MiniMet® 1000 Grinder Polisher

MiniMet 1000

Compact Grinder-Polisher

The MiniMet 1000 grinder polisher is a compact semi-automatic, single specimen machine ideal for users with limited space or for use in a hot box. This highly robust machine comes with an automatic arm so users can focus on other tasks while processing. Combine with CarbiMet and MetaDi Supreme for exceptional grinding and polishing results.

MiniMet 1000 benefits

Ideal for small spaces
  • Lightweight and small dimensions are ideal for small spaces
  • Great for hot/glove boxes and with irradiated samples
High Quality and Consistency
  • Automatic arm rotates through the X,Y plane for even polishing
  • Compatible with smaller sizes of our same great products like CarbiMet and our line of polishing cloths
Flexibility for Various Primary Applications
  • Metallographic Mounted Specimens
  • Petrographic Thin Sections
  • Thinning Unmounted Specimens for TEM
  • Wafer Polishing
The MiniMet 1000 has all the accessories you need for your preferred application including processing bowls, specimen fixtures, glass platens, and consumables like small grinding papers and polishing cloths. Review the ordering section for all accessories and consumables available on the MiniMet 1000.

Ordering

MiniMet 1000
Part Number Voltage Request a Quote
69-1100 85-264VAC, 50/60Hz Request a Quote

Consumables for MiniMet 1000

CarbiMet
Grit Size - ANSI [FEPA] Micron Part Number
120 [P120] 127 36-02-0120
180 [P180] 78 36-02-0180
240 [P280] 52 36-02-0240
320 [P400] 35 36-02-0320
400 [P800] 22 36-02-0400
600 [P1200] 15 36-02-0600
MicroCut
Grit Size - ANSI [FEPA] Micron Part Number
800 [P1500] 13 36-02-0800
1200 [P2500] 8 36-02-1200
SiC Paper PSA Backed, 2.875in [73mm] Qty 100
Polishing Cloths
Cloth Stage Part Number
UltraPol™ Coarse 40-7442
Nylon Intermediate 40-7052
TexMet® C Intermediate 40-1102
TriDent™ Intermediate 40-7502
MicroCloth® Fine 40-7212
MasterTex® Fine 40-7702
ChemoMet® Fine 40-7902
PSA Backed, 2.875in [73mm] Qty 20

Specifications

MiniMet 1000
Dimensions 7in W x 16in D x 8in H (180mm x 400mm x 200mm)
Electrical 85 – 264 Volts / 50 – 60Hz / 1 phase
Shipping Weight 25lbs (11kg)
Sound 1 meter high adn 1 meter away from front of machine, with no load
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Consumables and Accessories

Final polishing suspensions

Diamond Polishing Suspension
Product Literature
Accessories for Preparation of Metallographic Mounted Specimens  

Preparation of metallographic specimens using the MiniMet is done using the caged specimen holders or by drilling a hole into the back of mounted specimens and using the pin holder that comes with the unit. Use 2.875” [73mm]-diameter grinding paper and polishing cloths.

for 1in (25mm) or 1.25in (32mm) Mounted Specimens

4in. (100mm) diameter (accepts the 2.875in [73mm] glass disc )

2.875in [73mm] platen for use with 69-1500 bowls (Qty 3)

with 3 Drill Bits

Set of 3 Drill Bits

for MiniMet Bowls

Accessories for Petrographic Thin-Section Preparation

To prepare 46x27mm petrographic samples, affix thin-sections to the holder using 20-8145 Crystalbond low-temperature wax. The 4.75” [121mm]-diameter bowl size is required for the thin-section holder. Use 2.875” [73mm] grinding paper and polishing cloths in this application.

Thin-Section Slide Holder for MiniMet, 46x27mm

4.75in (121mm), Qty 3

4in (100mm), Qty 3

includes 3 bowls, glass platens and section holder

Accessories for Thinning Unmounted Specimens for Transmission Electron Microscopy (TEM) analysis

To use the precision thinning attachment, samples must fit onto a 0.5in [13mm] glass slide. The slide may be adhered to the thin-section attachment using a drop of oil or 20-8145 Crystalbond low-temperature wax. Use Diamond lapping films placed onto the 69-1567 55mm glass disc.

0.5in (13mm) for MiniMet 1000

2.145in (55mm) Diameter (Qty 5)

Accessories for Wafer Polishing

Use the Wafer Polishing Attachment to thin wafers up to 30mm diameter. Wafers are affixed to the polishing attachment using 40-8150 Crystalbond wax.

for MiniMet 1000

Buehler Latest
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Buehler is a division of Illinois Tool Works (ITW) and is based in Lake Bluff, Illinois. Our company’s legacy comprises groundbreaking designs including the first commercially available mounting press, the first Rockwell hardness tester and we were the first to automate polishing. This same forward-looking spirit, combined with a strong understanding of lab priorities, continues to inform how we serve our customers world-wide.

Green Practices in Metallography
Green Practices in Metallography Webinar

Sustainability is important to Buehler and its employees. We continue to challenge ourselves to reduce our environmental impact adding new programs each year and planning for continuous improvement. Our comprehensive recycling program prevents 70,000 lbs. of carboard, plastic, paper, and metals from going to our landfills. Our electricity is 100% zero emission powered by solar (33%), hydroelectric (33%), and wind (34%).

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Protect your Investment

Protect your investment with Buehler’s Service Plans. Keep your lab up and running with access to wear part kits and your machine being services by one of our highly trained Service Technicians.

Properly maintaining your equipment will ensure consistent performance , minimize downtime and reduce the likelihood of costly repairs.

Optimize Your Sectioning
Optimize Your Sectioning Webinar

This webinar will focus on the Sectioning/Cutting step of material preparation for analysis: the goals of this step, our recommendations for how to avoid the potential pitfalls, and some of the solutions that Buehler offers to ensure good results and improve your process.

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Applications of Metamaterials

With Prof. Lorenzo Valdevit

An overview of the definitions and classes of metamaterials will be provided with a specific emphasis to the applications as lightweight structural materials. The various features of structural metamaterials will be discussed as well as the role of metal additive manufacturing in enabling the scale of these materials. Future pathways to the implementation of these unique materials will be presented.

Applications of Light Metals

With Dr. Carl Söderhjelm

The lecture will first review the prototypical structures and identifying properties of various industrially relevant light metals. Then, several case studies will be presented to demonstrate the novel use of these materials in light weighting across different fields. The lecture will conclude with emerging materials and tools to design them.

Additive Manufacturing Overview

With Mr. Brandon Fields

The field of metal additive manufacturing will be discussed with a highlight to the variety of technologies currently in use and identify the industry leading techniques. The core principals of each will be presented along with comparisons and use cases for each.

Powder Metallurgy Versus Conventional Processing

With Prof. Diran Apelian or Dr. Ben MacDonald

Powder metallurgy as a class of processing technologies will be covered with an emphasis to the key differentiations with conventional processing. The implication of critical solidification parameters including cooling rate will be reviewed as they affect the refinement of microstructures and the presence of metastable structures. Traditional consolidation approaches to creating bulk parts will be discussed as well as the use of metal powder as a feedstock to additive manufacturing.

The Linkage of Processing Structure Properties

With Dr. Ben MacDonald

This lecture will serve to established and review the core metallurgical principles that are essential to understanding materials as a system. With an overview of the hierarchical structural features of metals, fundamentals of solidification, wrought processing, and heat treatment, the interconnected relationships of processing, structure, and properties will be established.

Current Trends in Light Weighting of Structural Materials

With Prof. Diran Apelian

This lecture will serve as a motivation for the course with emphasis on current trends in light weighting of structural materials. Global context to the need for light weighting will be provided as it is critical to a variety of fields from aerospace to the electrification of transportation. Paths forward will be proposed, specifically the unique potential of metal additive manufacturing to accomplishing these goals. This lecture will conclude by introducing the structure of the lectures that will be presented in the course.