Standex International Corporation is a multi-industry manufacturer in five broad business segments: Electronics, Engraving, Scientific, Engineering Technologies, and Specialty Solutions with operations in the United States, Europe, Canada, Japan, Singapore, Mexico, Brazil, Turkey, South Africa, Indiaand China.

Company profile
Ticker
SXI
Exchange
Website
CEO
David Dunbar
Employees
Incorporated
Location
Fiscal year end
Industry (SIC)
SEC CIK
Corporate docs
Subsidiaries
Custom Hoists, Inc. • Dornbusch & Cia Industria E. Comercio Ltda. • Horizon Scientific, Inc. • Mold-Tech Singapore Pte. Ltd. • Precision Engineering International Limited • Renco Electronics, Inc. • S. I. de Mexico S.A. de C.V. • Standex Electronics, Inc. • Standex Electronics Magnetics, Inc. • Standex Electronics Japan Corporation ...
IRS number
310596149
SXI stock data
News

Benzinga's Top Ratings Upgrades, Downgrades For May 9, 2022
9 May 22
William Blair Upgrades Standex International to Outperform
9 May 22
Standex International Q3 EPS $1.54 Beats $1.48 Estimate, Sales $189.28M Miss $198.41M Estimate
5 May 22
Standex International Announces New $100M Share Buyback Program
5 May 22
Earnings Scheduled For May 5, 2022
5 May 22
Press releases
STANDEX ANNOUNCES NEW $100 MILLION SHARE REPURCHASE AUTHORIZATION
5 May 22
STANDEX REPORTS FISCAL THIRD QUARTER 2022 FINANCIAL RESULTS
5 May 22
Parker Announces Retirement of Vice President - Corporate Finance Robin J. Davenport
3 May 22
STANDEX ANNOUNCES TIMING OF THIRD QUARTER FISCAL 2022 RESULTS
29 Apr 22
STANDEX DECLARES 231st CONSECUTIVE QUARTERLY DIVIDEND
27 Apr 22
Calendar
6 May 22
20 May 22
30 Jun 22
Financial summary
Quarter (USD) | Mar 22 | Dec 21 | Sep 21 | Jun 21 | |
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Change in cash | |||||
Diluted EPS |
Annual (USD) | Jun 21 | Jun 20 | Jun 19 | Jun 18 | |
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Revenue | |||||
Cost of revenue | |||||
Operating income | |||||
Operating margin | |||||
Net income | |||||
Net profit margin | |||||
Cash on hand | |||||
Change in cash | |||||
Diluted EPS |
Cash burn rate (est.) | Burn method: Change in cash | Burn method: Operating income | Burn method: FCF (opex + capex) | Last Q | Avg 4Q | Last Q | Avg 4Q | Last Q | Avg 4Q |
---|---|---|---|---|---|---|
Cash on hand (at last report) | 133.9M | 133.9M | 133.9M | 133.9M | 133.9M | 133.9M |
Cash burn (monthly) | 4.42M | (no burn) | (no burn) | (no burn) | (no burn) | (no burn) |
Cash used (since last report) | 7.32M | n/a | n/a | n/a | n/a | n/a |
Cash remaining | 126.58M | n/a | n/a | n/a | n/a | n/a |
Runway (months of cash) | 28.7 | n/a | n/a | n/a | n/a | n/a |
Recent insider trades
Date | Owner | Security | Transaction | Code | Indirect | 10b5-1 | $Price | #Shares | $Value | #Remaining |
---|---|---|---|---|---|---|---|---|---|---|
11 May 22 | Ademir Sarcevic | Common Stock | Sell | Dispose S | No | No | 91.84 | 1,200 | 110.21K | 14,048 |
31 Mar 22 | Valashinas Sean C | Common Stock | Other | Acquire J | No | No | 84.932 | 5 | 424.66 | 4,685.016 |
31 Dec 21 | Valashinas Sean C | Common Stock | Other | Acquire J | No | No | 94.06 | 5 | 470.3 | 4,680.016 |
16 Nov 21 | Cannon Charles H JR | Common Stock | Sell | Dispose S | Yes | No | 116.3705 | 9,278 | 1.08M | 13,751 |
12 Nov 21 | Hansen Thomas J | Common Stock | Sell | Dispose S | No | No | 120.09 | 100 | 12.01K | 8,619.254 |
12 Nov 21 | Hansen Thomas J | Common Stock | Sell | Dispose S | No | No | 119.8509 | 588 | 70.47K | 8,719.254 |
12 Nov 21 | Hansen Thomas J | Common Stock | Sell | Dispose S | No | No | 119.76 | 487 | 58.32K | 9,307.254 |
12 Nov 21 | Hansen Thomas J | Common Stock | Sell | Dispose S | No | No | 119.77 | 100 | 11.98K | 9,794.254 |
12 Nov 21 | Hansen Thomas J | Common Stock | Sell | Dispose S | No | No | 120 | 152 | 18.24K | 9,894.254 |
12 Nov 21 | Hansen Thomas J | Common Stock | Sell | Dispose S | No | No | 120.08 | 342 | 41.07K | 10,046.254 |
Institutional ownership, Q1 2022
87.5% owned by funds/institutions
13F holders | Current |
---|---|
Total holders | 196 |
Opened positions | 23 |
Closed positions | 26 |
Increased positions | 70 |
Reduced positions | 65 |
13F shares | Current |
---|---|
Total value | 1.32B |
Total shares | 10.57M |
Total puts | 0 |
Total calls | 0 |
Total put/call ratio | – |
Largest owners | Shares | Value |
---|---|---|
BLK Blackrock | 1.92M | $191.89M |
Vanguard | 1.39M | $138.44M |
Champlain Investment Partners | 634.74K | $63.42M |
Dimensional Fund Advisors | 578.36K | $57.79M |
Copeland Capital Management | 567.07K | $56.66M |
SAMG Silvercrest Asset Management | 490.96K | $49.06M |
STT State Street | 446.65K | $44.63M |
Barrow Hanley Mewhinney & Strauss | 386.22K | $38.59M |
Schroder Investment Management | 362.43K | $37.07M |
NTRS Northern Trust | 244.48K | $24.43M |
Financial report summary
?Competition
Standard IndustriesContent analysis
?Positive | ||
Negative | ||
Uncertain | ||
Constraining | ||
Legalese | ||
Litigous | ||
Readability |
H.S. sophomore Avg
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New words:
advance, analogy, attempt, automation, China, Colorado, COVID, death, earnout, fit, grant, hall, institution, latching, light, linear, lockdown, magnetic, military, provision, rotary, sensor, solid, technology, unpaid, unutilized
Removed:
weakening
Financial reports
Current reports
8-K
Standex Reports Fiscal Third Quarter 2022 Financial Results
9 May 22
8-K
Standex Reports Fiscal Second Quarter 2022 Financial Results
7 Feb 22
8-K
Standex Reports Fiscal First Quarter 2022 Financial Results
8 Nov 21
8-K
Submission of Matters to a Vote of Security Holders
28 Oct 21
8-K
Standex Reports Fiscal Fourth Quarter 2021 Financial Results
16 Aug 21
8-K
Standex Reports Fiscal Third Quarter 2021 Financial Results
10 May 21
8-K
Standex International Announces Divestiture of Enginetics Corporation
1 Apr 21
8-K
Standex Reports Fiscal Second Quarter 2021 Financial Results
5 Feb 21
8-K
Standex Reports Fiscal First Quarter 2021 Financial Results
30 Oct 20
8-K
Departure of Directors or Certain Officers
21 Oct 20
Registration and prospectus
Proxies
DEFA14A
Additional proxy soliciting materials
10 Sep 21
DEFA14A
Additional proxy soliciting materials
8 Sep 20
DEFA14A
Additional proxy soliciting materials
11 Sep 19
DEFA14A
Additional proxy soliciting materials
11 Sep 18
DEF 14A
Definitive proxy
13 Sep 17
DEFA14A
Additional proxy soliciting materials
13 Sep 17
Other
SD
Conflict minerals disclosure
19 May 22
SD
Conflict minerals disclosure
19 May 21
SD
Conflict minerals disclosure
21 May 20
SD
Conflict minerals disclosure
28 May 19
SD
Conflict minerals disclosure
29 May 18
SD
Conflict minerals disclosure
30 May 17
UPLOAD
Letter from SEC
6 Dec 16
CORRESP
Correspondence with SEC
27 Nov 16
UPLOAD
Letter from SEC
9 Nov 16
SD
Conflict minerals disclosure
30 May 16
Ownership
4
STANDEX INTERNATIONAL / Ademir Sarcevic ownership change
12 May 22
4
STANDEX INTERNATIONAL / Sean C Valashinas ownership change
4 Apr 22
SC 13G/A
STANDEX INTERNATIONAL / SILVERCREST ASSET MANAGEMENT ownership change
14 Feb 22
SC 13G/A
STANDEX INTERNATIONAL / Champlain Investment Partners ownership change
11 Feb 22
SC 13G/A
STANDEX INTERNATIONAL / VANGUARD ownership change
9 Feb 22
SC 13G/A
STANDEX INTERNATIONAL / DIMENSIONAL FUND ADVISORS ownership change
7 Feb 22
SC 13G/A
STANDEX INTERNATIONAL / BlackRock ownership change
26 Jan 22
SC 13G
STANDEX INTERNATIONAL / BlackRock ownership change
25 Jan 22
4
STANDEX INTERNATIONAL / Sean C Valashinas ownership change
3 Jan 22
4
STANDEX INTERNATIONAL / CHARLES H CANNON JR ownership change
17 Nov 21
Patents
Utility
Multi-source Laser Head for Laser Engraving
24 Mar 22
An optical device includes: a first connector for a first optical fiber that transmits a first laser beam from a first laser source; a second connector for a second optical fiber that transmits a second laser beam from a second laser source; and one or more optical elements that direct the first laser beam from the first connector to a first beam collimator and direct the second laser beam from the second connector to the first beam collimator, wherein, the first beam collimator: produces a first collimated beam based on the first laser beam, directs the first collimated beam to a laser-scanning device, produces a second collimated beam based on the second laser beam, and directs the second collimated beam to the laser-scanning device.
Utility
Pattern Editor for Generating Functional Textures
17 Feb 22
A computer-implemented method for generating laser engraving instructions for performing a patterning process on a workpiece surface includes receiving a first input value indicating a first laser-pulse pattern and a second input value for a laser parameter associated with a laser-engraving system; and generating a machine-command sequence for the laser-engraving system based on the first input value and the second input value.
Utility
Laser Engraving Using Stochastically Generated Laser Pulse Locations
9 Dec 21
A method for laser engraving a three-dimensional pattern into a surface of a workpiece, the method comprising: positioning a laser-engraving head to engrave a first engraving region of the workpiece; and applying a first plurality of laser pulses to a set of first predetermined locations within the first engraving region, wherein the first set of predetermined locations within the first engraving region is based on a probability distribution function that corresponds to a portion of the three-dimensional pattern that is associated with the first engraving region.
Utility
Determining a Laser-engraved Surface Using a Reduced-order Model
18 Nov 21
A computer-implemented method for generating a model of a laser-engraved surface, the method comprising: transforming a first set of values for a first set of parameters associated with a laser-engraving process to a second set of values for a second set of parameters associated with a laser pulse model; modifying the laser pulse model based on the second set of values to produce a modified laser pulse model; and executing the modified laser pulse model to direct a plurality of laser pulses towards a computer-simulated surface, wherein the plurality of laser pulses modify the computer-simulated surface.
Utility
Determining a Laser-engraving Process for a Targeted Surface Geometry
18 Nov 21
A computer-implemented method determining one or more parameter values for a laser-engraving process, the method comprising: executing a laser pulse model on a computer-simulated surface to generate a first surface geometry on the computer-simulated surface, wherein the laser pulse model is based on a first set of values for a set of parameters; determining a quality score for the first surface geometry; based on the quality score, performing a global optimization process to generate a second set of values for the set of parameters; and modifying the laser pulse model based on the second set of values to generate a modified laser pulse model.
Transcripts
2022 Q3
Earnings call transcript
6 May 22
2022 Q2
Earnings call transcript
4 Feb 22
2022 Q1
Earnings call transcript
5 Nov 21
2021 Q4
Earnings call transcript
13 Aug 21
2021 Q3
Earnings call transcript
9 May 21
2021 Q2
Earnings call transcript
5 Feb 21
2021 Q1
Earnings call transcript
1 Nov 20
2021 Q1
Earnings call transcript
30 Oct 20
2020 Q4
Earnings call transcript
25 Aug 20
2020 Q3
Earnings call transcript
8 May 20
Reddit threads
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Daily Discussion Thread - February 3rd, 2022
3 Feb 22
Daily Discussion Thread - February 2nd, 2022
2 Feb 22