and exit chipping, and downstream finishing requirements on the actual part.
The historical photographs below show several SH-series arrangements. Confirm the available table and fixture configuration on the current SH60-R quartz glass wire cutting machine page and request a specification matched to the drawing.
SH60-R
SH60-2R
SH60-3R
Get In Touch
Case Studies
Cutting Video of successful case Quartz & ceramic Cutting Machine
Pictures of successful case Optical Glass Cutting Machine
SG series quartz cutting machineSG series quartz cutting machineSG series quartz cutting machineSG series quartz cutting machineSG series quartz cutting machineSG series quartz cutting machineSG series quartz cutting machineSG series optical glass cutting machineSG series quartz cutting machine
Potential application examples of SH Series in different industries and projects:
Application 1: Electronics Manufacturer
Application example: quartz components for electronics may require controlled geometry and edge quality. Confirm the exact quartz grade, orientation where relevant, and finishing process. This is an application scenario, not a documented customer performance result.
Application 2: Optical Equipment Manufacturer
Application example: quartz optical blanks can require separation before grinding and polishing. Cutting alone does not establish optical clarity or finished optical surface quality.
Application 3: Solar Panel Manufacturer
Application example: quartz parts can be used in equipment supporting solar manufacturing. This should not be confused with slicing silicon ingots into photovoltaic wafers; the workpiece material and production step must be specified.
Application 4: Research and Development Laboratory
Application example: research laboratories may need quartz samples with defined geometry and contamination limits. Qualification should include the subsequent preparation and measurement steps.
Application 5: Semiconductor Manufacturer
Application example: high-purity quartz equipment parts for semiconductor processes require suitable geometry, cleanliness and traceability. They are distinct from semiconductor silicon wafers and completed chips.
These scenarios explain potential applications; the original article did not include customer identities, measurement records or controlled before-and-after results. Assess performance through a representative test with agreed acceptance criteria.
The working principle of this quartz ingot Cutting Machine
1，Cutting Line Orientation:
The cutting wire is positioned parallel to the ground, while the quartz ingot or blocks are parallelly placed on the loading platform.
2，High-Speed Cutting Wire Motion:
The wire loop moves around its guides under controlled tension. Inspect abrasive condition and guide alignment; continuous motion does not prevent wire wear.
3，Horizontal Cutting:
As the cutting wire moves, whole wheel system move from forward to backward, allowing for horizontal cutting of the quartz.
4，Control and Precision:
The control system coordinates the configured machine axes. Confirm the actual feed and rotary arrangement from the selected model documentation rather than assuming all SH-series machines move identically.
Typical specifications for this Optical Glass Cutting Machine:
SG 25SG 25
Machine Spec
Machine envelope: confirm the current installation drawing, maintenance access and lifting clearance.
Electrical supply: confirm rated power, voltage, frequency and site requirements for the selected configuration.
Drive and wire speed: use the approved model specification; do not infer cutting performance from motor RPM alone.
Machine weight: confirm the current configuration and floor-loading requirements.
Worktable load: include fixtures and the complete workpiece when checking the rated capacity.
Maximum wire speed: confirm the selected machine and wire limits; published historical SH60 and current SH60-R figures differ.
Material Dimension
Usable material size: confirm diameter, height, cut path, axis travel and fixture access against the current drawing.
Same Machine Structure there are bigger machine size for your choice
Support and Services
Maintenance and Servicing:
Maintenance planning for quartz cutting should cover guide alignment, wire condition, tension control, coolant or debris systems and fixture checks. Confirm the service scope and maintenance schedule for the chosen machine.
Confirm on-site or remote service availability for the installation location before purchase.
Training:
Training should cover quartz workholding, machine operation, wire replacement, inspection and routine maintenance. Agree on the delivery format and scope during project review.
Consulting:
Application consulting should address quartz grade, geometry, machine selection, fixture design, process settings and inspection criteria. Provide a drawing and representative sample when requesting a review.
Review Your Quartz Cutting Requirements
Select the horizontal wire saw configuration from the material, geometry and acceptance criteria.
We accept sample cutting service, leave your information and enjoy our free cutting test service →
Our Services
Fast after-sales service
Confirm support hours and response arrangements with the project team.
Professional and experienced
Confirm application engineering and operator-training requirements.
High quality
Review component specifications and inspection requirements in the quotation.
Good Reputation
Vimfun supports machine selection and application review. Confirm performance through sample cutting and an agreed acceptance plan.
Don’t worry! We know that obtaining cutting machines that meet your needs can be very challenging. Our professional cutting experts are always available to support you:
