• What's New
• XRF Sample Cup Overview
• XRF Sample Cup Selection Guide
• Thin-Film Sample Supports
• Thin-Film Window Selection Guide
• Sample Cups and Thin-Film Attachment Accessories
• Microporous Film
• Grinding Equipment Overview
  • Gyralgrinder
  • Spectromill Ball Pestle Impact Grinders
  • Impact Mortar and Pestle
  • Spectrovials
  • Ball Pestles
• Briquetting Presses
• Briquetting Dies
• Briquetting Cups
• Grinding and Briquetting Additives
• Liquid-Binder Grinding and Briquetting Additive
• Pre-Fused Fusion Fluxes
• Non-aqueous Standards
• New Account/Information Requests

Overview of SpectroCertified® Sample Grinding Equipment

	GYRALGRINDER® XRF SAMPLE GRINDER Prepare homogeneous powdered samples for XRF analysis in minutes. Uniformly grind the most difficult samples to a uniform particle size and distribution. Flexibility of gyral mechanic intensity controls comminution ranging from gentle to the most energetic for accommodating soft to extremely hard samples. Ergonomic design allows easy in upright standing position; solid-state electronics; LCD display; audible cycle completion alarm; much more.
	SPECTROMILL®-I BALL PESTLE IMPACT GRINDER Apply the most advanced ball pestle impact technology to homogeneously blend and comminute samples. Imparts energetic propulsion of one or more ball pestles in specially designed vials for direct impact and mulling actions. Provides flexibility of process expansion to multiple sample preparations. Counter-top operation. Solid-state electronics and LCD cycle countdown timing with alarm.
	SPECTROMILL®-II BALL PESTLE IMPACT GRINDER Process one or more similar, different or multiple sample combinations. Includes same features as SpectroMill-I with extended applications for more aggressive preparation capabilities.
	IMPACT MORTAR AND PESTLE This mechanical device is a handy asset to any laboratory requiring fast and easy de-agglomeration of samples into smaller manageable sizes particularly for grinding applications. Operates on forced impact mortar and pestle principle.