XQM production series

Vertical production planetary ball mill

A production-scale vertical planetary mill range for batch powder processing.

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Overview

A production-scale vertical planetary mill range for batch powder processing. The published table covers XQM-20 to XQM-200, with model-specific jar volumes, drive power and installation dimensions.

How it works

The production range scales the revolving-disc and rotating-jar arrangement. Larger jars change the loaded mass, handling requirements and process behaviour, so scale-up needs more than a capacity ratio.

Key features

Four jar positions with standard and vacuum-jar options listed by model.
Published three-phase 380 V, 50 Hz references and touchscreen controls vary with model.
The supplied workbook contains an explicitly labelled XQM-40L trial with a 10 L jar and measured particle-size results.

Specifications

Published catalog references are reproduced below. Nominal volume is not a sample-mass rating. Confirm the selected model, material grade, electrical supply and complete supplied configuration in the quotation.

Model specifications — 1
Model	Nominal capacity	Configuration class	Compatible jar volume	Jar positions	Compatible vacuum jar volume
XQM-20	20L	Production	2-5L	4	2-4L vacuum jar
XQM-40	40L	Production	5-10L	4	5L vacuum jar
XQM-60	60L	Production	10-15L	4	10L vacuum jar
XQM-80	80L	Production	15-20L	4	15L vacuum jar
XQM-100	100L	Production	20-25L	4	20L vacuum jar
XQM-200	200L	Production	50L	4	25L vacuum jar

Model specifications — 2
Model	Machine mass (kg)	Dimensions (mm)
XQM-20	392kg	1200×790×930
XQM-40	656kg	1400×880×1070
XQM-60	950kg	1600×1070×1250
XQM-80	1300kg	1750×1140×1330
XQM-100	1300kg	1800×1150×1140
XQM-200	2725kg	2670×1600×2804

Model specifications — 3
Model	Electrical supply	Supply phase	Motor power (kW)	Speed control	Programmable run time (min)
XQM-20	380V 50Hz	Three phase	4kW	Touchscreen	1-9999
XQM-40	380V 50Hz	Three phase	5.5kW	Touchscreen	1-9999
XQM-60	380V 50Hz	Three phase	7.5kW	Touchscreen	1-9999
XQM-80	380V 50Hz	Three phase	11kW	Touchscreen	1-9999
XQM-100	380V 50Hz	Three phase	11kW	Touchscreen	1-9999
XQM-200	380V 50Hz	Three phase	22kW	Touchscreen	1-9999

Model specifications — 4
Model	Reversing interval (min)	Planetary disc speed (rpm)	Jar rotation speed (rpm)	Revolution : rotation ratio	Published noise level (dB)
XQM-20	1-999	0-215	0-430	1:2	65±5
XQM-40	1-999	0-195	0-390	1:2	68±5
XQM-60	1-999	0-174	0-260	1:1.5	68±5
XQM-80	1-999	0-161	0-242	1:1.5	68±5
XQM-100	1-999	0-161	0-242	1:1.5	68±5
XQM-200	1-999	0-143	0-215	1:1.5	68±5

Applications

Batch process development, pilot-to-production transfer and production powder grinding.

Suitability depends on the actual sample, process and analytical requirements; a listed application is not a guaranteed final-particle-size result.

Accessories and options

Discuss jar and media materials, vacuum/inert-gas arrangements, loading and unloading needs, cooling requirements and the required control interface. The scope of each item belongs in the quotation.

Jar and media: confirm material, volume, holder fit and the complete working load.
Vacuum or gas requirements: specify the complete jar, lid and seal arrangement; no pressure rating is assumed.
Utilities and supply scope: state voltage, frequency, phase, destination and required documents; confirm included versus optional items.

Compare milling jars · Compare grinding media · Low temperature planetary grinding machines · Ultrasonic planetary ball mills

Selection guidance

Work through the selection guide · Request a configuration quotation

Trials and comparisons

Explicit model record

Glass powder

XQM-40L · Wet milling

Sample: 2400 g
Jar: 10 L black nylon jar
Recorded sampling / duration: 8 h

Recorded observations
Observation	D50 (µm)	D90 (µm)	D97 (µm)
Recorded sample	0.95	6.73	66.61

The product information labels XQM-40L or XQM-200L. Records are individual procedures, not a production-output guarantee. This is an explicitly labelled XQM-40L record. The nylon formulation and media grade are unspecified. D97 66.61 µm does not support the requested condition that every particle be below 10 µm. No production-throughput or coating-quality conclusion follows.

Explicit model record

Stainless-steel powder

XQM-200L · Vacuum / argon procedure recorded

Sample: 7500 g
Jar: 50 L stainless-steel vacuum jar
Recorded sampling / duration: 80 h recorded

Recorded observations
Recorded item	Value
Sample mass	7.5 kg
Media charge	75 kg steel media
Recorded media : sample mass ratio	10 : 1
Recorded processing duration	80 h

The product information labels XQM-40L or XQM-200L. Records are individual procedures, not a production-output guarantee. No particle-size, oxygen, pressure or purity result is reported. The specific steel designation in the product information is ambiguous and is not repeated as a verified alloy grade. This large-jar procedure does not identify a current catalog jar part number or pressure rating.

How to plan a fair comparison

For scale-up, document jar and media loading, sample properties, processing schedule and the same particle-size measurement method. The workbook’s XQM-40L glass result is an individual batch observation, not a production guarantee.

These anonymous records are not operating instructions. Measurement and dispersion methods are not fully specified in the test summaries; results apply to the reported samples and conditions.

Discuss a matched sample evaluation

Product FAQs

Can a low D50 be used to claim that every particle meets the target?

No. In the recorded XQM-40L glass trial, D50 was 0.95 µm but D97 was 66.61 µm. These measurements do not establish the requested condition that all particles were below 10 µm.

How should I select the XQM production series configuration?

Define mass per batch, cycle requirements, jar handling and the electrical/installation conditions. Use trial data to assess the process rather than assigning a guaranteed hourly output from jar capacity. Four jar positions with standard and vacuum-jar options listed by model. Nominal mill capacity is not the usable sample mass; account for media and working space.

Which jars and grinding media should I request for this mill?

XQM-20 through XQM-200 use different jar volumes and loaded masses. The table lists standard and vacuum-jar references separately. Choose the jar working material and media around sample chemistry and contamination limits; confirm the complete loaded mass.

Are cooling and ultrasonic equipment included?

Discuss jar and media materials, vacuum/inert-gas arrangements, loading and unloading needs, cooling requirements and the required control interface. The scope of each item belongs in the quotation. Optional equipment is included only when it is explicitly listed in the agreed configuration and quotation.

What trial evidence is available for this mill?

Glass powder: XQM-40L, 2400 g in 10 L black nylon jar, 8 h. The product information labels XQM-40L or XQM-200L. Records are individual procedures, not a production-output guarantee. This is an explicitly labelled XQM-40L record. The nylon formulation and media grade are unspecified. D97 66.61 µm does not support the requested condition that every particle be below 10 µm. No production-throughput or coating-quality conclusion follows. A free sample-grinding application can be reviewed by TENCAN engineers.

What should I include in an export quotation request?

Specify XQM production series, sample and jar requirements, destination, mains voltage, frequency and phase. Define mass per batch, cycle requirements, jar handling and the electrical/installation conditions. Use trial data to assess the process rather than assigning a guaranteed hourly output from jar capacity. Confirm included accessories, packing, required documents, commercial terms and lead time in the quotation.

Start with your sample.

Nominal capacity, jar volume and usable sample load are different. Confirm the model, jars and electrical requirements with our engineers.

Choosing a Planetary Mill Choosing Jars and Grinding Media

WILL IT WORK
FOR YOUR MATERIAL?

Plan a sample evaluation with our engineers.

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