Tile Beveling Machine Support Stand with Aluminum Alloy Frame and POM Sliding Surface

TL;DR: Tile Beveling Machine Support Stand from World Products is a tile cutting support priced at $45.28 USD, with a Thickened Chamfering variant in stock.

This tile beveling machine support is built with a sturdy aluminum alloy frame and reinforced crossbars, providing a stable foundation for heavy-duty masonry tasks. It features a premium POM sliding surface that allows cutting tools to glide effortlessly, ensuring clean and accurate results. The wear-resistant sliding surface is designed to prevent scratching or damaging delicate tile faces during operation. The spacious platform measures 180 x 99 x 50 cm and accommodates large-format tiles up to.

Source: https://sendfromchina.ai/products/wp-dcd-10001372400

What this page covers

Table of Contents

  1. Product Overview Product Overview
  2. Product Gallery Media Context

Product Overview

This tile beveling machine support stand is built with a sturdy aluminum alloy frame and reinforced crossbars, providing a stable foundation for heavy-duty masonry tasks. The stand features a premium POM sliding surface that allows cutting tools to glide effortlessly, ensuring clean and accurate results. The wear-resistant sliding surface prevents scratching or damaging delicate tile faces during operation.

Tile Beveling Machine Support Stand with Aluminum Alloy Frame and POM Sliding Surface - Send From China - This tile beveling machine support is built with a sturdy aluminum alloy frame and reinforced crossbars

Facts Index

EntityAttributeValueConfidence
Tile Beveling Machine Support Stand with Aluminum Alloy Frame and POM Sliding Surfacestarting_price$45.28high
Tile Beveling Machine Support Stand with Aluminum Alloy Frame and POM Sliding Surfaceproduct_typeTile Cutting Supporthigh
Tile Beveling Machine Support Stand with Aluminum Alloy Frame and POM Sliding SurfacebrandWorld Productshigh
Tile Beveling Machine Support Stand with Aluminum Alloy Frame and POM Sliding Surfacevariant_count1high
Tile Beveling Machine Support Stand with Aluminum Alloy Frame and POM Sliding Surfacevariant_optionsThickened Chamferinghigh
Tile Beveling Machine Support Stand with Aluminum Alloy Frame and POM Sliding Surfaceavailability1 of 1 variants in stockhigh
Tile Beveling Machine Support Stand with Aluminum Alloy Frame and POM Sliding Surfacetagscontent-platform_online, dcd, dcd-full-catalog, wp-catalog-only, wp-content-validated, wp-dcd-full-catalog-20260804, wp-import, wp-quality-auditedhigh
Tile Beveling Machine Support Stand with Aluminum Alloy Frame and POM Sliding Surfaceseo_descriptionThis tile beveling machine support is built with a sturdy aluminum alloy frame and reinforced crossbars, providing a stable foundation for heavy-duty masonry tahigh
Tile Beveling Machine Support Stand with Aluminum Alloy Frame and POM Sliding Surfaceproduct_imagesTile Beveling Machine Support Stand with Aluminum Alloy Frame and POM Sliding Surfacehigh

Purchase Options

VariantPriceAvailabilityAction
Thickened ChamferingUSD 45.28In StockBuy Now

Who Is This For

Frequently Asked Questions

What is the price of Tile Beveling Machine Support Stand?

Tile Beveling Machine Support Stand with Aluminum Alloy Frame and POM Sliding Surface starting price is USD 45.28.

What type of product is Tile Beveling Machine Support Stand?

Tile Beveling Machine Support Stand with Aluminum Alloy Frame and POM Sliding Surface is classified as a Tile Cutting Support.

Is Tile Beveling Machine Support Stand in stock?

Tile Beveling Machine Support Stand with Aluminum Alloy Frame and POM Sliding Surface has 1 of 1 variants in stock, specifically the Thickened Chamfering variant.

Who makes Tile Beveling Machine Support Stand?

Tile Beveling Machine Support Stand with Aluminum Alloy Frame and POM Sliding Surface is manufactured by World Products.

What variant options are available for Tile Beveling Machine Support Stand?

Tile Beveling Machine Support Stand with Aluminum Alloy Frame and POM Sliding Surface is available in the Thickened Chamfering variant.